U108
Kikusui PAD70-8L Power Supply 0-70v 0-8a
Kikusui PAD8-50L Power Supply 0 - 8V 0 - 50A http://www.kandelelex.com/jpegs/kikpad8-50l.jpg in stock
Kikusui PAK20-18A DC Power Supply 0-20V 0-18A digital switching Kikusui PAK20-18A. DC POWER SUPPLY, 0-20V, 0-18A The PAK-A Series is a variable output, switching power supply that feature excellent electrical characteristics as well as unmatched reliability. This Series offers a wide range of variation consisting of 8 models with 3 types of voltage. This Series is designed particularly with the concepts of compact size and light weight plus high reliability, and is portable with an improved space factor making them suitable for system mounting. Naturally, these power supplies have a high level of general-purpose applicability on abundant applications, such as computer control, or a system power supply. Especially in case of connecting with the optional power supply controllers, feature of this Series will be expanded as system of programmable power supply.

Features
•Compact and Lightweight
•External analog control functions
•GPIB control (optional function)
•Analog read-back function
•Parallel and series operation
•Low Acoustic Noise
•Front Air Intake		 in stock
Kikusui PAK35-10A DC Power Supply 0 - 35V 0 - 10A Digital Switching The PAK-A Series is a variable output, switching power supply that feature excellent electrical characteristics as well as unmatched reliability. This Series offers a wide range of variation consisting of 8 models with 3 types of voltage. This Series is designed particularly with the concepts of compact size and light weight plus high reliability, and is portable with an improved space factor making them suitable for system mounting. Naturally, these power supplies have a high level of general-purpose applicability on abundant applications, such as computer control, or a system power supply. Especially in case of connecting with the optional power supply controllers, feature of this Series will be expanded as system of programmable power supply.
Features
Compact and Lightweight
External analog control functions
GPIB control (optional function)
Analog read-back function
Parallel and series operation
Low Acoustic Noise
Front Air Intake		 in stock
Kikusui PAK35-20A DC Power Supply 0-35V 0-20A Switching The PAK-A Series is a variable output, switching power supply that feature excellent electrical characteristics as well as unmatched reliability. This Series offers a wide range of variation consisting of 8 models with 3 types of voltage. This Series is designed particularly with the concepts of compact size and light weight plus high reliability, and is portable with an improved space factor making them suitable for system mounting. Naturally, these power supplies have a high level of general-purpose applicability on abundant applications, such as computer control, or a system power supply. Especially in case of connecting with the optional power supply controllers, feature of this Series will be expanded as system of programmable power supply.
Features
Compact and Lightweight
External analog control functions
GPIB control (optional function)
Analog read-back function
Parallel and series operation
Low Acoustic Noise
Front Air Intake

Voltage: 0-35V
Current: 0-20A
Ripple: 10mV rms
Regulation: line .05%+5mV; load .1%+5mv
Input: 85-132VAC; 47-63Hz
Kikusui PCR1000L AC Power Source 1000 VA Expanded Functions:
Power line irregularity simulation; Sequencial program of voltage,
frequency, waveform, etc.; Harmonics current analysis; Peak clip
waveform output; Measurement of power factor, VA and peak hold
current; Regulation adjustment; Output impedance setting.
Output: 1000VA with voltage ranges from 1 to 150VAC(5 amps) or 2 to
300VAC(2.5 amps) and 1.4 to 212VDC(2.5 amps) or 2.8 to 424VDC(1.25
amps). Frequecy: 1 to 999.9Hz with 1 x 10(-4) accuracy and >.5%
distortion. Environment testing(power outages, voltage drops,
surges and peak clip). Power supply harmonic current measurement
and analysis. GP-IB option available.
Kikusui PCR2000 AC Power Source 2kVA 5 - 500Hz 1 - 280 VAC Simulate power interuptions, frequency shifts, voltage spikes,
brownouts and surges.
Features:
Digitally synthesized output sinewave; Fully isolated output;
Programmable memory for voltage and frequency(99 setpoints); LED
displays for voltage, current, and frequency.		 in stock
Kikusui PCR2000L AC Power Source / Analyzer 2000 VA
Kikusui PCR500 AC Power Source 500 VA 5 - 500Hz 1 - 280 VAC Simulate power interuptions, frequency shifts, voltage spikes, brownouts and surges.
Features:
Digitally synthesized output sinewave; Fully isolated output; Programmable memory for voltage and frequency(99 setpoints); LED displays for voltage, current, and frequency.		 http://www.kandelelex.com/jpegs/kikpcr500.jpg in stock
Kikusui PCR500L Programmable AC Power Source Expanded Functions:
Power line irregularity simulation; Sequencial program of voltage, frequency, waveform, etc.; Harmonics current analysis; Peak clip waveform output; Measurement of power factor, VA and peak hold current; Regulation adjustment; Output impedance setting.
Output: 500VA with voltage ranges from 1 to 150VAC(5 amps) or 2 to 300VAC(2.5 amps) and 1.4 to 212VDC(2.5 amps) or 2.8 to 424VDC(1.25 amps). Frequency: 1 to 999.9Hz with 1 x 10(-4) accuracy and >.5% distortion. Environment testing(power outages, voltage drops, surges and peak clip). Power supply harmonic current measurement and analysis. GP-IB option available.		 http://www.kandelelex.com/jpegs/kikpcr500l.jpg in stock
Kikusui PLZ1002W Electronic Load 1000 Watt 3 - 110V 0-200A 1000 watts max. Input Voltage: 3 to 110V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection. in stock
Kikusui PLZ1002W Electronic Load 1000 Watt 3 - 110V 0-200A 1000 watts max. Input Voltage: 3 to 110V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection. http://www.kandelelex.com/jpegs/kikplz1002w.jpg in stock
Kikusui PLZ1003W Electronic Load 1000 Watt 1.5 - 120V 200A 1000 watts max. Input Voltage: 1.5 to 120V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection.
Features:
Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities
Option IB-11 available adds IEEE-488 interface.		 in stock
Kikusui PLZ1003W Electronic Load 1000 Watt 1.5 - 120V 200A 1000 watts max. Input Voltage: 1.5 to 120V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection.
Features:
Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities
Option IB-11 available adds IEEE-488 interface.		 http://www.kandelelex.com/jpegs/kikplz1003w.jpg in stock
Kikusui PLZ1003W Electronic Load 1000 Watt 1.5 - 120V 200A 1000 watts max. Input Voltage: 1.5 to 120V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection.
Features:
Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities
Option IB-11 available adds IEEE-488 interface.		 http://www.kandelelex.com/jpegs/kikplz-1003w.jpg in stock
Kikusui PLZ1003W IB11 Programmable Electronic Load 1000 W 1.5 - 120V 20 1000 watts max. Input Voltage: 1.5 to 120V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection.
Features:
Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities		 in stock
Kikusui PLZ1003W RS11 Programmable Electronic Load 1.5 - 120V 200A 1000 1000 watts max. Input Voltage: 1.5 to 120V. Input Current: 0 to 200A. Digital readout of voltage and current. Automatic protection.
Features:
Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities
Option RS-11 adds RS232 programming		 in stock
Kikusui PLZ150W Electronic Load Provides 4 operating modes - constant current, resistance, voltage and power. Power: 150 watts; Voltage: 4-60V; Current: 0-30A.
Kikusui PLZ-150W Electronic Load Provides 4 operating modes - constant current, resistance, voltage and power. Power: 150 watts; Voltage: 4-60V; Current: 0-30A.
Kikusui PLZ152W Electronic Load 150 Watts max / 4 to 110 Volts / 0 150 watts max., 4 to 110 volts, 0 to 30 amps. in stock
Kikusui PLZ152W Electronic Load 150 Watts max / 4 to 110 Volts / 0 150 watts max., 4 to 110 volts, 0 to 30 amps. http://www.kandelelex.com/jpegs/kikplz152w.jpg in stock
Kikusui PLZ-152W Electronic Load 150 watts max., 4 to 110 volts, 0 to 30 amps.
Kikusui PLZ152WA Electronic Load 150 Watts 0 - 110V 0 - 30A The kikusui PLZ152WA is a 150 watt electronic load. Input load range: 0 to 110 volts DC (0.5V to 110V in Constant Resistance Mode), 0 to 30 amps.
Features: 2 current settings; easy static/dynamic operation using the built-in oscillator; 31/2 -digit autoranging volt and ammeter; Master slave operation; Over power, over current and auto-reverse protection.		 in stock
Kikusui PLZ152WA Electronic Load 150 Watts 0 - 110V 0 - 30A The kikusui PLZ152WA is a 150 watt electronic load. Input load range: 0 to 110 volts DC (0.5V to 110V in Constant Resistance Mode), 0 to 30 amps.
Features: 2 current settings; easy static/dynamic operation using the built-in oscillator; 31/2 -digit autoranging volt and ammeter; Master slave operation; Over power, over current and auto-reverse protection.		 http://www.kandelelex.com/jpegs/kikplz152wa.jpg in stock
Kikusui PLZ153W Electronic Load 150 Watt 1.5 - 120V 0 - 30A The PLZ153W is a programmable, microprocessor-based, 150w Electronic Load. It is rated for up to 120V and 30A. It features four operating modes: constant current, constant voltage, constant resistance, and constant power. The PLZ153W is simplicity itself to use. The jog/shuttle knob ramps output parameters up or down while readback is displayed on the backlit LCD display. Output connections are via knurled screws on the front panel or through-bolt on the rear panel. The PLZ153W is ideal for testing of dc power supplies and batteries. An IEEE-488 interface is available optionally for remote control applications. http://www.kandelelex.com/jpegs/kikplz153w.jpg in stock
Kikusui PLZ-153W Electronic Load 150 Watt 1.5-120v 0-30a http://www.kandelelex.com/jpegs/kikplz-153w.jpg
Kikusui PLZ300W Electronic Load 4 - 60V 60A 300 Watt Provides 4 operating modes - constant current, resistance, voltage and power. Power: 300 watts; Voltage: 4-60V; Current: 0-60A. in stock
Kikusui PLZ300W Electronic Load 4 - 60V 60A 300 Watt Provides 4 operating modes - constant current, resistance, voltage and power. Power: 300 watts; Voltage: 4-60V; Current: 0-60A. http://www.kandelelex.com/jpegs/kikplz300w.jpg in stock
Kikusui PLZ-300W Electronic Load Provides 4 operating modes - constant current, resistance, voltage and power. Power: 300 watts; Voltage: 4-60V; Current: 0-60A.
Kikusui PLZ303W Electronic Load 300 Watt 1.5-120v 0-60a The PLZ-3W Series are composed of system electronic loads used either in characteristic or lifetime tests of a variety of DC voltage sources such as switching power supplies and primary and secondary batteries, or as burn in loads. Instruments in the PLZ Series have four operation modes: "constant current", "constant resistance", "constant voltage", and "constant power". They are also available in four different power ratings, 150 W, 300 W, 600 W, and 1000 W, with a total of eight models available overall. Incorporating a high-performance current control circuit, all instruments provide highly stable, high-speed operation and offer improved operability and multi-functionality through the use of CPU control. These features allow them to simulate actual load tests of power supply units having large transitional changes in their output currents, such as printers and motors. In the constant power mode, these instruments deliver performance in carrying out load tests on alkaline and other types of batteries.
Features

Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities		 in stock
Kikusui PLZ303W Electronic Load 300 Watt 1.5-120v 0-60a The PLZ-3W Series are composed of system electronic loads used either in characteristic or lifetime tests of a variety of DC voltage sources such as switching power supplies and primary and secondary batteries, or as burn in loads. Instruments in the PLZ Series have four operation modes: "constant current", "constant resistance", "constant voltage", and "constant power". They are also available in four different power ratings, 150 W, 300 W, 600 W, and 1000 W, with a total of eight models available overall. Incorporating a high-performance current control circuit, all instruments provide highly stable, high-speed operation and offer improved operability and multi-functionality through the use of CPU control. These features allow them to simulate actual load tests of power supply units having large transitional changes in their output currents, such as printers and motors. In the constant power mode, these instruments deliver performance in carrying out load tests on alkaline and other types of batteries.
Features

Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities		 http://www.kandelelex.com/jpegs/kikplz303w.jpg in stock
Kikusui PLZ-303W Electronic Load 300 Watt 1.5-120v 0-60a The PLZ-3W Series are composed of system electronic loads used either in characteristic or lifetime tests of a variety of DC voltage sources such as switching power supplies and primary and secondary batteries, or as burn in loads. Instruments in the PLZ Series have four operation modes: "constant current", "constant resistance", "constant voltage", and "constant power". They are also available in four different power ratings, 150 W, 300 W, 600 W, and 1000 W, with a total of eight models available overall. Incorporating a high-performance current control circuit, all instruments provide highly stable, high-speed operation and offer improved operability and multi-functionality through the use of CPU control. These features allow them to simulate actual load tests of power supply units having large transitional changes in their output currents, such as printers and motors. In the constant power mode, these instruments deliver performance in carrying out load tests on alkaline and other types of batteries. And when an optional GPIB or RS-232C interface is employed, these instruments can be operated by fully programmable control.

Features

Constant power mode useful for battery discharge tests
Setting of various conditions Variable rise/fall time function
Sequence function that allows complicated current simulations
Setup function and backup memories
Remote sensing that compensates precisely for set values
Trigger signal output useful for waveform monitoring
Three-memory function and switching function
Soft-start function that suppresses output voltage distortion
Short-circuit function that allows instantaneous setting of the maximum current
Parallel operations that offer increased current and power capacities		 http://www.kandelelex.com/jpegs/kikplz-303w.jpg
Kikusui PLZ603W Electronic Load 1.5-120v 0-120a 600 Watts http://www.kandelelex.com/jpegs/kikplz603w.jpg
Kikusui PLZ700W Electronic Load 700 Watts 4-60v 0-140a The Kikusui PLZ700W is a general purpose 700 Watt Electronic Load. It operates up to 60 V and currents to 140 A. The PLZ700W has digital LED readouts of both voltage and load current plus an LED bar graph display to advise the operator of wattage being drawn. The PLZ700W features constant current and constant resistance modes of operation. Transient operation is accomplished using the internal oscillator.
Max Watts: 700. Voltage Range: 4 to 60. Current Range: 0 to 140 amps.		 http://www.kandelelex.com/jpegs/kikplz700w.jpg
Kikusui PLZ72W Electronic Load 72 Watt 4 - 110V DC 0 - 12A in stock
Kikusui PLZ-72W Electronic Load 72 Watt 4-110v 0-12A
Kikusui PVS60-46 Power Supply 0 - 60V 0 - 46A Switcher
Voltage and current presetting 10-turn helical potentiometers are used for both voltage and current control knobs.
(Voltage setting resolution: 0.02% of maximum V)
Simultaneous voltage and current display
Digital display shows 3.5 digits using large red LEDs
Output voltage and current can be controlled using an external
voltage source (0 to 5 V DC or 0 to 10 V DC).
Output voltage and current can be controlled using an external
resistor (0 to 5 kW or 0 to 10 kW).
ON/OFF of output can be controlled using an external 0/5V signal.
Height: about 88 mm high
GPIB optional
Kikusui TOS9000 Automatic Hipot Test System Test Voltage: 0.02 to 5KVAC with 40mA. Insulation Resistance: 1 to 9999M ohm; Voltage: 50 to 1000V. Pass/Fail decisions with a window comparator. Up to 4 optional TOS9020 scanning units can be used for up to 16 channels. GP-IB http://www.kandelelex.com/jpegs/kiktos9000.jpg in stock
Kikusui TOS9020 Voltage Scanning Unit for TOS9000 http://www.kandelelex.com/jpegs/kiktos9020.jpg in stock
Kilovolt KVR20-30S High Voltage Power Supply 20kV 30mA in stock
Krohn-Hite 1600 Lin / Log Sweep Generator Frequency: 0.2 to 3MHz in 3 bands. Waveforms: sine, square, triangle, ramp, and pulse with 14 modes of operation. Output: 20Vp-p, 10Vp-p into 50 ohm) with 60dB attenuator.
Krohn-Hite 3202 Variable Electronic Filter H-P L-P B-R / Frequen Dual filter offers high-pass, low-pass, band-pass, and band-reject in the frequency range from 20 Hz to 2 MHz. Attenuation slope: 24db/oct. Hum and noise: 100uV, rms. in stock
Krohn-Hite 3202 Variable Electronic Filter H-P L-P B-R / Frequen Dual filter offers high-pass, low-pass, band-pass, and band-reject in the frequency range from 20 Hz to 2 MHz. Attenuation slope: 24db/oct. Hum and noise: 100uV, rms. http://www.kandelelex.com/jpegs/krh3202.jpg in stock
Krohn-Hite 3202R Variable Electronic Filter Dual filter offers high-pass, low-pass, band-pass, and band-reject in the frequency range from 20 Hz to 2 MHz. Attenuation slope: 24db/oct. Hum and noise: 100uV, rms. 3 inch high rack mount version. in stock
Krohn-Hite 3323 Variable Electronic Filter Frequency: 0.01Hz to 99.9KHz; Dual channel, high-pass, low-pass, band-pass, and band-reject; 24dB/octave(each channel); 0dB or 20dB pass band gain.
Krohn-Hite 3341 Single-Channel Electronic Filter .01Hz - 99.9KHz The krohn Hite 3341 is a solid state, single-channel variable electronic filter that is digitally tuned over the range from .01Hz to 99.9KHz with ±2% accuracy. Pass Band Gain: 0db and 20dB. Attenuation Slope: 48dB/octive. Maximum Attenuation: 80dB.
Krohn-Hite 3343 Variable Electronic Filter Dual channel unit used for high-pass, low-pass, band-pass, or band-reject filter. Frequency range: 0.01Hz to 99.9KHz.
Krohn-Hite 3343 Variable Electronic Filter Dual channel unit used for high-pass, low-pass, band-pass, or band-reject filter. Frequency range: 0.01Hz to 99.9KHz. http://www.kandelelex.com/jpegs/krh3343.jpg
Krohn-Hite 3550 Variable Electronic Filter Frequency: 2Hz to 200KHz in 5 bands; Operates as a high-pass, low-pass, band-pass, or band reject filter. Slope: 24dB/octave. Butterworth or Low Q. in stock
Krohn-Hite 3750 Variable Electronic Filter Frequency: .02Hz to 20KHz; Operates as low-pass, high-pass, band-pass, or band-reject filter. Selectable slopes: 6, 12, 18, or 24dB/octave; Pass band gain: 0dB or 20dB. in stock
Krohn-Hite 3905A Electronic Filter Programmable mainframe hold up to 5 filter cards. This unit has 1)30-1 LP; 1Hz to 99KHz; 115db/oct and 1)31-1 HP; 1Hz to 99KHz; 115db/oct plug-in modules. in stock
Krohn-Hite 4200 Function Generator http://www.kandelelex.com/jpegs/krh4200.jpg in stock
Krohn-Hite 4200A Test Oscillator Frequency: 10Hz to 10MHz. Output: 10 v rms open, 5v into 50 ohm with 8 button attenuator, +20 to -50 dB, 10dB/step and fixed 1 volt into 600 ohm. Distortion: less than 0.1% from 100Hz to 100Kz.
Krohn-Hite 4200A Test Oscillator Frequency: 10Hz to 10MHz. Output: 10 v rms open, 5v into 50 ohm with 8 button attenuator, +20 to -50 dB, 10dB/step and fixed 1 volt into 600 ohm. Distortion: less than 0.1% from 100Hz to 100Kz. http://www.kandelelex.com/jpegs/krh4200a.jpg
Krohn-Hite 5100A Function Generator Frequency: 0.002Hz TO 3MHz. Sine, Square, Triangle, Sawtooth, ± Ramp and pulse. Output: 20Vp-p, 10Vp-p into 50 ohm with -20, -40 dB attenuator.
Krohn-Hite 5200A Sweep / Pulse Function Generator Frequency: 0.002Hz to 3MHz in 9 bands. Max Amplitude: 20v p-p (10v p-p into 50 ohm) Waveforms: sine, square, triangle, pos/neg ramp, pulse in stock
Krohn-Hite 6600 Precision Phasemeter 10Hz-10MHz Features: .1° accuracy and resolution. 10mVrms to 320Vrms input range. Accepts any waveform. Automatic voltage ranging. Analog output. http://www.kandelelex.com/jpegs/krh6600.jpg
Krohn-Hite 6610 Precision Phase Meter
Krohn-Hite 6620 Precision Programmable Phasemeter 10Hz - 10MHz The Krohn-Hite Model 6620 provides precision phase measurements with a typical accuracy of 0.02° and a resolution of 0.01° over most of the frequency range. It will accept a wide range of input signal levels from 10mVrms to 320V rms and input waveforms including sine, triangle, square and pulses. A 5 digit LED display provides continuous direct readout of phase angles between 0.00° and 360.00° or ±180°. These two ranges can be manually or automatically selected.

Features
Accuracy: Typically 0.02°
Resolution: 0.01°
GPIB Programmable
Automatic Ranging Display
Automatic Voltage Ranging
Input Voltage Range:
10mV rms to 320V rms
Deviation Measurements
Accepts Any Waveform
Analog Output
Automatic Meter Correct (AMC)
Krohn-Hite 6620 Precision Programmable Phasemeter 10Hz - 10MHz The Krohn-Hite Model 6620 provides precision phase measurements with a typical accuracy of 0.02° and a resolution of 0.01° over most of the frequency range. It will accept a wide range of input signal levels from 10mVrms to 320V rms and input waveforms including sine, triangle, square and pulses. A 5 digit LED display provides continuous direct readout of phase angles between 0.00° and 360.00° or ±180°. These two ranges can be manually or automatically selected.

Features
Accuracy: Typically 0.02°
Resolution: 0.01°
GPIB Programmable
Automatic Ranging Display
Automatic Voltage Ranging
Input Voltage Range:
10mV rms to 320V rms
Deviation Measurements
Accepts Any Waveform
Analog Output
Automatic Meter Correct (AMC)		 http://www.kandelelex.com/jpegs/krh6620.jpg
Krohn-Hite 6620A Precision (GPIB) Programmable Phasemeter 10Hz - 10 The Model 6620A provides precision phase measurements with a typical accuracy of 0.02° and a resolution of 0.01° over most of the frequency range. It will accept a wide range of input signal levels from 10mVrms to 320V rms and input waveforms including sine, triangle, square and pulses. A 5 digit LED display provides continuous direct readout of phase angles between 0.00° and 360.00° or ±180°. These two ranges can be manually or automatically selected.
Features
Accuracy: Typically 0.02°
Resolution: 0.01°
GPIB Programmable
Automatic Ranging Display
Automatic Voltage Ranging
Input Voltage Range:
10mV rms to 320V rms
Deviation Measurements
Accepts Any Waveform
Analog Output
Automatic Meter Correct (AMC)
Krohn-Hite 7500 Wideband Amplifier 75 Watt DC - 1MHz Frequency Range: DC to 1MHz. Output power (200 ohm load): 75w @ 100KHz, 40w @ 500KHz, 10w @ 1MHz. Response: ±0.1db. Distortion: >0.1%. Gain: 0 to 40db (10x, 100x fixed). Variable DC offset: 0 to 200 volts peak. Load impedance: any load within the voltage and current range of the amplifier. in stock
Krohn-Hite 7500 Wideband Amplifier 75 Watt DC - 1MHz Frequency Range: DC to 1MHz. Output power (200 ohm load): 75w @ 100KHz, 40w @ 500KHz, 10w @ 1MHz. Response: ±0.1db. Distortion: >0.1%. Gain: 0 to 40db (10x, 100x fixed). Variable DC offset: 0 to 200 volts peak. Load impedance: any load within the voltage and current range of the amplifier. http://www.kandelelex.com/jpegs/krh7500.jpg in stock
Krohn-Hite 7602 Wide Band Amplifier DC-1MHz 17/34 Watts The Krohn-Hite Models 7600 and 7602 are 17 and 34 watt, wideband power amplifiers that offer extended output power and voltage capabilities, low distortion, versatility and the latest in hybrid CMOS power operational amplifier technology with performance features not available in other power amplifiers.

MODEL 7600
The Models 7600 provide 17 watts of continuous power (34 watts at dc) and 141V rms from dc to 500kHz. The frequency response of the 7600 is ±0.1dB to 10kHz, and the distortion contributed by the amplifier is <0.01% to 5kHz and <0.3% to 100kHz. The voltage gain can be either inverting or non-inverting and has selectable ranges from 0dB-14dB, 0dB-28dB and 0dB-42dB, and is continuously variable between ranges.

Other features include: modes of A, A-B and -B, common mode rejection of 80dB, input coupling of ac or dc, dc offset control that is variable from 0V to ±200V; an optional meter package that provides a meter for displaying the heat sink temperature in °C, output peak voltage and average output current.

MODEL 7602
The Model 7602 provides the same performance as the Model 7600 with a differential output and is able to deliver 34 watts of continuous power (68 watts at DC) and 282V rms (800Vp-p). It can also provide plus and minus DC voltages simultaneously.

Features:

Output Power: 17 Watts/34Watts
Output Voltage: 141V/282V rms
Frequency Range: DC to 1MHz
Coupling: AC or DC
Gain: up to 42dB
Distortion: <0.01%
DC Offset: ±200V
Load Impedance: Reactive and Resistive		 http://www.kandelelex.com/jpegs/krh7602.jpg
Krohn-Hite 7602M Wide Band Amplifier DC - 1MHz 17 / 34 Watts The Krohn-Hite Models 7600 and 7602 are 17 and 34 watt, wideband power amplifiers that offer extended output power and voltage capabilities, low distortion, versatility and the latest in hybrid CMOS power operational amplifier technology with performance features not available in other power amplifiers.

MODEL 7600
The Models 7600 provide 17 watts of continuous power (34 watts at dc) and 141V rms from dc to 500kHz. The frequency response of the 7600 is ±0.1dB to 10kHz, and the distortion contributed by the amplifier is <0.01% to 5kHz and <0.3% to 100kHz. The voltage gain can be either inverting or non-inverting and has selectable ranges from 0dB-14dB, 0dB-28dB and 0dB-42dB, and is continuously variable between ranges.

Other features include: modes of A, A-B and -B, common mode rejection of 80dB, input coupling of ac or dc, dc offset control that is variable from 0V to ±200V; an optional meter package that provides a meter for displaying the heat sink temperature in °C, output peak voltage and average output current.

MODEL 7602
The Model 7602 provides the same performance as the Model 7600 with a differential output and is able to deliver 34 watts of continuous power (68 watts at dc) and 282V rms (800Vp-p). It can also provide plus and minus dc voltages simultaneously.


Features:
CE
Output Power: 17 Watts/34Watts
Output Voltage: 141V/282V rms
Frequency Range: DC to 1MHz
Coupling: AC or DC
Gain: up to 42dB
Distortion: <0.01%
DC Offset: ±200V
Load Impedance: Reactive and Resistive		 in stock
Krohn-Hite 7602M Wide Band Amplifier DC - 1MHz 17 / 34 Watts The Krohn-Hite Models 7600 and 7602 are 17 and 34 watt, wideband power amplifiers that offer extended output power and voltage capabilities, low distortion, versatility and the latest in hybrid CMOS power operational amplifier technology with performance features not available in other power amplifiers.

MODEL 7600
The Models 7600 provide 17 watts of continuous power (34 watts at dc) and 141V rms from dc to 500kHz. The frequency response of the 7600 is ±0.1dB to 10kHz, and the distortion contributed by the amplifier is <0.01% to 5kHz and <0.3% to 100kHz. The voltage gain can be either inverting or non-inverting and has selectable ranges from 0dB-14dB, 0dB-28dB and 0dB-42dB, and is continuously variable between ranges.

Other features include: modes of A, A-B and -B, common mode rejection of 80dB, input coupling of ac or dc, dc offset control that is variable from 0V to ±200V; an optional meter package that provides a meter for displaying the heat sink temperature in °C, output peak voltage and average output current.

MODEL 7602
The Model 7602 provides the same performance as the Model 7600 with a differential output and is able to deliver 34 watts of continuous power (68 watts at dc) and 282V rms (800Vp-p). It can also provide plus and minus dc voltages simultaneously.


Features:
CE
Output Power: 17 Watts/34Watts
Output Voltage: 141V/282V rms
Frequency Range: DC to 1MHz
Coupling: AC or DC
Gain: up to 42dB
Distortion: <0.01%
DC Offset: ±200V
Load Impedance: Reactive and Resistive		 http://www.kandelelex.com/jpegs/krh7602m.jpg in stock
Krohn-Hite MT56R Impedance Matching Transformer For 7500 Frequency: 30Hz to 500KHz in two ranges. Power: 75 watt. Matched Loads: 200 ohm input, 2, 8, 32, 128 ohm output.
Lambda LB705FM Power Supply 0 - 125V 0 - 25A 208VAC 3-Phase in stock
Lambda LH119FM Power Supply 0 - 10V / 0 - 9A in stock
Lambda LK341FM Power Supply 0 - 20V 0 - 13.5A in stock
Lambda LK342FM Power Supply 0 - 36V 0 - 5.2A in stock
Lambda LK344AFM Power Supply 0-60v 0-4A
Lambda LK350FM Power Supply 0 - 20V 0 - 35A in stock
Lambda LK351FM Power Supply 0-36v 0-25a
Lambda LK361FM0V Power Supply 0-36v 0-48a 220 VAC
Lambda LK362FMOV Power Supply 0-60v 0-25a 220 VAC
Lambda LLS6040 Power Supply 0-40v 0-4A Switcher
Lambda LLS8018 DC Power Supply 0-18V 0-24A Digital Switcher in stock
Lambda LMD15 Power Supply 15V / 9A Modular in stock
Lambda LME5 Power Supply 5V / 20A Modular in stock
Lambda LP531FM Power Supply 0 - 20V 0 - 5.7A in stock
Lambda LP532FM Power Supply 0 - 40V 0 - 3A in stock
Lambda LPD422FM Power Supply Dual 0 - 40V 0 - 1A Dual output CC/CV supply with auto-crossover. Continuously variable output capable of series/parallel and master/slave operation. Remote sensing and programming via resistors. in stock
Lambda LPD425FM P/S Dual 0 - 250V 0 - .13A in stock
Lambda LPT7202FM Triple Power Supply 0 to ±20V 0 - 1.5A / 0 - 7V Triple output power supply to 95 watts. Front panel variable dual 20 volt supplies at 1.5 amp with a single 7 volt supply at 5.0 amp each with remote sensing capability. in stock
Lambda LQ-411 Power Supply 0-20v 0-1.2A
Lambda LQ-524 Power Supply 0 - 120V 0 - .5A in stock
Lambda LQ530 Power Supply 0-10v 0-14A Led
Lambda LQ531 Power Supply 0-20v 0-8.6a Led
Lambda LQ533 Power Supply 0 - 60V 0 - 3.3A LED in stock
Lambda LQD422FM Dual Power Supply 0 - 40V / 0 - 1A in stock
Lambda LQD424 Dual Power Supply 0-±120v 0-.38a
Lambda LQD425 Dual Power Supply 0-250v 0-.13a
Leader LBO-5860A NTSC Waveform Monitor Displays the Vertical Interval Test and Reference Signals by a front panel line selector. Lines 14 through 21 can be selected from field 1 or 2 without interference from the active portion of the video signal. Unblanking output is provided to strobe a vectorscope for polar display of the selected line. in stock
Leader LCD-823S-01 Frequency / Period Counter Frequency Range: 10Hz to 250MHz; Sensitivity: 20mVrms (50mV above 100MHz); Timebase: 10MHz, 0.03ppm; 8-digit display.
Lecroy Research 9100 Dual Channel Arbitrary Function Generator User-defined waveforms at up to 200M points/s. Frequency: 0.01Hz to 25MHz with 0.035% resolution. 10V output swing into 50 ohm with 5ns risetime. Functions: sine, triangle, ramp, pulse, square, DC. GP-IB, RS-232-C and keypad control. in stock
Lecroy Research 9310A Digital Oscilloscope 400 MHz 100 Ms/s The LeCroy 9310A Digital Oscilloscope offers four channels and captures single-shot events at up to 100 MS/s and repeated signals at 10 GS/s. This unit has 50k record length allowing for outstanding horizontal resolution and extremely fast digitizing of long duration events.

Features:
4 Channels
50k Record Length
Glitch, Window, Qualified, Interval, Dropout, and TV Triggers
8-bit Vertical Resolution
Fully Programmable via GPIB and RS-232C
Automatic Pass/Fail Testing
Persistence, XY, and Roll Modes		 in stock
Lecroy Research LC584AXL Digital Oscilloscope 1GHz 4-Ch 8GSa/s The LeCroy LC584AXL oscilloscope is a graph- displaying device it draws a graph of an electrical signal. In most applications, the graph shows how signals change over time: the vertical (Y) axis represents voltage and the horizontal (X) axis represents time. The intensity or brightness of the display is sometimes called the Z axis.
The LeCroy LC584AXL oscilloscope's simple graph can tell you many things about a signal, such as: the time and voltage values of a signal, the frequency of an oscillating signal, the moving parts of a circuit represented by the signal, the frequency with which a particular portion of the signal is occurring relative to, other portions, whether or not a malfunctioning component is distorting the signal, how much of a signal is direct current (DC) or alternating current (AC) and how much of the signal is noise and whether the noise is changing with time.
PERFORMANCE CHARACTERISTICS OF THE LC584AXL
Form Factor Benchtop W: 431 mm(17 in)H: 264 mm(10.39 in)L: 453 mm(17.83 in)Weight: 20 kg(44.09 lb)
Bandwidth 1 GHz
Number of Channels 4 ch
Simultaneous Max Sampling Rate/ch 2 GSa/s One ch. only max. sampling rate 8 GSa/s
Max. Record Length 16000000 pt/sec
Min. Vertical Sensitivity 2 mV/div
Maximum Vertical Sensitivity 10 V/div
Rise time 350 ps
Number of Bits 8 bits
Input Impedance 10 MOhm (alternate) 50 Ohm
Input Coupling AC,DC,GND
Maximum Input Voltage 400 Vrms
Maximum Input#2 (for Impedance #2) 5 Vrms
Main time base - lowest 500 ps/div highest 1000 s/div Accuracy 0.001 %
Trigger Source External,Internal
Trigger Modes Auto,Edge,Normal,Pattern,Single,State,Stop
Minimum Trigger Holdoff 2 ns
Minimum Glitch Trigger 2 ns
Display Type Color CRT Size 25.4 cm
Display modes Auto,Normal,Single,Stop
Programmability/Connectivity of the LC584AXL
User Interface Proprietary
Ports to Peripheral Devices GPIB,RS232C
Test Pattern Storage 4 Patterns
Novram data storage Yes Data Storage Type FDD		 in stock
Leeds & Northrup 4020B Standard Resistor 1 Ohm
Leeds & Northrup 4025B Standard Resistor 10 Ohm Reischsanstalt 10.0 ohm; ±0.003% accuracy. in stock
Leeds & Northrup 4030B Standard Resistor 100 Ohm 100.0 ohm; ±0.003% accuracy. in stock
Leeds & Northrup 4035B Standard Resistor 1 kOhm 1.0K ohm; ±0.003% accuracy. in stock
Leeds & Northrup 4040B Standard Resistor 10 kOhm 10.0K ohm; ±0.003% accuracy.
Leeds & Northrup 4050B Standard Resistor 1.0M ohm; ±0.003% accuracy.
Leeds & Northrup 4221 Standard Resistor .1 Ohm ±.002% in stock
Leeds & Northrup 4221B Standard Resistor .1 Ohm ±.002%
Leeds & Northrup 4222 Standard Resistor .01 Ohm ±.002% in stock
Linear Inst Corp 1201-0000 Recorder Dual pen recorder. Uses felt tip pens. 10" wide paper.
Logimetrics A300/C TWT Amplifier 4 - 8GHz 20 Watt Frequency Range GHz 4.0 - 8.0 GHz
Min. Power Out 20 Watts
Min. Sat. Gain 33 dB
Max. N.F. 35dB
Spurious: -40dBc
In/Out Impedance: 50 ohms,
In/Out VSWR: 2.5:1 Max.
Residual AM: 1% Maximum (-40dBc)
RF Connectors: N
Input: N
Output: N
General

Prime Power: 115VAC, +/-10%, Single Phase, 50-60 Hz, 750 VA maximum
Dimensions: 5-25" (133mm)H x 8-25" (210mm)W x 20-5" (521mm)D		 in stock
Logimetrics A310/IJ TWT Amplifier 7-18GHz 20 Watt Frequency: 7 to 18GHz. Gain: 35dB. SMA(f) I/O connectors. 115 or 220VAC input. Rack mount.
Logimetrics A310\S TWT Amplifier 2-4GHz 20 Watt
Logimetrics A500/X High Power Microwave Amplifier This is a fully protected TWT amplifier. Frequency range: 8 to 12 .4 GHz; Minimum Power Output: 100 watts CW; Minimum saturated gain of 30dB. I/O Impedance: 50 ohm.
Logimetrics A600/C
Logimetrics A600/L TWT Amplifier 1-2GHz 200 Watts Frequency: 1.0 to 2.0GHz with 30dB gain. Power: 200 watts CW. AC Input: 208VAC, 3 phase, 2.5KVA max. Options: 3 = VSWR Protection, 7 = Pulse Modulator, 10-1 = GP-IB, 14 = Preamp(less than 0dBm input for rated output).
Logimetrics A610/X TWT Amplifier 8-12GHz 250 Watt 208VAC 3 phase input.
Loral 300SBA Systems Bus Analyzer Designed around VME bus with all modular functions. Can be connected to a host computer through either a GPIB or an RS-232 interface. Features: Centronics 101A compliance; VME bus electrical specification compliance; High-speed direct memory access by a host computer through the use of a Symbolic DMA Language; English-language commands; Interface protection. in stock
Marconi 2019 AM/FM Signal Generator 80KHz - 1040MHz Synthesized generator covers 80KHz to 1040MHz with 10Hz resolution. RF Output: -127 to +13dBm with .1dB resolution and ±1dB accuracy. FM: 0-100KHz peak deviation. AM: 0-99% in 1% steps. Continuous LCD readouts of frequency, modulation, level. in stock
Marconi 2022 AM/FM Signal Generator 10KHz - 1GHz Frequency: 10KHz to 1GHz with 10Hz resolution(7-digit LCD). RF Output: -127 to +6dBm with ±2dB accuracy and .1dB resolution(4-digit LCD). Internal AM/FM/PM. 50 watt reverse power protection. Optional GP-IB. in stock
Marconi 2022A AM/FM Signal Generator 10KHz-1GHz Frequency: 10KHz to 1GHz with 10Hz resolution(7-digit LCD). RF Output: -127 to +6dBm with ±2dB accuracy and .1dB resolution(4-digit LCD). Internal AM/FM/PM. 50 watt reverse power protection. Optional GP-IB. http://www.kandelelex.com/jpegs/mar2022a.jpg in stock
Marconi 2022C AM/FM Signal Generator 10KHz-1GHz Frequency: 10KHz to 1GHz with 10Hz resolution(7-digit LCD). RF Output: -127 to +13dBm with ±2dB accuracy and .1dB resolution(4-digit LCD). Internal AM/FM/PM. 50 watt reverse power protection. Optional GP-IB. http://www.kandelelex.com/jpegs/mar2022c.jpg
Marconi 2022D FM-AM Signal Generator 10KHz-1GHz +13dBm GPIB The Marconi 2022D is a lightweight synthesized signal generator having a frequency range of 10 kHz to 1 GHz and providing comprehensive amplitude, frequency and phase modulation facilities with an RF output level range of -127 dBm to +13 dBm. The 2022D is designed to cover a wide range of RF applications in development, production and maintenance environments.
Marconi 2022E AM/FM Signal Generator 10KHz-1GHz Frequency: 10KHz to 1GHz with 10Hz resolution(7-digit LCD). RF Output: -127 to +13dBm with ±2dB accuracy and .1dB resolution(4-digit LCD). Internal AM/FM/PM. 50 watt reverse power protection. Optional GP-IB. in stock
Marconi 2022E AM/FM Signal Generator 10KHz-1GHz Frequency: 10KHz to 1GHz with 10Hz resolution(7-digit LCD). RF Output: -127 to +13dBm with ±2dB accuracy and .1dB resolution(4-digit LCD). Internal AM/FM/PM. 50 watt reverse power protection. Optional GP-IB. http://www.kandelelex.com/jpegs/mar2022e.jpg in stock
Marconi 2023A Signal Generator 9KHz-1.2GHz Frequency: 9KHz to 1.2GHz with 1Hz resolution and time base accuracy(±5 x 10(7)). Output: -140dBm to +13dBm with .1dB resolution and ±.8dB accuracy. Modulation: AM,FM,Phase,Pulse and FSK. RPP to 50W. RS-232 and GPIB control.
Marconi 2023B 105 Signal Generator 9KHz - 2.05GHz SINAD External Mo With its level of performance, this compact general purpose signal generator delivers outstanding value for money.

Wide frequency coverage: 9 kHz to 2.05 GHz
Excellent spectral purity
Outstanding phase noise performance
Linear and logarithmic sweep mode
Sine, triangular and square wave two-tone modulation source
RS232 and GPIB control
Comprehensive modulation: AM, FM, OM, Pulse & FSK
3.9 kHz Bessel filtered FSK
Optional +25 dBm RF output
SINAD Measurement Option
RPP to 50 W		 http://www.kandelelex.com/jpegs/mar2023b 105.jpg in stock
Marconi 2024 Signal Generator The IFR / Marconi 2024 AM-FM Signal Generator is portable and lightweight, offering carrier frequencies from 9KHz to 2.4GHz.

Frequency: 9 kHz to 2.4 GHz with 1Hz resolution
Linear and logarithmic sweep mode
Sine, triangular and square wave two tone modulation source
RS232 and GPIB control
Comprehensive modulation: AM, FM, fM, Pulse & FSK
3.9 kHz Bessel filtered FSK
Optional +25 dBm RF output
SINAD Measurement Option
RPP to 50 W
Marconi 2024 Signal Generator The IFR / Marconi 2024 AM-FM Signal Generator is portable and lightweight, offering carrier frequencies from 9KHz to 2.4GHz.

Frequency: 9 kHz to 2.4 GHz with 1Hz resolution
Linear and logarithmic sweep mode
Sine, triangular and square wave two tone modulation source
RS232 and GPIB control
Comprehensive modulation: AM, FM, fM, Pulse & FSK
3.9 kHz Bessel filtered FSK
Optional +25 dBm RF output
SINAD Measurement Option
RPP to 50 W		 http://www.kandelelex.com/jpegs/mar2024.jpg
Marconi 2024 04 Signal Generator The IFR / Marconi 2024 AM-FM Signal Generator is portable and lightweight, offering carrier frequencies from 9KHz to 2.4GHz.

Frequency: 9 kHz to 2.4 GHz with 1Hz resolution
Linear and logarithmic sweep mode
Sine, triangular and square wave two tone modulation source
RS232 and GPIB control
Comprehensive modulation: AM, FM, fM, Pulse & FSK
3.9 kHz Bessel filtered FSK
Optional +25 dBm RF output
SINAD Measurement Option
RPP to 50 W		 http://www.kandelelex.com/jpegs/mar2024 04.jpg
Marconi 2030 Signal Generator 10KHz To 1350MHz Frequency: 10KHz to 1.35GHz with .1Hz resolution (11 digits). Amplitude: -144 to +13dBm with .1Hz resolution and ±1dB accuracy. Modulation Oscillator: .1Hz to 500KHz. Wideband FM with 10MHz bandwidth. GP-IB. Option 1 provides second modulation oscillator. http://www.kandelelex.com/jpegs/mar2030.jpg
Marconi 2031 Signal Generator 10KHz-2.7GHz Dot matrix, LCD displays all status information. Frequency: 10KHz to 2.7GHz with .1Hz resolution and 11-digit readout. Output: +13 to -144dBm with .1dB resolution and ±1dB accuracy on 4-digit readout. AM/FM/PM, sweep, GP-IB. Call for availability of options: 01 provides second modulation oscillator; 02 provides pulse modulation. http://www.kandelelex.com/jpegs/mar2031.jpg
Marconi 2031 01-02-102 Signal Generator 10KHz - 2.7GHz Dual Modulation Os The Marconi 2031 signal generator offers increased flexibility with combinations of frequency, phase, amplitude, and pulse modulation over the 10 kHz to 2.7 GHz frequency range. This instrument is suitable for a wide variety of applications ranging from RF component characterization to radio communications system testing. Microprocessor control coupled with a large screen dot matrix display provides ease of use via menu driven displays. Set up time is further reduced by recalling previously stored instrument settings from the non-volatile memory. Remote programming via the GPIB is provided as a standard feature, allowing the instruments to be included in automatic test systems. This unit also features 0.1 Hz frequency resolution, 0.1 Hz to 500 kHz modulation oscillator, wideband FM with 10 MHz bandwidth, and comprehensive sweep capabilities.
Option 001 - Second internal modulation oscillator
Option 002 - Pulse Modulation		 in stock
Marconi 2041 Low Noise Signal Generator 10KHz-2.7GHz Frequency: 10KHz to 2700MHz with .1Hz resolution. Output: +13 to -144dBm with .1dB resolution and ±1dB accuracy. Phase Noise: -140dBc/Hz at 1GHz. Residual FM: .3Hz rms at 1GHz. Spurious signals: -90dBc non-harmonics. Comprehensive modulation modes and sweep capabilities. Options: 001-Dual Modulation Oscillator...add $225.; 002-Pulse Modulation...add $1600.; 006-Avionics(ILF & VOR)...add $1600. http://www.kandelelex.com/jpegs/mar2041.jpg
Marconi 2051 Digital and Vector Signal Generator 10KHz - 2.7GHz The Marconi 2051 digital and vector signal generator covers the frequency range 10kHz to 2.7 GHz. This instrument is suitable for a wide range of applications including the testing of new digital communication systems. 2050 series signal generators have a large screen dot matrix display with softkey function selection which allows flexibility of operation. Hardkey and data entry key together with a rotary control knob are also provided. The output may be modulated using ΦM, FM, AM, IQ vector or complex digital modulation. Pulse modulation is optional.
Features:
 PSK, FSK, QAM, GMSK
 I and Q modulation to 10 MHz (1 dB bw.)
 External digital data input
 Internal PRBS data source
 Excellent accuracy and stability
 Envelope control for RF bursts
 Programmable channel filter characteristics
 Variable data rate control
 NADC, PDC, GSM, TETRA plus others
 Wide band DCFM for fast FSK
 Baseband I & Q outputs
 Electronic attenuator option		 http://www.kandelelex.com/jpegs/mar2051.jpg
Marconi 2305 Modulation Meter Frequency Range: 50KHz to 2.32GHz with 8-digit display. Auto or manual tuning with -15dBm sensitivity at 2GHz(-25dBm at lower frequencies). Measures FM, 500KHz peak deviation at 30Hz to 275KHz rates; AM, 99.9% at 30Hz to 50KHz rates; PM, 500 radians up to 1KHz. Basic accuracy: 0.5%. Also measures frequency and power. GP-IB programming optional. in stock
Marconi 2957B Cellular Service Monitor Portable radio test set with full-function cellular test, system simulation for mobile testing, go/no-go test sequences, and automatic RF tests. Wideband data displays show digital word and bit errors. Disk drive interface for storage of user-defined test programs. RD-232, parallel printer and option GP-IB interfaces.
Marconi 2960B Cellular Service Monitor Combined base station simulation and mobile radio cellular and trunking test system with analog and digital software. Similar to 2957B, but with the capacity to support up to five different digital cellular types. in stock
Marconi 6057B/1 4 - 8GHz Signal Source Frequency range: 4.0 to 8.0GHz with .007% stability and ±1% accuracy. RF Output: 5mW with 20dB level control. 1KHz internal AM. Small size: 4" x 8" x 12"; 8.75 Lbs. in stock
Marconi TF2304 AM/FM Modulation Meter Covers 9 MHz to 1000 MHz with completely automatic tuning and level setting. Measures FM deviation in 8 ranges from 1.5 to 150 KHz, and AM in 3 ranges; 10, 30 and 100%. Compact size and light weight. RF and IF outputs in stock
Marconi TF2304 AM/FM Modulation Meter Covers 9 MHz to 1000 MHz with completely automatic tuning and level setting. Measures FM deviation in 8 ranges from 1.5 to 150 KHz, and AM in 3 ranges; 10, 30 and 100%. Compact size and light weight. RF and IF outputs http://www.kandelelex.com/jpegs/martf2304.jpg in stock
Maury Microwave J255C9 WG Attenuator 44GHz in stock
Maury Microwave J255D9 WG Attenuator 44GHz in stock
Meiji EMZ Zoom Stereo Microscope EMZ-2
Body: Binocular, rotatable 360°. Zoom Ratio: 6.5:1. Zoom Range: 0.7x - 4.5x. Zoom Control: Graduated knurled ring. Magnification: 7x - 45x (with 10x eyepieces). Field of View: 32mm - 5.1mm. Working distance: 93mm. Eyetube Inclination: 45°. Interpupillary Distance Adjustment: 54mm - 75mm. Dioptric Adjustment: Dual (+/- 5 diopters). Extended Magnification Range: 2.1x - 270x. Extended Working Distances: 34mm - 251mm.(with supplemental objectives and eyepieces). System includes: POD, 10X w.f. eyepieces, boom-stand, and mount.		 http://www.kandelelex.com/jpegs/meiemz.jpg in stock
Microdot 186 Power Oscillator Plug-In 200 - 500MHz 50 Watt Used in 445 mainframe, provides 200 to 500MHz, 50 watt output. in stock
Microdot 187 Power Oscillator Plug-In 500 - 1000MHz 50 Watt Used in 445 mainframe, provides 500 to 1000MHz, 50 watt output. in stock
Microdot M185 Power Oscillator Plug-in 50-200MHz 50 Watt Used with 445 mainframe
Microdot M187 RF Oscillator Plug-In Frequency: 500 to 1000MHz. Power output: 50 watts. in stock
Microdot M445 Power Oscillator Mainframe Requires plug-in oscillators to cover the frequency range from 2MHz to 2.5GHz. Maximum power is 50 watts. 1Khz internal square wave modulation.
Microlab (FXR) C601B WG to Coax Adapter 5.85 - 8.2GHz in stock
Microlab (FXR) CB-17N Coaxial Directional Coupler 200-400MHz 10dB N(f) 2 in stock
Microlab (FXR) CB-28N Directional Coupler .4 - .8GHz 20dB in stock
Microlab (FXR) CB-68N Directional Coupler 2 - 4GHz 20dB in stock
Microlab (FXR) HR-B23 Coaxial DC Block in stock
Microlab (FXR) L600C WG To Coax Adapter 1.12-1.7GHz
Microlab (FXR) N414A Frequency Meter 3.95-11GHz .1% Acc
Microlab (FXR) R601C WG To Coax Adapter 1.7-2.6GHz
Microlab (FXR) X601B WG to Coax Adapter 8.2 - 12.4GHz in stock
Micronetics, Inc NSI-2640W Noise Source 26 - 40GHz Waveguide noise source for use with HP 8970A/B noise figure meter. Frequency: 26.5 to 40GHz. DC Input: +28V. in stock
Microtech 219787 K-Band Waveguide Magic Tee
Microwave Development Co 22750E-NM Waveguide To Coax Adapter Double-ridge Wrd750 7.5 to 18GHz, N(m) connector high power end launch.
Microwave Devices 636N RF Load DC-3GHz 600 Watt in stock
Microwave Logic / Tektronix SJ-300A SDH/Sonet Analyzer Portable analyzer with exhaustive SONET, SHD jitter and wander features on systems up to 622 Mbps. Also generates and analyzes BITS/SETS wander.
Microwave Power Devices (MACOM) EWAL1050-12 Dual RF Amplifier System System includes two separate 100 watt amplifiers and a separate model HEPS-30-70 power supply to power both amplifiers. Frequency Range: 100 to 500MHz. Output: 100 watts CW each amplifier with less then 1mW(0dBm) input. Features: All solid state, Low distortion AB linear, Fully protected, and Graceful degradation. May be sold as two seperate amplifiers with choice of power supplies.
Microwave Power Devices (MACOM) EWAL-1235 RF Amplifier 2 - 30MHz 450 Watt This solid-state amplifier has a seperate power supply made for 208V, 3 ph, 400Hz AC input. The amplifier section requires 28 volts dc at 30 amps. in stock
Microwave Power Devices (MACOM) LAB1-055-10E RF Amplifier 10 - 500MHz 10 Watt Frequency: 10 to 500MHz. Output: 10 watts, 40dBm@1dB Compression. Small gain flatness: ±2dB. in stock
Microwave Power Devices (MACOM) LAB1-510-30G RF Amplifier 500 - 1000MHz 30 Watt Frequency: 500MHz to 1GHz. Output Power: 30 watts, with ±2dB flatness and 50dB gain. http://www.kandelelex.com/jpegs/mpdlab1-510-30g.jpg in stock
Microwave Power Devices (MACOM) LAB3-105-75K RF Amplifier 100 - 500MHz 75 Watt Frequency: 100-500MHz Power: 75 watts in stock
Microwave Power Devices (MACOM) LAB3-510-20D RF Amplifier .5 - 1GHz 20 Watt in stock
Microwave Power Devices (MACOM) LAB3-510-4 RF Amplifier 500MHz - 1GHz 4 Watt in stock
Microwave Power Devices (MACOM) LAB3-714-3C RF Amplifier 3 Watt 700 - 1400MHz Solid state amplifier has 3 watt output with a frequency range from 700 to 1400MHz. in stock
Microwave Power Devices (MACOM) LAB3-714-6E RF Amplifier .7 - 1.4GHz 6 Watts in stock
Microwave Power Devices (MACOM) PWAL1014-12-890 RF Amplifier 1085 - 1415MHz 100 Watt Frequency: 1085 to 1415MHz. Output power: 100 watts. 1mW (0dBm) input for full power output. Circulator protected. in stock
Microwave Power Equipment PAS-47-0-500-1000 RF Amplifier 500 - 1000MHz 50 Watt Class AB in stock
Microwave Power Equipment PAS-53-0-250-500 RF Amplifier 250-500MHz 200 Watt Class Ab
Microwave Semiconductor Corp MC5048P Noise Source in stock
Midwest Microwave 1043 Fixed Attenuator 60dB DC - 18GHz SMA in stock
Midwest Microwave 1072 Step Attenuator 0-9dB DC-12GHz SMA (f)
Midwest Microwave 3551 Attenuator Set 3 6 10 20dB Type N. DC to 18GHz in stock
Midwest Microwave 391-40 Fixed Attenuator
Midwest Microwave 527-13 Coaxial Attenuator DC - 12.4GHz 13dB 20 Watt SMA ( Model #: ATT-0527-13-SMA-07
Category: Medium Power SMA Fixed Attenuators
Body: Standard
Interfaces: SMA/SMA
Interface Genders: Male / Female
Power: 20 Watt
Attenuation: 13 dB
Frequency Range: DC to 12.4 Ghz
Finish/Color: Anodized		 in stock
Midwest Microwave 527-40 Fixed Attenuator DC - 12GHz 40dB SMA in stock
Midwest Microwave 528-30 Coaxial Attenuator DC - 12.4GHz 30dB 20 Watt N(m Model #: ATT-0528-30-OOO-07
Category: Medium Power Type N Fixed Attenuators
Body: Standard
Interfaces: N/N
Interface Genders: Male / Female
Power: 20 Watt
Attenuation: 30 dB
Frequency Range: DC to 12.4 Ghz
Finish/Color: Anodized		 in stock
Midwest Microwave TRM-2098-M0-NNN-07 Coaxial Termination DC - 18GHz 10 Watt N(m) Connec Model #: TRM-2098-M0-NNN-07
Category: Medium Power Type N Terminations
Body: Standard
VSWR: LOW
Interfaces: Type N
Interface Genders: Male
Power: 10 Watt
Frequency Range: DC to 18 Ghz
Finish/Color: Anodized
Delivery: Stk-30 days		 in stock
Military 48127 R-Band Waveguide Horn Antenna 26.5 - 40GHz Round flange UG-381/U. Similar to Narda V637. in stock
Mini-circuits Lab TIA-1000-1R8 RF Amplifier .5 - 1000MHz 1.8 watts Features
Frequency: 0.50 to 1000MHz
Flatness: ±2.0 dB
Gain: 35dB
Power: +32dBm min (+35dBm typical); 1.8 watts linear(4 watts saturated)
Instrument model with built-in power supply, 110V/220V operation
High power output at 3.5dB compression, 37dBm typ.
High gain, 38 dB typ.
High reverse isolation, 80 dB typ.
100% burn-in at +25°C, 48 hrs
Thermally self-protected, LED indicator
Mini-circuits Lab TIA-900-10 RF Amplifier 100-900MHz 10 Watts Features:
Wide bandwidth: 100-900MHz
Built-in power supply,110/220V operation
Power output(at 3.5 dB compression): +40dB min.(45 dBm typical)
Gain: 28dB min.(34 dB typical)
Flatness: ±2.5dB
VSWR: 2.5:1 in / out
High reverse isolation, 80 dB typical
100% Burn-In at +25oC, 48 hours
Thermally self-protected, led indicator
Motorola PAA0180-40-50LAM RF Amplifier 800 - 1000MHz 100 Watt in stock
Motorola R1100A FSK Code Synthesizer Generates a number of single and dual tone sequential codes with stored timing intervals as well as a wide variety of selective signalling codes: DPL, Inverted DPL, Tone Remote and DTMF. May also be used as a 10Hz to 9.999 KHz general purpose audio oscillator. Digital display and AC power. http://www.kandelelex.com/jpegs/motr1100a.jpg in stock
Narda 1069-10 WG Directional Coupler 12 - 18GHz 10dB in stock
Narda 1080 X-band Narrow Wall Coupler 40dB
Narda 175 Coaxial Pick Up Horn Antenna 8.5 - 9.6GHz N in stock
Narda 23940 Coaxial Directional Coupler 1-2.6GHz 10dB SMA(f) in stock
Narda 26773 High Power Directional Coupler 2-8GHz 40dB 400W av The Narda 26773 is a high power directional coupler. Covers 2 to 8GHz, 40dB ccoupling. Power Handling: 400 watts average, 5KW peak. The input connector is a TNC(m) and the output connectors a type N(f). Similar to Narda 27005-40. in stock
Narda 27000-30 High Power Directional Coupler 2-18GHz 30dB 400 Wa THe Narda 27000-30 features 400 watt average and 3kw peak rating; Low-loss air dielectric.
Specifications:
30dB coupling, ±1.4dB
Power Handling: 400W average, 3KW peak
Directivity: 12dB 2-15GHz, 10dB 15-18GHz
Insertion Loss: .5dB
Connectors: N(m) input, N(f) output main and coupled
Narda 27000-30 High Power Directional Coupler 2-18GHz 30dB 400 Wa THe Narda 27000-30 features 400 watt average and 3kw peak rating; Low-loss air dielectric.
Specifications:
30dB coupling, ±1.4dB
Power Handling: 400W average, 3KW peak
Directivity: 12dB 2-15GHz, 10dB 15-18GHz
Insertion Loss: .5dB
Connectors: N(m) input, N(f) output main and coupled		 http://www.kandelelex.com/jpegs/nar27000-30.jpg
Narda 27000-40 High Power Attenuator 2-18GHz 40dB 400 Watt 3kwpea
Narda 27004-30 High Power Directional Coupler 6-18GHz The Narda Microwave 27004-30 is a high power directional coupler. Frequency Range: 6 to 18GHz. Coupling: 30dB, ±1.0dB. Power Handling: 400 watt average; 3KW peak. Directivity: 12dB to 15GHz, 10dB 15-18GHz. Insertion loss: .5dB. Connectors: main i/o TNC(m-f), SMA(f) coupled output.
Narda 27005SC-40 Directional Coupler 2 - 8GHz 40dB 1kW in stock
Narda 27487-30 High-power Directional Coupler 6 - 18GHz 400 Watt in stock
Narda 3000-10 Coaxial Directional Coupler 225 - 460MHz in stock
Narda 3000-10 Coaxial Directional Coupler 225 - 460MHz http://www.kandelelex.com/jpegs/nar3000-10.jpg in stock
Narda 3000-20 Coaxial Directional Coupler 225 - 460MHz Frequency: .225 to .460GHz; Type N connectors; Available in 10, 20, or 30dB coupling values. in stock
Narda 3000-20 Coaxial Directional Coupler 225 - 460MHz Frequency: .225 to .460GHz; Type N connectors; Available in 10, 20, or 30dB coupling values. http://www.kandelelex.com/jpegs/nar3000-20.jpg in stock
Narda 3000-30 Directional Coupler 225 - 460MHz Frequency: .225 to .460GHz; Type N connectors; Available in 10, 20, or 30dB coupling values. http://www.kandelelex.com/jpegs/nar3000-30.jpg in stock
Narda 3001-20 Directional Coupler 460 - 950MHz Frequency: .46 to .95MHz; Type N connectors; Available in 10, 20, and 30dB coupling values. http://www.kandelelex.com/jpegs/nar3001-20.jpg in stock
Narda 3002-20 Directional Coupler .95 - 2GHz 20dB in stock
Narda 3003-20 Coaxial Directional Coupler 2 - 4GHz in stock
Narda 3003-30 Directional Coupler 2 - 4GHz 30dB N in stock
Narda 3004-10 Directional Coupler 4 - 10GHz 10dB in stock
Narda 3004-20 Directional Coupler 4 - 10GHz 20dB Frequency: 4 to 10GHz; Type N connectors; Available in 10, 20 and 30dB coupling values. in stock
Narda 3010-500 Low Pass Filter 500MHz Cutoff in stock
Narda 3020 Bi-Directional Coupler 50 - 1000MHz in stock
Narda 3020A Bi-Directional Coupler 50MHz - 1GHz 20dB 50MHz to 1GHz; 35dB directivity; 20dB coupling nominal; 500 watts average power; 10kW peak power; Primary line connectors are N(M/F), secondary line connectors are N(F/F); Dual reflectometer type. in stock
Narda 3020A Bi-Directional Coupler 50MHz - 1GHz 20dB 50MHz to 1GHz; 35dB directivity; 20dB coupling nominal; 500 watts average power; 10kW peak power; Primary line connectors are N(M/F), secondary line connectors are N(F/F); Dual reflectometer type. http://www.kandelelex.com/jpegs/nar3020a.jpg in stock
Narda 3022 Bi-Directional Coupler 1 - 4GHz Model Number 3022
Frequency (Low) in MHz 1,000
Frequency (High) in MHz 4,000
Nominal Coupling dB 20
Directivity dB (min) 30 (1-3 GHz ) / 27 (3-4 GHz)
VSWR Primary Line power 1.15
VSWR Secondary Line Power 1.15
Equivalent Residual VSWR (max) 1.09
Absolute Calibration Accuracy dB (per 10 dB step) +/-0.1
Insertion Loss 0.3
Tracking dB 0.3
Max Deviation from Nominal dB +/-1.0
Power AVG (Incident in W) 500
Power AVG (Reflected in W) 500
Power (Peak) in kW 10
Weight (max) in lbs 1.9 Weight (max) in kg 0.7
Primary Connectors: 1 female, 1 male, Type N
Secondary Connectors: 2 female, Type N		 in stock
Narda 3022 Bi-Directional Coupler 1 - 4GHz Model Number 3022
Frequency (Low) in MHz 1,000
Frequency (High) in MHz 4,000
Nominal Coupling dB 20
Directivity dB (min) 30 (1-3 GHz ) / 27 (3-4 GHz)
VSWR Primary Line power 1.15
VSWR Secondary Line Power 1.15
Equivalent Residual VSWR (max) 1.09
Absolute Calibration Accuracy dB (per 10 dB step) +/-0.1
Insertion Loss 0.3
Tracking dB 0.3
Max Deviation from Nominal dB +/-1.0
Power AVG (Incident in W) 500
Power AVG (Reflected in W) 500
Power (Peak) in kW 10
Weight (max) in lbs 1.9 Weight (max) in kg 0.7
Primary Connectors: 1 female, 1 male, Type N
Secondary Connectors: 2 female, Type N		 http://www.kandelelex.com/jpegs/nar3022.jpg in stock
Narda 3024 Bi-Directional Coupler 4 - 8GHz 20dB in stock
Narda 3029 Quadrature Hybrid Coupler Frequency: 215 to 450MHz; 4 port; 90°;-3dB. Used to combine 2 amplifiers. in stock
Narda 3031 Coaxial Hybrid Junction .46-.95GHz 20dB Min Isolat in stock
Narda 3033 Coaxial Hybrid Junction 2-4z, 20dB min. isolation, 3dB nominal coupling. in stock
Narda 3034 Coaxial Hybrid 4-8GHz 3dB Coupling 200W The Narda 3034 is a type N coaxial 90 degree Hyberd.
Frequency: 4 to 8 GHz
Coupling(nominal): 3dB(+.3 -0)
VSWR(max): 1.3:1
Isolation(min): 18dB
Phase Balance: 10 degrees
Power: 200 watts average; 5KW peak
Type N(f) connectors		 in stock
Narda 3039-20 Coax Directional Coupler 125 - 250MHz 20dB in stock
Narda 3039-20 Coax Directional Coupler 125 - 250MHz 20dB http://www.kandelelex.com/jpegs/nar3039-20.jpg in stock
Narda 3040-30 Coaxial Directional Coupler 240-500MHz 30dB 20dB C
Narda 3041-10 Coaxial Directional Coupler .5-1GHz 10dB 200W N(f) in stock
Narda 3042-10 Coaxial Directional Coupler .95-2GHz 10dB N(f) in stock
Narda 3042-20 Coaxial Directional Coupler .95-2GHz 20dB 200W N( in stock
Narda 3042B-10 Coaxial Directional Coupler .92-2.2GHz 10dB N(f) in stock
Narda 3042B-20 Directional Coupler .92 - 2.2GHz 20dB http://www.kandelelex.com/jpegs/nar3042b-20.jpg in stock
Narda 3043-10 Coax Dir. Coup. 2 - 4 GHz 10dB in stock
Narda 3043-20 Coaxial Directional Coupler 2 - 4 GHZ in stock
Narda 3043B-10 Directional Coupler 1.7 - 4.2GHz 10dB in stock
Narda 3043B-20 Directional Coupler 1.7 - 4.2GHz 20dB in stock
Narda 3043B-30 Directional Coupler 1.7 - 4.2GHz in stock
Narda 3044-10 Directional Coupler 4 - 8GHz in stock
Narda 3044-20 Coaxial Directional Coupler 4 - 8GHz 20dB in stock
Narda 3044-30 Coaxial Directional Coupler 4 - 8GHz 30dB in stock
Narda 3044B-20 Directional Coupler 3.7 - 8.3GHz 20dB in stock
Narda 3044B-30 Directional Coupler 3.7 - 8.2GHz 30dB in stock
Narda 319B High Power Load in stock
Narda 320 Waveguide High Power Termination X-Band 8 - 12GHz in stock
Narda 320B X-band Termination 500 Watt
Narda 321B TERMINATION HIGH POWER in stock
Narda 368BNF Coaxial Termination 500 Watt, 2-18GHz
Narda 368BNM High Power Coaxial Termination 2-18GHz 500W avg N The Narda 368BNM is a high power ternmiation. Frequency: 2 to 18GHz. Power: 500 watts average; 5KW peak. Type N male connector.
Narda 368NF Coaxial Termination 2 - 12.4GHz 500 watt 5kW Pe
Narda 369NM Coaxial Load .7-12.4GHz 175 Watts
Narda 370BNM Coaxial Termination 50 Ohm DC-18GHz 5 Watt N in stock
Narda 3712 Variable Precision Attenuator 1-2GHz 6~100dB in stock
Narda 376BNF Coaxial Termination DC - 12.4GHz 40 Watt N(f) in stock
Narda 378NM Termination DC-18GHz
Narda 4014C-6 SMA Directional Coupler 4 - 8GHz 6dB in stock
Narda 4203-10 Directional Coupler 2 - 18GHz SMA in stock
Narda 4314-2 SMA Power Splitter 4 - 8GHz 2 Way in stock
Narda 4456-2 Power Divider 2-18GHz SMA
Narda 4503 Crystal Detector .01-18GHz SMA-BNC
Narda 4609 WG(12 - 18GHz) to Coaxial Adapter (sma) in stock
Narda 4779-3 SMA Fixed Attenuator DC - 18GHz 2 Watt http://www.kandelelex.com/jpegs/Nar4779-3.jpg
Narda 4917 Broadband Isolator 18 - 26GHz SMA 17dB 3w in stock
Narda 5293 Directional Coupler 1 - 12.4GHz 10dB in stock
Narda 60114 Amplifier 3.75 - 8GHz Small unit with power supply. in stock
Narda 609 WG(12.4 - 18GHz) to Coaxial Adapter (n) in stock
Narda 613A WG to Coax(n-f) Adapter (c-band 3.95 - 5.85GHz) in stock
Narda 615 WG - Coax Adapter Ls-band 1.7-2.6GHz Wr-430
Narda 640 WG Standard Gain Horn (x-band 8.2-12.4 GHz) Model Number 640
Frequency (Low) in MHz 8,200
Frequency (High) in MHz 12,400
Band X*
Waveguide Size WR-90
Input Cover Flange Equivalent UG-135/U
VSWR (max) 1.15
Narda 643 Standard Gain Horn (3.95-5.85GHz)
Narda 644 WG Standard Gain Horn (s-band, 2.6-3.95GHz)
Narda 7000A Microwave Multimeter Portable test unit together with the 7202 and 7206 measures: reflection coefficient, power, VSWR, return loss, insertion loss, gain, isolation and DC volts. Frequency range: 10MHz to 18GHz. Power range: -50 to +13dBm. Auto-ranging. GP-IB.
Narda 719-10 WG Fixed Attenuator (12 - 18GHz 10dB) in stock
Narda 729 WG Fixed Attenuator (12 - 18GHz 20dB) in stock
Narda 757B-20 Fixed Attenuator DC - 12.4GHz 20dB N in stock
Narda 766-30 20 Watt Attenuator 30dB DC-4GHz
Narda 768-10 Fixed Coaxial Attenuator DC-11GHz 20 Watts 10dB N Features
*Frequency Range: DC to 11GHz
*Attenuation: 10dB
*VSWR: 1.3
*Power: 20 watts
*Input Connector: N-Type (M)
*Output Connector: N-Type (F		 in stock
Narda 768-20 Fixed Coaxial Attenuator The Narda 768-20 is a type N, high power, bi-directional 20 dB fixed coaxial attenuator. It has a broad frequency range (DC - 11 GHz), high power (20 Watts), small in size and stainless steel connectors. in stock
Narda 768-30 Coax Attenuator DC-11GHz 20 Watt
Narda 774-20 Fixed Attenuator DC - 10GHz 20dB 5 Watt N in stock
Narda 777C-20 Fixed Coaxial Attenuator DC - 12.4GHz 20dB N Conn in stock
Narda 779-20 Fixed Coaxial Attenuator DC-18GHz 20dB 5 Watt N
Narda 792FM Variable Attenuator 2 to 12.4GHz; 0 to 20dB. in stock
Narda 8616 Radiation Survey Meter With Probes Battery operated, direct reading in mW/cm(2) or percent of standard with 30dB dynamic range. Supplied with 8621 300MHz-40GHz and 8631 10-300MHz probes which have a measurement range of .01 to 20mW/cm(2).
Narda 8716 8721 Electromagnetic Radiation Monitor with Isotropic P Ultrabroadband, portable meter performs measurements in accordance with both ANSI and FCC recommendations for radiation monitoring test equipment. Dynamic Range: 30dB with 3, 30 and 300% (ANSI Std), .1, 10 and 100mW/cm? full scale levels.

Electric Field Probe - Model 8721

Frequency Range: 300 MHz to 40 GHz
Measurement Range: 10µW/cm˛ to 20mW/cm˛
Shape: Flat
CW Overload (mW/cm˛): 600
Peak Overload (W/cm˛): 200
Includes: 8716 unit, 8721 probe, manual, strap, and case.		 in stock
Narda 8716 8723 Electromagnetic Radiation Monitor with Isotropic P Ultrabroadband, portable meter performs measurements in accordance with both ANSI and FCC recommendations for radiation monitoring test equipment. With the 8723 probe the Frequency Range is 300KHz to to 40GHz. Dynamic Range: 30dB with 3, 30 and 300% (ANSI Std), .1, 10 and 100mW/cm˛ full scale levels.
Narda 8718B Radiation Monitor with 8741D Isotropic Probe 300MH The Narda Model 8718B can satisfy the needs of almost anyone that needs to measure electromagnetic fields. The Narda 8718B was designed with the new or occasional user in mind so that the most common mistakes cannot happen. No range changes-the meter automatically displays a numeric value over the probe's entire measurement range. No confusing scales-simply select the correct probe (the meter even makes you double check) and the meter will display the correct reading. No difficult zeroing procedure-just touch one key. Even the occasional user will be able to make use of the Narda 8718B's advanced features. Experienced surveyors can do everything with a single instrument- accurately and in considerably less time than with any other instrument. The key is to access the menu system which is always available via one of the four function keys. Once you get to the correct screen, most options will be clear . And context sensitive help is always available.

Features:

Microprocessor-Based Design
4 Line x 20 Character Display
One-Touch Zero
Displays Fields in Any Unit:
mW/cm˛, W/m˛ , V/m, A/m, V˛/m˛ , A˛/m˛, pJ/cmł and Percent of International Standards
Intuitive Operation with Help Screens
Sophisticated Data-Logging
Time and Spatial Averaging with Data Storage
Fiber Optic and Cable Inputs
RS232 Interface
Calculates Percent of Standard
Small, Lightweight, Ergonomic Design

Supplied with 8741D Isotropic Electric Field Probe
Frequency Range: 300 MHz to 50 GHz
Measurement Range: 50µW/cm˛ to 100mW/cm˛, 13.7 to 614 V/m
Narda AS-18 Precision Attenuator Set Contains 6 model 44 fixed attenuators, 1,3,6,10,20,30 dB. DC-18GHz, 5 watt, N connectors.
National VXI-MXI VXI Card in stock
Newport Labs 3150 Advanced High-Power Temperature Controller The Model 3150 Temperature Controller provides a 350 W bipolar output for operation with thermoelectric (TE) coolers. Active power management of the output DC power supply reduces unnecessary power dissipation resulting in increased temperature stability and higher reliability. Full 16-bit control and characterization of the TE module and temperature sensor is attainable via the IEEE-488 or RS-232 interfaces. LabVIEW drivers are included with the computer interfaces as a standard feature.
All pertinent TE cooler parameters ITE, VTE, temperature sensor (°C, R, Amp, or Volts) are measured and simultaneously presented on the four line alphanumeric LCD display. All standard temperature sensors including thermistors, platinum RTD, AD590/592 and LM335 IC sensors are supported without the need for additional interface units. Sensor calibration constants are easily programmed for direct readout in °C.
A proportional-integral (P-I) control circuit is implemented in the Model 3150 that meets all the temperature stabilization requirements for laser diode users.
During operation, the front panel controls can be disabled to prevent any changes in the output by accidental misadjustment of the control knob.
Protection features include: ITE Limit, Hi and Lo Temperature Limits, Sensor Open and TE Open Detection. To prevent noise pickup, either by the output lines or the sensor inputs - resulting in undesirable temperature oscillations - shielded cables are also available.

Key Features
15 A/23 V, low noise, bipolar output
Extremely stable, long term drift <0.001°C
Multiple sensors supported: thermistors, RTD, AD590/592, and LM335
Complete characterization of TE cooler (ITE and VTE) versus temperature
Automatic power management and failsafe shutdown		 http://www.kandelelex.com/jpegs/new3150.jpg in stock
Newport Labs 5005 Laser Diode Driver (500 mA) The 5000 Series Laser Diode Drivers are advanced current sources based on the technology found in the 6000 and 8000 Series products. Full 16-bit control and characterization of your laser diodes is attainable via the IEEE-488 or RS-232C interfaces. LabVIEW drivers are included with the computer interfaces as a standard feature on all 5000 Series units.

All pertinent laser diode parameters Io, Im or Po, and Vf are simultaneously presented on the two line alphanumeric LCD display. Power in Watts is displayed when the responsivity of the monitor photodiode is programmed into the unit.

Incorrect settings are prevented during the setup mode to protect the laser diode. When power is turned off all program settings are saved. In addition, several different setups can be saved and recalled to facilitate multiple control and test requirements.

During operation the front panel inputs can be disabled by pushing the Lockout dial button located below the control knob. This prevents any inadvertent changes in the output by accidental movement of the control knob.

An internal function generator is included that is programmable from 200 Hz-300 kHz in either a sinewave or squarewave output. This provides a convenient means to generate datacom and telecom test tones for system evaluation.

External analog modulation is also included allowing you to modulate the output current using other waveforms and frequencies. Modulation is available in both the constant current (ACC) and constant power (APC) modes.

Complete laser diode protection is provided including transient detection and filtering, intermittent contact protection, independent current limit and power limit settings, multiple output shorting circuits, and a slow turn on sequence. In addition, our shielded cables protect against radiated energy from outside equipment resulting in the lowest noise output to the laser diode.
Newport Labs 8000 Modular Controller Four fully isolated bays accept a wide variety of modules. Many new laser diode applications, requiring multiple current sources and temperature controllers, are accommodated: Multiple beam, individually addressed laser diodes; Multiple laser diode pumped fiber amplifiers; 2-D vertical cavity surface emitting laser diode arrays. Model 8350 - 40 Watt Temperature Controller Module, Model 8505 Laser Diode Driver Modules are available.
Newport Labs ESA-C Micro-Drive Controller
Velocity-controlled or "immediate" execution.
LabVIEW instrument driver sets are available online.		 in stock
Nikon OPTIPHOT Microscope / X-Y Table This system includes a Cole-Parmer 9741-50 Low-Noise illuminator and a counter-weighted, micrometer controlled X-Y table. This unit appears to be incomplete and will be sold accordingly. There is no lens turret or fiber-optic lens. in stock
North Atlantic 213C Phase Meter Voltmeter range: 300uV to 300V; Frequency: 10Hz to 100KHz; Phase sensitive null meter with 2uV nulling sensitivity provides high resolution ratio-metric measurements. Phase accuracy: ±1°. in stock
North Atlantic 213C Phase Meter Voltmeter range: 300uV to 300V; Frequency: 10Hz to 100KHz; Phase sensitive null meter with 2uV nulling sensitivity provides high resolution ratio-metric measurements. Phase accuracy: ±1°. http://www.kandelelex.com/jpegs/n-a213c.jpg in stock
North Atlantic 214C Phase Angle Voltmeter 400Hz / 4.5KHz The quick and easy way to measure and directly read voltages.the 214C Phase Angle Voltmeter! The unit is solid-state and provides direct reading of total voltage, fundamental voltage, in-phase voltage, quadrature voltage and phase angle. The 214C is supplied with both signal and reference isolation. Frequency range covered is from 10Hz to 100kHz, phase sensitive: 1, 2, 3, or 4 frequencies from 30Hz to 20kHz with plug-in field changeable modules. Phase sensitive bandwidth of ±5%. Voltage range is 300 µV to 300 V in 13 ranges with an accuracy of ±2% full scale, phase dial is ±1°. With field changeable modules, complete recalibration is readily accomplished by a single rear-panel adjustment. in stock
North Atlantic 2250 Phase Angle Voltmeter The Model 2250 - the most versatile AC measurement tool yet developed. The instrument employs a microprocessor-based design, utilizing Fast-Fourier Transform techniques that combine many of the capabilities of today's network/waveform analyzers in a digital voltmeter configuration. Designed for the Synchro/Resolver and LVDT/RVDT marketplace, this Phase Angle Voltmeter accurately makes measurements of Phase Angle, In-Phase, Quadrature, Fundamental and Total, as well as impedance, power and harmonics. Isolated inputs allow null, ratio and gain measurements of key parameters and a reference phase offset facilitates bridging measurements. A sensitive null meter is included for precise nulling. The instrument is unusually "user friendly".
Unlike menu driven Instruments, simply by pressing individual switches on the front panel, you can access a wide number of functions.
Functions accessed by a single touch include:
Total, Fundamental, In-phase and Quadrature voltage and Phase Angle measurements
Reference phase offset from the Signal by up to 360ş
Highly accurate Ratio measurements in both phase-sensitive and voltage modes
Measurement of Total Harmonic Distortion and magnitude and phase of a selected harmonic
Computation of the percent deviation of a signal from a selected Nominal value
Display of magnitude in db relative to either the Reference input or a selected value
Reference Frequency & Amplitude Measurement
Individual Voltage Ranges & Full Autorange
Local & Remote IEEE, GPIB Programming
Features
± 0.05 % Phase Angle and ratio accuracy
10 Hz to 100 kHz frequency response
Full Feature Display includes Primary, Lock Frequency, Harmonic Order and Null Meter
IEEE Interface Standard
Voltage Resolution 4 1/2 Digits
Phase Angle Resolution 0.01°
Frequency Display Resolution 3 digits
Self Calibrating
Possible replacement for obsolete models 213, 213c and 321		 in stock
North Atlantic 2250 Phase Angle Voltmeter The Model 2250 - the most versatile AC measurement tool yet developed. The instrument employs a microprocessor-based design, utilizing Fast-Fourier Transform techniques that combine many of the capabilities of today's network/waveform analyzers in a digital voltmeter configuration. Designed for the Synchro/Resolver and LVDT/RVDT marketplace, this Phase Angle Voltmeter accurately makes measurements of Phase Angle, In-Phase, Quadrature, Fundamental and Total, as well as impedance, power and harmonics. Isolated inputs allow null, ratio and gain measurements of key parameters and a reference phase offset facilitates bridging measurements. A sensitive null meter is included for precise nulling. The instrument is unusually "user friendly".
Unlike menu driven Instruments, simply by pressing individual switches on the front panel, you can access a wide number of functions.
Functions accessed by a single touch include:
Total, Fundamental, In-phase and Quadrature voltage and Phase Angle measurements
Reference phase offset from the Signal by up to 360ş
Highly accurate Ratio measurements in both phase-sensitive and voltage modes
Measurement of Total Harmonic Distortion and magnitude and phase of a selected harmonic
Computation of the percent deviation of a signal from a selected Nominal value
Display of magnitude in db relative to either the Reference input or a selected value
Reference Frequency & Amplitude Measurement
Individual Voltage Ranges & Full Autorange
Local & Remote IEEE, GPIB Programming
Features
± 0.05 % Phase Angle and ratio accuracy
10 Hz to 100 kHz frequency response
Full Feature Display includes Primary, Lock Frequency, Harmonic Order and Null Meter
IEEE Interface Standard
Voltage Resolution 4 1/2 Digits
Phase Angle Resolution 0.01°
Frequency Display Resolution 3 digits
Self Calibrating
Possible replacement for obsolete models 213, 213c and 321		 http://www.kandelelex.com/jpegs/n-a2250.jpg in stock
North Atlantic 2251 Digital Analyzing Phase Angle Voltmeter The Model 2251 is the latest Phase Angle Voltmeter product of North Atlantic Industries, who in 1955, created the first Phase Angle Voltmeter.
Also known as the Digital Analyzing Voltmeter, it is modeled after the popular Model 2250. It incorporates its most used functions at a lower price while sacrificing some frequency bandwidth and accuracy. The instrument employs a microprocessor-based design, utilizing Fast-Fourier Transform techniques that combine many of the capabilities of today’s network/waveform analyzers in a digital voltmeter configuration. Designed for the Synchro/Resolver and LVDT/RVDT marketplace, this Phase Angle Voltmeter accurately makes measurements of Phase Angle, In-Phase, Quadrature, Fundamental and Total, as well as impedance, power and harmonics. Isolated inputs allow null, ratio and gain measurements of key parameters and a reference phase offset facilitates bridging measurements. A sensitive null meter is included for precise nulling. The instrument is unusually “user friendly”.
Unlike menu driven Instruments, simply by pressing individual switches on the front panel, you can access a wide number of functions. Functions accessed by a single touch include:
Total, Fundamental, In-phase and Quadrature voltage and Phase Angle measurements
Reference phase offset from the Signal by up to 360ş
Highly accurate Ratio measurements in both phase-sensitive and voltage modes
Individual Voltage Ranges & Full Autorange
Local & Remote IEEE, GPIB Programming
The instrument Calibrates itself.
At turn-on or frequency change, the instrument automatically initiates a self-calibration sequence. This checks critical performance criteria and makes internal adjustments that maximize accuracy. This sequence can be initiated by the user at any time. Long term accuracy and stability is thus assured.
± 0.05 % Phase Angle and ratio accuracy
30 Hz to 54 kHz frequency response
Full Feature Display
IEEE Interface Standard
Voltage Resolution 4 1/2 Digits
Phase Angle Resolution 0.01°
Frequency Display Resolution 3 digits
Self Calibrating
Multi-Function, High Accuracy, Digital Analyzing Phase Angle Voltmeter(PAV)
Replacement for obsolete models 212, 213, 214 & 321
Rack Mountable & Bench Top
6 Inch Bi-Polar Nullmeter
North Atlantic 530 Syncro Resolver / Simulator Features:
0.0001° Resolution
Accuracy to 2 arc second
Full 0-360° rotation with direct angular readout
One knob controls the tens and hundreds digits
Isolated inputs and outputs
Transformation ratio variation from nominal ±0.2% as a function of angle Negligible phase shift
Input lines fuse protected
Single set of output terminals for synchro and resolver simplifies system hookup
Front and rear connection terminals
Switch selectable line to line levels
North Atlantic 530 Syncro Resolver / Simulator Features:
0.0001° Resolution
Accuracy to 2 arc second
Full 0-360° rotation with direct angular readout
One knob controls the tens and hundreds digits
Isolated inputs and outputs
Transformation ratio variation from nominal ±0.2% as a function of angle Negligible phase shift
Input lines fuse protected
Single set of output terminals for synchro and resolver simplifies system hookup
Front and rear connection terminals
Switch selectable line to line levels		 http://www.kandelelex.com/jpegs/n-a530.jpg
North Atlantic 530-20 Wideband Synchro / Resolver Standard 50Hz - 11KHz MODEL 530/20
The MODEL 530/20 Wideband Synchro/Resolver Standard incorporates many of the features of the MODEL 530, with performance over the frequency range of 50 Hz to 11 Khz. Accuracy is 10 arc seconds at 60 and 400 hz, while it is 20 arc seconds at 10 Khz. Mode and line to line voltage selection is available when selecting the 400 hz operation. However 60 hz is defined as Synchro only, 90 vrms line to line output; while 10 khz is Resolver only at switch selectable line to lines.

Mode Switch 60 hz Position:
Accuracy: 10 arc sec(50hz-120hz0: 20 arc sec(120hz-200hz)
Input: 115 vrms
F rating: 2.OF or 170 vrms max
Mode: Synchro
Output L-L: 90 vrms
Mode Switch 400 hz Position:
Accuracy: 20 arc sec(120hz-200hz); 10 arc sec(200hz-800hz); 30 arc sec(800hz-2Khz)
Input: 26 or 11.5 vrms
F rating: 26v - 0.5F or 40 vrms; 11.5v - 2.OF Or 170 vmns
Modes: Synchro or Resolver (Switch Selectable)
Output L-L: 11.8, 26, 90, 115 vrms
Mode Switch 10 Khz Position:
Accuracy: 30 arc sec(1Khz-9Khz); 20 arc sec(9Khz-11Khz)
Input:26 or 115 vrms
F rating: 26v - 0.012F or 40 vrms max; 115v - 0.05F or 170 vrms max
Mode: Resolver
Output L-L: 11.8, 26, 90, 11 5 vrms
Resolution: 0.001 degrees
Size: 5.25 x 19 x 15in (13 2 x 475 x 375mm)
Weight: 72 Ibs (33 Kgs)		 in stock
North Atlantic 5310 Programmable Synchro/Resolver Simulator The North Atlantic Industries 5310 Programmable Resolver/Synchro Simulator can be used as a bench-top unit or as a completely programmable device for ATE systems. Designed to drive control-type synchros and resolvers, typical applications include production testing, simulation systems and general purpose automatic synchro/resolver testing. Featuring 18 bit resolution, 3.0 VA output and 36 arc-second accuracy the 5310 is ideally suited for many commercial and military applications.

Features:

Variable ProgrammableTracking Rate
3.0 VA Output
18-bit/0.01° Resolution
36 arc-second Accuracy
Wideband: 47-440 Hz or 360 Hz-5 kHz
Manual/Remote Operation
Optional IEEE-488
Switchable BCD or Binary Programming		 http://www.kandelelex.com/jpegs/n-a5310.jpg in stock
North Atlantic 5310 F-2-1 Programmable Syncro / Resolver Simulator 360 - 500 The North Atlantic Industries 5310 Programmable Resolver/Synchro Simulator can be used as a bench-top unit or as a completely programmable device for ATE systems. Designed to drive control-type synchros and resolvers, typical applications include production testing, simulation systems and general purpose automatic synchro/resolver testing. Featuring 18 bit resolution, 3.0 VA output and 36 arc-second accuracy the 5310 is ideally suited for many commercial and military applications.

Installed Options:
F1-2: IEEE Interface
F2-1 Frequency Range 360 - 5000 Hz

Features:

Variable ProgrammableTracking Rate
3.0 VA Output
18-bit/0.01° Resolution
36 arc-second Accuracy
Manual/Remote Operation
Optional IEEE-488 installed
Switchable BCD or Binary Programming		 in stock
North Atlantic 540 Syncro / Resolver Bridge Provides direct measurement of resolver and synchro simulators. Features a constant null gradient output voltage, isolated input and output and <500k ohm input impedance. Accuracy: 2 arc seconds at 400Hz, usable to 10KHz. Input: .8f (f in Hz) to 300 volts. in stock
North Atlantic 540-10 Syncro / Resolver Bridge Provides direct measurement of resolver and synchro simulators. Features a constant null gradient output voltage, isolated input and output and <500k ohm input impedance. Accuracy: 2 arc seconds at 400Hz, usable to 10KHz. Input: .8f (f in Hz) to 300 volts. in stock
North Atlantic 540-10 Syncro / Resolver Bridge Provides direct measurement of resolver and synchro simulators. Features a constant null gradient output voltage, isolated input and output and <500k ohm input impedance. Accuracy: 2 arc seconds at 400Hz, usable to 10KHz. Input: .8f (f in Hz) to 300 volts. http://www.kandelelex.com/jpegs/n-a540-10.jpg in stock
North Atlantic 540-20 Syncro / Resolver Bridge Provides direct measurement of resolver and synchro simulators. Features a constant null gradient output voltage, isolated input and output and <500k ohm input impedance. Accuracy: 2 arc seconds at 400Hz, usable to 10KHz. Input: .8f (f in Hz) to 300 volts. in stock
North Atlantic 540-20 Syncro / Resolver Bridge Provides direct measurement of resolver and synchro simulators. Features a constant null gradient output voltage, isolated input and output and <500k ohm input impedance. Accuracy: 2 arc seconds at 400Hz, usable to 10KHz. Input: .8f (f in Hz) to 300 volts. http://www.kandelelex.com/jpegs/n-a540-20.jpg in stock
North Atlantic 8300 Programmable Angle Position Indicator Range: 0 to 359.99° with 0.01° resolution and ±0.05° accuracy. Frequency: 47 to 440Hz. Signal input (synchro or resolver): 11.8, 26, or 90V L-L. 2 channels. in stock
North Atlantic 8300 Programmable Angle Position Indicator Range: 0 to 359.99° with 0.01° resolution and ±0.05° accuracy. Frequency: 47 to 440Hz. Signal input (synchro or resolver): 11.8, 26, or 90V L-L. 2 channels. http://www.kandelelex.com/jpegs/n-a8300.jpg in stock
North Atlantic 8300 02-07 Angle Position Indicator Range: 0 to 359.99° with 0.01° resolution and ±0.05° accuracy. Frequency: 47 to 440Hz. Signal input (synchro or resolver): 11.8, 26, or 90V L-L. 2 channels.
Option 02 minutes 7; 07 .03 degree accuracy.
North Atlantic 8800 Angle Position Indicator Range: 0 to 359.999° with 0.001° resolution and ±0.004° accuracy. Frequency range: 360 to 1200Hz (47-440Hz optional). Signal input (synchro or resolver): 11.8, 26, or 90V L-L autoranging. 2 channels. in stock
North Atlantic 8800 Angle Position Indicator Range: 0 to 359.999° with 0.001° resolution and ±0.004° accuracy. Frequency range: 360 to 1200Hz (47-440Hz optional). Signal input (synchro or resolver): 11.8, 26, or 90V L-L autoranging. 2 channels. http://www.kandelelex.com/jpegs/n-a8800.jpg in stock
North Atlantic 8800 06 Angle Position Indicator 200-1200Hz .001 deg resol Range: 0 to 359.999° with 0.001° resolution and ±0.004° accuracy. Frequency range:200 to 1200Hz . Signal input (synchro or resolver): 11.8, 26, or 90V L-L autoranging. 2 channels. in stock
North Atlantic 8810 02 Syncro/Resolver Angle Position Indicator Based on North Atlantic Instruments Trig-Logic processor the Model 8810 truly represents a major step forward in Synchro/Resolver to digital converter technology. With a resolution of 0.001° this full tracking type II servo converter can track without velocity error to 200°/sec. The Model 8810 has front panel controls and input terminations while retaining the rear I/O and programming of the model 8800.

Two pushbutton front-panel selectable input channels are provided. In the remote mode, the user can program the desired input channel. BCD outputs, data freeze and converter busy signals are standard features making the unit ideal for ATE applications requiring "hands-off operation". A bright, easy to read, 0.55" Plasma Display makes the unit an easy to read instrument even in bright light.

Features:
0.001° Resolution
0.004° Accuracy
Auto line-to-line select
Standard 360-1200Hz Frequency Range
Phase Sensitive Detection
Autophase Correction
Dimensions 12.5" L x 9.5" W x 3.5" H

Display is 0 to 359.999ş
Frequency range is 360 to 1200Hz.
North Atlantic 8810 02 Syncro/Resolver Angle Position Indicator Based on North Atlantic Instruments Trig-Logic processor the Model 8810 truly represents a major step forward in Synchro/Resolver to digital converter technology. With a resolution of 0.001° this full tracking type II servo converter can track without velocity error to 200°/sec. The Model 8810 has front panel controls and input terminations while retaining the rear I/O and programming of the model 8800.

Two pushbutton front-panel selectable input channels are provided. In the remote mode, the user can program the desired input channel. BCD outputs, data freeze and converter busy signals are standard features making the unit ideal for ATE applications requiring "hands-off operation". A bright, easy to read, 0.55" Plasma Display makes the unit an easy to read instrument even in bright light.

Features:
0.001° Resolution
0.004° Accuracy
Auto line-to-line select
Standard 360-1200Hz Frequency Range
Phase Sensitive Detection
Autophase Correction
Dimensions 12.5" L x 9.5" W x 3.5" H

Display is 0 to 359.999ş
Frequency range is 360 to 1200Hz.		 http://www.kandelelex.com/jpegs/n-a8810.jpg
North Atlantic 8810 F12 Angle Position Indicator 0-400 deg 360-1200Hz GPIB Based on North Atlantic Instruments Trig-Logic processor the Model 8810 truly represents a major step forward in Synchro/Resolver to digital converter technology. With a resolution of 0.001° this full tracking type II servo converter can track without velocity error to 200°/sec. The Model 8810 has front panel controls and input terminations while retaining the rear I/O and programming of the model 8800.

Two pushbutton front-panel selectable input channels are provided. In the remote mode, the user can program the desired input channel. BCD outputs, data freeze and converter busy signals are standard features making the unit ideal for ATE applications requiring "hands-off operation". A bright, easy to read, 0.55" Plasma Display makes the unit an easy to read instrument even in bright light.

Features:
0.001° Resolution
0.004° Accuracy
Auto line-to-line select
Standard 360-1200Hz Frequency Range
Phase Sensitive Detection
Autophase Correction
Dimensions 12.5" L x 9.5" W x 3.5" H

Display is 0 to 359.999ş
Frequency range is 360 to 1200Hz.
GPIB		 in stock
North Atlantic 8810 F21 Angle Position Indicator 47-440Hz Based on North Atlantic Instruments Trig-Logic processor the Model 8810 truly represents a major step forward in Synchro/Resolver to digital converter technology. With a resolution of 0.001? this full tracking type II servo converter can track without velocity error to 200?/sec. The Model 8810 has front panel controls and input terminations while retaining the rear I/O and programming of the model 8800.

Two pushbutton front-panel selectable input channels are provided. In the remote mode, the user can program the desired input channel. BCD outputs, data freeze and converter busy signals are standard features making the unit ideal for ATE applications requiring "hands-off operation". A bright, easy to read, 0.55" Plasma Display makes the unit an easy to read instrument even in bright light.

Features:
0.001 deg Resolution
0.004 deg Accuracy
Auto line-to-line select
47Hz - 440Hz Frequency Range
Phase Sensitive Detection
Autophase Correction
Dimensions 12.5" L x 9.5" W x 3.5" H

Display is 0 to 359.999 deg
Frequency range is 47 to 440Hz.
Northeast Electronics Corp 805-P5564B Optical Attenuator Mechanical unit has a 50dB step range(10dB/step) and a 10dB vernier dial. "ST" connectors.
Nurad, Inc 1701-3 LS-Band Standard Gain Horn in stock
Omega 600-06 Temperature Recorder Up to 6 channels; 12 chart speeds:1 to 30cm/hr or 1 to 60cm/min; Recording width: 250mm; Complete with five type J temperature modules and one millivolt module. http://www.kandelelex.com/jpegs/ome600-06.jpg
Omega 640-2-J-V 2-Channel Flatbed Recorder Channel 1 measures temperature from -50°C to 600°C with Type J thermocouple. Channel 2 records millivolts from 1mV to 100V f.s. Chart speeds: 1cm/hr to 60cm/min in 12 steps. 120mm chart width. in stock
Omega OM-271 Temperature Recorder / Data Logger Provides 32 channels of temperature measurement and 2 alarm relays with screw terminal connections. Pullout keypad selects channels and timing.
Omega OMNI-CAL IIB Portable Thermocouple / Loop Calibrator Measurement and simulation of 7 thermocouples. Measurement of 0-100mA with resolution to 0.001mA and 0-60V with resolution to 0.001V. Output of 0-55mA and 0-11V. Same as Biddle 720360 Versa-Cal. in stock
Omni Spectra 2001-6005-00 Coaxial Termination DC - 18GHz 20 Watt SMA (m) in stock
Omni Spectra 20187AJ Waveguide To Coaxial (sma) Adapter in stock
Omni Spectra 20600-10 SMA Attenuator DC - 18GHz 10dB in stock
Omni Spectra 2082-6502-20 Coaxial Attenuator DC - 18GHz 20dB 10 Watt SMA (m 20dB ±.75; DC to 18GHz; 10 watts;(500 watts peak) in stock
Otto Wolff .01 Standard Resistor .01 Ohm in stock
Otto Wolff 0.1 Standard Resistor .1 Ohm
Otto Wolff 1 Standard Resistor 1 Ohm in stock
Otto Wolff 100 Standard Resistor mAnganin .33a in stock
Otto Wolff 10000 Standard Resistor 10ko http://www.kandelelex.com/jpegs/owf10000.jpg in stock
Otto Wolff 100K Standard Resistor mAnganin .002A in stock
Otto Wolff 10K Standard Reisitor mAnganin .01a in stock
Otto Wolff 1K Standard Resistor mAnganin .033a in stock
Pacific Power Source 110E AC Power Source Output: 1000VA, single phase, 0 to 125/250VAC, 0 to 8/4amps, 47 to 2000Hz, 0.1% regulation, 0.75% distortion (.4% typical). Input: 115/230VAC, 30/15 amp service. Supplied with 1-F, fixed 400Hz oscillator. Three of these units can easily be set up into a 3 phase system.
Pacific Power Source 140ASX-UPC1 Programmable AC Power Source 4000VA 1 phase RS-232 The ASX Series is a family of High Performance Switching AC power sources covering the power range from 1.5kVA to 6kVA (12kVA to be released soon). The product line offers both single and three phase models. Units are conservatively designed and output power ratings are based on the most severe combination of input line, output voltage, power factor, and temperature.

Great emphasis has been placed on low acoustic noise, ease of installation, and maximum power per cubic inch of rack space. Control and operational features provide a high degree of application versatility and ease of use for the test engineer. Applications range from simple, manually controlled frequency conversion to harmonic testing and sophisticated bus programmable transient simulation.

Power conversion within the ASX Series is achieved by high frequency pulse width modulation, resulting in cool, quiet and efficient operation.

Rated Power: 4000VA
Output Form: 1 phase
Output Volts (rms): 135 / 270VAC
Output Amps: 32 / 16 Arms
Output Frequency: 15 Hz to 1,200 Hz
Input Power: 208 / 230 VAC, 3 phase
Pearson 1010 Current Monitor Output: 0.1 volt/amp. Diameter: 10.75". Max Peak Current: 5,000 amps. Frequency: 400Hz to 7MHz.
Pearson 110 Current Monitor Frequency: 1Hz to 20MHz with 20ns risetime. Maximum RMS Current: 65 amps. Maximum Peak Current: 5,000 amps. Output: .1 volt/amp. 2" hole diameter.
Pearson 325 Wideband Current/pulse Transformer Sensitivity 0.25 Volt/Ampere +1/-0%
Output resistance 50 Ohms
Maximum peak current 2,000 Amperes
Maximum rms current 60 Amperes
Droop rate 0.1 %/microsecond
Useable rise time 30 nanoseconds
Current time product 0.09 Ampere-second
Low frequency 3dB cut-off 160 Hz (approximate)
High frequency 3dB cut-off 10 MHz (approximate)
I/f figure 0.6 peak Amperes/Hz
Output connector UHF (SO-239)
Shielding Double
Operating temperature 0 to 65 oC
Weight 15.4 pounds
Piezo Systems Inc EPA-102 Linear Amplifier DC - 300KHz The EPA-102 is a high voltage (±200 Vp), high current (± 200 mA), and high frequency (DC to 250 KHz) amplifier designe to drive higher capacitive capacitive loads, such as ultrasonic devices, at high frequencies.

The ability of an amplifier to drive a piezo device statically is determined by its voltage capability and stability. Its ability to drive a piezo device dynamically is determined by the capacitance of the actuator, the voltage to which it must be driven, and the number of times it must be charged and discharged per second. These establish the current, voltage, and frequency requirements of the amplifier.

Frequency range (kHz) DC to 300
Output power (W peak) 40
Max. voltage (V peak) ± 200
Max. current (mA peak) ± 200
Voltage gain 20
Slew rate (V/μs) 30
Maximum input voltage (V) ±10
Planer Products Limited GB7 Gas Bonder Hot gas micro-soldering system. Time or continuous gas flow, set time: 1-30 sec. Adjustable flow rate. in stock
Planer Products Limited HG3 Gas Bonder Hot gas micro-soldering system. Time or continuous gas flow, set time: 1-30 sec. Adjustable flow rate. in stock
Polorad CA-L Horn Antenna Frequency range: 1 to 2.34 GHz.
Polorad CA-S Horn Antenna Frequency range: 2.14 to 4.34 GHz.
Power Design 1120S Power Supply 0 - 120V 0 - 1A in stock
Power Design 3650S Power Supply 0-36V 0-5A
Power Design 4005 Power Supply 0 - 40V 0 - .5A in stock
Power Design 6050 Power Supply 0 - 7 / 60V 0 - 5 / .5A in stock
Power Design 6050A Power Supply 0 - 7 / 60V 0 - 5 / 1A in stock
Power Design 6050C Power Supply 0-6/15/30/60v 0-5/3/2/1a
Power Design 6050D Power Supply 0 - 60 / 30 /15 / 6V 0 - 1 / 2/ 3 / Patented Uniplyr circuit technology
Constant voltage/constant current
Adjustable overvoltage crowbar
Liquid crystal digital display
Autoranging 0-60 VDC continuously adjustable output
Linear regulator system is RFI free
Useful regulated output with 85 VAC line
Up to 150% of output rating with input line voltages above 105 VAC		 in stock
Power Design TP343A Triple Supply 0 - ±20 / 25V 0 - 2.5 / 1A 0 - 6 / .01% regulation; >1mVp-p ripple; auto-tracking and OVP. in stock
Power Design TW5005 Dual Power Supply 0 - 50V 0 - .5A in stock
Power Design TW5005W Dual Power Supply 0 - 50V 0 - .5A in stock
Power Ten 3300D-2030 Power Supply 0-20v 0-30a Switcher
Power Ten 3304D-2030 Power Supply 0-20v 0-30a Switcher
Power Ten 3304D-2050 Power Supply 0-20v 0-50a Switcher
Power Ten 3350C-1060 Power Supply 0 - 10V 0 - 60A Switcher in stock
Power Ten 3350C-2030 Power Supply 0 - 20V 0 - 30A Switcher in stock
Power Ten 3400D-7.5250 Power Supply 0 - 7.5V 0 - 250A Switcher in stock
Power Ten 4600D-20250 Power Supply 0-20v 0-250a Switcher
Power Ten 4604D-20215 Power Supply 0 - 20V 0 - 125A 208VAC 3-Phase in stock
Power Ten 4700D-45022 Power Supply 0-450v 0-22A 208VAC 3ph Switcher
Power Ten 4700P-25040 Power Supply 0-250v 0-40a 208 3ph
Power Ten 6101-4050 Power Supply 0 - 40V 0 - 50A 230VAC Switcher in stock
Power Ten I66C-60330 Programmable DC Power Supply 0-60V 0-330A GPIB Swi This series of programmable DC switching power supplies offers:
Low P_P Ripple and Noise 100mVp-p
Preset and Monitor of OVP Limit Set
IEEE 488.2 Remote programming
Regulation (line or load) 0.1%
190-253VAC 3ph input
PRD 1209-F1 WG Isolator 18-26GHz 24dB Isolation 10 Watt Ug599u
PRD 155-F1 WG K-Band Attenuator Variable 0 - 40dB in stock
PRD 413 WG Directional Coupler 12 - 18GHz 10dB in stock
PRD CX518 BroadBand Coaxial Frequency Meter Frequency range: 3.7 TO 12.4GHz direct reading. Accuracy: ±0.17%. Type N connectors. 1 dB resonance dip. Similar to HP 537A. in stock
Princeton Applied Research (eg&g) 124 Lock-in Amplifier Accurately measures the amplitude and phase of weak signals buried in noise; 2Hz to 210KHz; sensitivity: 500µV with 21 full scale ranges. I100M ohm SE/DE; 120dB at 60Hz; 1µV sensitivity; 200VDC max input for 185 preamp. Preamps are available.
Princeton Applied Research (eg&g) 124A Lock-in Amplifier Accurately measures the amplitude and phase of weak signals buried in noise; 2Hz to 210KHz; sensitivity: 500µV with 21 full scale ranges. Includes 116 or 117 differential preamp: 100M ohm SE/DE; 120dB at 60Hz; 1µV sensitivity; 200VDC max input or 185 preamp. Other preamps are available. http://www.kandelelex.com/jpegs/par124a.jpg in stock
Quadtech 1433-10 Decade Resistor Box 1111.1 Ohm 5-Dial .01 ohm/ste The 1433 Decade Resistors are primarily intended for precision measurment applications where their excellent accuracy, stability, and low zero resistance are impotant.
The 1433-10 is equal to the General Radio 1433T.
This unit has 5-dials with .01 ohm/step and 1111.1 total resistance.
The basic accuracy is .01%.		 in stock
Quadtech 1433-16 Decade Resistor Box 1.1111M Ohm 10 Ohm/step 5-Dial in stock
Quadtech 1692 Digibridge RLC Tester 100Hz - 100KHz .05% Accuracy The 1692 is a sophisticated, microprocessor-controlled tester that brings new levels of flexibility, simplicity and accuracy to RLC measurement. It's testing automation at its best with a range of programmable test frequencies and test voltages, as well as automatic limit comparison, automatic parameter selection, remote programmability, automatic binning and automatic zeroing.

FEATURES:
 0.05% Accuracy for RLC measurements; 0.0003 for D and Q measurements.
 Five selectable test frequencies: 100Hz, 120Hz, lkHz, 10kHz and 100kHz for greater versatility in component testing.
 Choice of two commonly specified AC test voltages.
 Three keyboard-selectable test speeds; 2,4 or 8 measurements per second complements automatic handling equipment to maximize throughput.
 A choice of two measurement modes; Triggered and Continuous with averaging available in each ensures measurement flexibility.
 Wide choice of measurement parameters allow you to work with familiar units.
 A full, five-digit LED display for RLC measurements and a four-digit readout for D and Q testing, simultaneously display both test results for each measurement, automatically
 Guarded Kelvin measurement techniques protect measurement integrity.
 Automatic limit comparison and binning ensure fast, mistake-proof sorting of components.
 Optional IEEE-488 Bus and Handler Interface enable remote programming and allow the addition of a component handler to optimize throughput.		 http://www.kandelelex.com/jpegs/qt1692.jpg in stock
Quadtech 1693 Precision RLC Digibridge
0.02% Accuracy for LCR, G Z and Y
0.0001 Accuracy for DQ measurements
Programmable test frequencies from 12Hz to 200kHz
Programmable test voltages from 5mV to 1.275V permits testing at exact manufacturer-specified voltage levels
Full range keyboard-selectable test speeds: Variable up to 50 measurements per second with high speed option, complements automatic handling equipment to maximize throughput
Two selectable measurment modes: Continuous and triggered with averaging available in each ensures measurement flexibility
Optional IEEE-488 Bus and Handler interface enable remote programming and allow the adition of a component handler to optimize throughput
Wide choice of measurement parameters allow you to work with familiar units
A full, five-digit LED display for LCR measurements and a four-digit readout for D and Q testing, simultaneously display test results for each measurement, automatically
Guarded Kelvin measurement techniques protect measurement integrity
Automatic limit comparison and binning ensure fast, mistake-proof sorting of components.
Automatic self-test and diagnostic check maintain reliable, error-free operation
Automatic binning summary capability simplifies reporting of measurement results		 http://www.kandelelex.com/jpegs/qt1693.jpg
Quadtech 1710 Digibridge LCR Meter The Quadtech 1710 is a LCR Digibridge. The 1710 Digibridge makes primary measurements of L, C, and R and secondary measurements of D and Q. L, C & R measurements are made at a frequency of 120Hz or 1kHz with a basic accuracy of ±0.2%. The accuracy of the secondary parameters for D or Q <1, is ± 0.001 for Q (with R), ±0.01 for Q (with L), and ± 0.0005 for D (with C).
Quadtech 1730 Precision LCR Meter 50Hz - 100KHz The QuadTech 1730 can measure and display two of 14 impedance parameters simultaneously with a basic accuracy of 0.1%. Test results can also be shown as Deviation or %Deviation from nominal value. 10 Test Frequencies: User selectable: 50Hz, 60Hz, 100Hz, 120Hz, 1kHz, 10kHz, 20kHz, 40kHz, 50kHz and 100kHz. LCD Display: Large, high resolution graphic display for clear, concise results and user friendly menu interface for easy programming. Setup Store/Recall: Store/Recall up to 50 test setups from instrument memory. Lockout front panel to ensure procedures are run the same way every time. Programmable Source Impedance: Program tester impedance to 100 ohm, 100/25 ohm, 25 ohm or 10 ohm constant current when comparing results with measurements made on other testers. Measurement results can vary significantly based solely on the source impedance of the tester being used. Voltage/Current Monitoring: Use the test signal monitoring function to display the actual voltage level across and current through the DUT. DC Bias: External and internal DC Bias voltage from 0-5V, permits capacitors to be tested under real DC bias conditions. Open/Short Zeroing: Reduce the effects of error sources (stray admittance/residual impedance) between the DUT and the calibrated connection to the measuring instrument.Fast Testing: Select from one of three measurement speeds: slow, medium or fast for varying degrees of accuracy and speed up to 62 measurements/second. Interfaces Standard: The 1730 unit includes IEEE-488 and Handler interfaces for adaption into production environments or remote control applications.

Features

 Measures 14 Impedance Parameters (2 simultaneously)
 0.1% Basic Measurement Accuracy
 10 Test Frequencies from 50Hz to 100kHz
 AC Test Voltage Programmable from 10mV to 1V
 Fast Measurement Speeds up to 62/Second
 Automatic Open/Short Zeroing Eliminates Connection Errors
 LCD Display for Menu Programming and Test Results
 Hi/Lo Comparator Limits and 8 Sorting Bins for Pass Fail Testing
 IEEE-488 and PLC Interfaces Standard
 Results Displayed as Deviation or %Deviation from a Nominal Value
 Storage and Recall of 50 Test Setups
 Monitor Voltage and Current to the Device Under Test
 Keypad Lockout Prevents Changes to the Test Setup
 Programmable Average and Delay Times
 Capable of Applying a DC Bias Voltage or Current to the Device
 Automatic Correction for Different Test Lead Lengths		 http://www.kandelelex.com/jpegs/qt1730.jpg
Quadtech 1865 Digital Megohmmeter / IR Tester The QuadTech 1865 is a Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. Option 01= IEEE interface.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety		 in stock
Quadtech 1865 Digital Megohmmeter / IR Tester The QuadTech 1865 is a Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. Option 01= IEEE interface.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety		 http://www.kandelelex.com/jpegs/qt1865.jpg in stock
Quadtech 1865 Digital Megohmmeter / IR Tester The QuadTech 1865 is a Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. Option 01= IEEE interface.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety		 http://www.kandelelex.com/jpegs/qt1865 01.jpg in stock
Quadtech 1865 01-02 Digital Megohmmeter / IR Tester Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. Options: 01=IEEE interface, 02=3.5" Floppy Drive.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety
Quadtech 1865 01-02 Digital Megohmmeter / IR Tester Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. Options: 01=IEEE interface, 02=3.5" Floppy Drive.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety		 http://www.kandelelex.com/jpegs/qt1865 01-02.jpg
Quadtech 1865 01-02-CE Digital Megohmmeter/IR Tester Megohmmeter and Insulation Resistance tester combined in one unit. Features; basic measurement accuracy of 0.5%, voltage range from 1V to 1000V DC in 2 ranges with 25mV resolution and 1% accuracy, measurement range from 1k ohm to 100T ohm in 7 ranges, RS232 interface, automatic zero, pass/fail display. options: 01=IEEE interface; 02=3.5" Floppy Drive; CE=CE Marked.

Features

 Measurements from 1k ohm to 100T ohm, with Auto Ranging
 Direct Reading of Measured Resistance or Current
 0.5% Basic Measurement Accuracy
 Programmable Test Voltage from 1 to 1000VDC
 Large LCD Display for Menu Programming and Test Results
 Fully Programmable Measure Cycle Times
 Averaging for Increased Accuracy
 Storage of Multiple Test Setups for Quick Startup
 RS-232 and PLC Interfaces Standard, IEEE-488 Optional
 Keypad Lockout with Password Protection
 Automatic Test Lead Zeroing To Eliminate Connection Errors
 Limit Entry for Pass/Fail Testing
 Safety Interlock and High Voltage Indicator for Operator Safety		 http://www.kandelelex.com/jpegs/qt1865 01-02-ce.jpg
Quadtech 1880 Milliohmmeter 2 Mohms Down To 1 µohm The Quadtech 1880 Milliohmmeter provides ease of use, digital display and excellent accuracy for performing low resistance measurements on switches, relays, connectors and a variety of other devices. The instrument offers a wide measurement range, from 1 µohm to 2 Mohms, with constant current ranging from 1 A to 1 µA. A built-in comparator makes the unit ideal for go/nogo testing in a production environment and is also adaptable for use in automated system applications with it's optional IEEE-488 interface.

Precision Measurements
The 0.05% accuracy of the 1880 makes for consistent, reliable test results from this economically priced unit. Nine measurement ranges, automatic or manually selectable, provide wide coverage between 2 Mohms and 1 µohm with constant current between 1 µA and 1A.

FEATURES:
 Measurement Range, 1 µohm to 2Mohm
 1 µA to 1 A, Constant Current
 0.05% Measurement Accuracy
 Measurement Speed of 5/second
 Easy to Read Digital Display
 Four-Terminal Kelvin Connections
 Automatic Zeroing
 Built-in Comparator for Go/NoGo Testing
 Display of % Deviation from Nominal
 Auto Ranging
 Remote Control Interface
 Optional IEEE-488 Interface		 in stock
Quadtech 1880 Milliohmmeter 2 Mohms Down To 1 µohm The Quadtech 1880 Milliohmmeter provides ease of use, digital display and excellent accuracy for performing low resistance measurements on switches, relays, connectors and a variety of other devices. The instrument offers a wide measurement range, from 1 µohm to 2 Mohms, with constant current ranging from 1 A to 1 µA. A built-in comparator makes the unit ideal for go/nogo testing in a production environment and is also adaptable for use in automated system applications with it's optional IEEE-488 interface.

Precision Measurements
The 0.05% accuracy of the 1880 makes for consistent, reliable test results from this economically priced unit. Nine measurement ranges, automatic or manually selectable, provide wide coverage between 2 Mohms and 1 µohm with constant current between 1 µA and 1A.

FEATURES:
 Measurement Range, 1 µohm to 2Mohm
 1 µA to 1 A, Constant Current
 0.05% Measurement Accuracy
 Measurement Speed of 5/second
 Easy to Read Digital Display
 Four-Terminal Kelvin Connections
 Automatic Zeroing
 Built-in Comparator for Go/NoGo Testing
 Display of % Deviation from Nominal
 Auto Ranging
 Remote Control Interface
 Optional IEEE-488 Interface		 http://www.kandelelex.com/jpegs/qt1880.jpg in stock
Quadtech 1880 01 Milliohmmeter 2 Mohms Down to 1 µohm The Quadtech 1880 Milliohmmeter provides ease of use, digital display and excellent accuracy for performing low resistance measurements on switches, relays, connectors and a variety of other devices. The instrument offers a wide measurement range, from 1 µohm to 2 Mohms, with constant current ranging from 1 A to 1 µA. A built-in comparator makes the unit ideal for go/nogo testing in a production environment and is also adaptable for use in automated system applications with it's optional IEEE-488 interface.

Precision Measurements
The 0.05% accuracy of the 1880 makes for consistent, reliable test results from this economically priced unit. Nine measurement ranges, automatic or manually selectable, provide wide coverage between 2 Mohms and 1 µohm with constant current between 1 µA and 1A.

FEATURES:
 Measurement Range, 1 µohm to 2Mohm
 1 µA to 1 A, Constant Current
 0.05% Measurement Accuracy
 Measurement Speed of 5/second
 Easy to Read Digital Display
 Four-Terminal Kelvin Connections
 Automatic Zeroing
 Built-in Comparator for Go/NoGo Testing
 Display of % Deviation from Nominal
 Auto Ranging
 Remote Control Interface
 01 = Optional IEEE-488 Interface		 http://www.kandelelex.com/jpegs/qt1880 01.jpg
Quadtech 1910 Inductance Analyzer Features

 Measures 15 Impedance Parameters, DC Resistance, Voltage and Current
 0.1% Basic Measurement Accuracy
 27,000 Programmable Frequencies from 20Hz to 1MHz
 AC Test Voltage Programmable from 20mV to 1V
 Internal DC Bias Current, Programmable from 0 to 1A
 Fast Measurement Speeds up to 40/Second
 Automatic Open/Short Zeroing Eliminates Connection Errors
 LCD Display for Menu Programming and Test Results
 14 Hi/Lo Sorting Bins for Pass/Fail Testing
 RS-232, IEEE-488 and PLC Interfaces all Standard
 Results Displayed as Deviation or %Deviation from a Nominal Value
 Internal Storage and Recall of 30 Test Setups
 Monitor Voltage and Current to the Device Under Test
 Constant Voltage Maintained to the Device Under Test
 Ability to Automatically Perform 6 Unique Tests in Sequence
 Keypad Lockout Prevents Changes to the Test Setup
 Programmable Average and Delay Times
 Automatic Correction for Different Test Lead Lengths
Quadtech 2520 Guardian AC/DC Hipot Tester 5KVAC / 6kVDC 15mA AC The Guardian 2500 Series builds upon QuadTech’s Sentry family of electrical safety testers and incorporates a unique Ground Fault Interruption (GFI) feature as well as an RS232 interface and optional IEEE488 or enhanced remote interfaces. The GFI circuit is designed to protect the operator from inadvertent contact with the units high voltage output. The principle of operation is based on independent current monitoring on both the high voltage output and the return line. Any imbalance of current shuts the units high voltage output down.

The 2500 provides arc detection capability for monitoring short duration transients in current flow which often go undetected. Both detection level and duration of the arc are user programmable.

The Guardian 2520 AC/DC Hipot Tester performs AC and DC dielectric withstand (hipot) tests. The test voltage is programmable in the range from 100V to 5KVAC/6KVDC with low and high current detection limits from 1µAAC to 15mAAC and 0.1µADC to 7.5mADC. The capability of measuring and displaying real, imaginary and total current makes the unit ideal for testing capacitive type devices, such as power supplies, cables and transformers, where the imaginary part of the total current may be significantly higher than the real part.		 in stock
Quadtech 2530 40 Gardian AC-DC-IR Hipot Tester 5KVAC 15mA 6KVDC 7.5 The Gardian series hipot tester is designed to perform the most common electrical safety tests outlined in UL, TUV, IEC and other standards.
Features:
*Programmable Output Voltage to 5KVAC and 6KVDC.
*Output Current: 1uA to 15mAAC; .1uA to 7.5mADC
*Ground Fault Interruption(GFI) for operator safety
*Programmable Ramp, Test, and Fall Times
*Storage of Test Setups; 25 user, 9 Multi-Step per Measurement
*Continuous Leakage Current Moitoring to .1uA
*Ground Continuity Test; 100mADC
*Remote I/O, RS232, and GPIB
*Insulation Resistance Measurements; 10kΩ to 1TΩ		 in stock
Quadtech 6000 Electrical Safety Analyzer 5KVAC 6KVDC 50Gohm 30A The Guardian 6000 Electrical Safety Analyzer performs AC and DC hipot (hy-pot), insulation resistance, ground bond (continuity) and leakage current measurements for a complete dielectric testing solution. A fully automated tester, the 6000 performs both high voltage electrical safety tests including dielectric withstand and dielectric breakdown and high current ground bond tests in accordance with the requirements of UL 60950 and other product safety compliance standards.

Features
AC Hipot: Programmable Voltage 50 to 5000VAC, Leakage Current to 40mA
DC Hipot: Programmable Voltage 50 to 6000VDC, Leakage Current to 12mA
Insulation Resistance: 100kΩ to 50GΩ, Test Voltage 50 to 1000VDC
Ground Bond: Programmable Current to 30A, R Measurement to 510mΩ
Twin Port – Simultaneous Hipot and Ground Bond Testing
Open/Short Circuit Detection Mode
Programmable Hi/Lo Limits for Pass/Fail Testing
Ability to Perform Multiple Tests in Sequence
Internal Storage and Recall of 100 Test Setups, 50 Steps Each
Programmable Ramp, Dwell and Test Times
Front Panel Lockout Prevents Changes to the Test Setup
Automatic Offset to Zero Out Residual Current
Fast Cutoff and Quick Discharge of Device Under Test
RS-232 and I/O Interfaces Included Standard
IEEE-488 and Printer Interfaces Optional
Pause Mode Allows the Operator to Change Device Connection and Continue
Built-In Operator Prompted Software Calibration Routine
Front and Rear Panel Output Connections
40 Ground Bond Testing with Optional Transformer
Multi-Point Testing with Optional Internal Scanner and/or External Scanners
CaptivATE Automation Software for G6000 Plus; Optional
CE, TUV Marked

Option 03 - Plug-in scanner module with 8 channels for switching high voltage output from the tester. For use with Guardian 6000 and plugs into the instruments rear panel.		 in stock
Quadtech 7000-05 Chip Component Tweezers Accessory for 1689M-7400- Chip component tweezers to 4 BNC, (1 meter in length) for handling and measuring surface mount devices (mdD) on the 74/7600. Maximum component size 14mm. in stock
Quadtech 7400 Precision RLC Meter 10Hz - 500KHz Measure and display any two of 14 parameters simultaneously. Measurement frequency: 10Hz to 500KHz with 229,900 programmable frequencies. Graphical and tabular display of swept frequency, voltage and current measurements with 7-digit resolution. 0.05% basic accuracy. Interfaces: GP-IB(optional), RS-232, handler, printer port, 3.5" floppy (DOS).
Features

 Measures 14 Impedance Parameters (2 simultaneously)
 0.05% Basic Measurement Accuracy
 229,900 Programmable Frequencies from 10Hz to 500KHz
 AC Test Voltage Programmable from 20mV to 5V
 DC Bias Voltage, 2V Internal or 0 to 200V External
 Fast Measurement Speeds up to 40/Second
 Automatic Open/Short Zeroing Eliminates Connection Errors
 High Resolution LCD with 7 Digit Display
 14 Hi/Lo Sorting Bins for Pass/Fail Testing
 RS-232, IEEE-488, Printer, and PLC Interfaces all Standard
 Results Displayed as Deviation or %Deviation from a Nominal Value
 Internal Storage and Recall of Test Setups
 Constant Voltage Maintained to the Device Under Test
 Ability to Automatically Perform 6 Unique Tests in Sequence
 Keypad Lockout Prevents Changes to the Test Setup
 On site calibration with NIST Traceable Cal Kit
 Programmable Average and Delay Times		 in stock
Quadtech 7400 Precision RLC Meter 10Hz - 500KHz Measure and display any two of 14 parameters simultaneously. Measurement frequency: 10Hz to 500KHz with 229,900 programmable frequencies. Graphical and tabular display of swept frequency, voltage and current measurements with 7-digit resolution. 0.05% basic accuracy. Interfaces: GP-IB(optional), RS-232, handler, printer port, 3.5" floppy (DOS).
Features

 Measures 14 Impedance Parameters (2 simultaneously)
 0.05% Basic Measurement Accuracy
 229,900 Programmable Frequencies from 10Hz to 500KHz
 AC Test Voltage Programmable from 20mV to 5V
 DC Bias Voltage, 2V Internal or 0 to 200V External
 Fast Measurement Speeds up to 40/Second
 Automatic Open/Short Zeroing Eliminates Connection Errors
 High Resolution LCD with 7 Digit Display
 14 Hi/Lo Sorting Bins for Pass/Fail Testing
 RS-232, IEEE-488, Printer, and PLC Interfaces all Standard
 Results Displayed as Deviation or %Deviation from a Nominal Value
 Internal Storage and Recall of Test Setups
 Constant Voltage Maintained to the Device Under Test
 Ability to Automatically Perform 6 Unique Tests in Sequence
 Keypad Lockout Prevents Changes to the Test Setup
 On site calibration with NIST Traceable Cal Kit
 Programmable Average and Delay Times		 http://www.kandelelex.com/jpegs/qt7400.jpg in stock
Quadtech 7600 Precision LCR Meter 10Hz-2MHz .05% The Quadtech 7600 LCR Meter is designed to perform precision impedance measurements over a wide frequency range, 10 Hz to 2 MHz. The instrument is capable of measuring 14 different parameters with 0.05% accuracy to meet today's requirements for component and material testing. The ease of use and user friendly menu programming makes the 7000 Series ideal for applications in product development, incoming inspections, or production line testing.

FEATURES:
 Frequency Range 10 Hz to 2 MHz
 0.05% Basic Measurement Accuracy
 7 Digit Measurement Resolution
 Programmable Test Voltage and Current
 Auto Ranging
 Test Setup and Measurement Data Storage
 Four-Terminal Kelvin Connections
 IEEE-488, RS-232, Handler, and Parallel Printer Interfaces
 Graphical and Tabular Display of Swept Frequency, Voltage and Current Measurements
 Sequence Testing of Up To 6 Individual Tests
 Load Correction
 Binning (15)
 Built-in Automatic Calibration Routine		 in stock
Quadtech 7600 Precision LCR Meter 10Hz-2MHz .05% The Quadtech 7600 LCR Meter is designed to perform precision impedance measurements over a wide frequency range, 10 Hz to 2 MHz. The instrument is capable of measuring 14 different parameters with 0.05% accuracy to meet today's requirements for component and material testing. The ease of use and user friendly menu programming makes the 7000 Series ideal for applications in product development, incoming inspections, or production line testing.

FEATURES:
 Frequency Range 10 Hz to 2 MHz
 0.05% Basic Measurement Accuracy
 7 Digit Measurement Resolution
 Programmable Test Voltage and Current
 Auto Ranging
 Test Setup and Measurement Data Storage
 Four-Terminal Kelvin Connections
 IEEE-488, RS-232, Handler, and Parallel Printer Interfaces
 Graphical and Tabular Display of Swept Frequency, Voltage and Current Measurements
 Sequence Testing of Up To 6 Individual Tests
 Load Correction
 Binning (15)
 Built-in Automatic Calibration Routine		 http://www.kandelelex.com/jpegs/qt7600.jpg in stock
Quadtech 7600A CE Precicion LCR Meter with 500V Ext Bias CE Marked The Quadtech 7600 LCR Meter is designed to perform precision impedance measurements over a wide frequency range, 10 Hz to 2 MHz. The instrument is capable of measuring 14 different parameters with 0.05% accuracy to meet today's requirements for component and material testing. The ease of use and user friendly menu programming makes the 7000 Series ideal for applications in product development, incoming inspections, or production line testing.

FEATURES:
 Frequency Range 10 Hz to 2 MHz
 0.05% Basic Measurement Accuracy
 7 Digit Measurement Resolution
 Programmable Test Voltage and Current
 Auto Ranging
 Test Setup and Measurement Data Storage
 Four-Terminal Kelvin Connections
 IEEE-488, RS-232, Handler, and Parallel Printer Interfaces
 Graphical and Tabular Display of Swept Frequency, Voltage and Current Measurements
 Sequence Testing of Up To 6 Individual Tests
 Load Correction
 Binning (15)
 Built-in Automatic Calibration Routine		 in stock
Quadtech GUARDIAN 5000 AC-DC-IR-GC Safety Analyzer (Hipot) .1-5KVAC .5-6K The Quadtech Guardian 5000 Electrical Safety Analyzer is four instruments in one, providing AC Hipot, DC Hipot, Insulation Resistance, and Ground Bond measurements from a single test connector in one versatile instrument. This provides a cost effective solution to electrical safety compliance testing with maximum flexibility for present and future requirements. Performing all of the electrical safety tests in one box can reduce test time, increase productivity and reduce the number of boxes requiring calibration.

The Guardian 5000 AC Hipot Testerperforms AC dielectric testing (hipot) over the voltage range from 100V to 5000VAC RMS. The maximum leakage current of 40mA RMS makes the Guardian 5000 ideal for testing devices with high leakage currents such as power supplies which have large filter or “Y” capacitors for noise reduction. Both the actual test voltage and total current are displayed during testing.

The Guardian 5000 DC Hipot Testervoltage range for DC dielectric testing is 100V to 6000VDC with a resolution of 10V. The maximum current leakage is 20mA which allows quick charging of capacitive devices. A quick discharge of the device when the measurement is complete, also minimizes test times.

The Guardian 5000 Insulation Resistance measurements are similar to a DC hipot but rather than displaying leakage current, resistance is calculated and displayed. The insulation resistance can be measured over the range of 10MW to 10GW with test voltages from 50VDC to 1000VDC in 1V steps.

The Guardian 5000 Ground Bondprovides up to 30A AC for ground bond testing. The test current can be programmed from 1A to 30A in 0.1A steps. Hi current limit, test time, frequency and open circuit no load voltage can all be programmed. The offset feature can automatically compensate for any lead resistance.

Features of the Quadtech Guardian 5000 include:

*Programmable output voltage to 5KV AC and 6KV DC
*Ground Bond Testing to 30A AC with Adjustable Limit
*Multi-point Scanner Option for High Voltage Switching of up to 64 Points
*Programmable Ramp and Test Times
*Storage of 50 Tests Setups with 15 Steps per Setup
*Trip Current Programmable to 40mA AC and 20mA DC
*Front Panel Lockout via Password
*Standard IEEE and Remote Control Interfaces
*Optional RS232 Interface
*LabVIEW®Intrument Driver Software
*Insulation Resistance Measurements from 10MW to 10GW 1ohm Limit
Applications for the Quadtech Guardian include:

*Production and Compliance Testing of Appliances, Instruments and Information Technology Equipment in Accordance with UL, CSA, IEC, TUV and Other Standards such as EN60335, EN60950, EN61010, CSA C22.2 No. 1010.1, UL3111 and UL1950
*Transformer Electrical Safety Testing
*Electric Motor Safety Testing
*Power Supply Safety Testing
*Verification of the Ground Connection on Products with a Three Prong Power Cord		 in stock
Quadtech GUARDIAN II AC/DC Hipot Tester 100V - 5KVAC / 6kVDC AC and DC hipot testing in one instrument with GPIB and user friendly menu driven interface. Output Voltage: 100V to 5KVAC(60Hz) and 100V to 6KVDC(+ grounded) with ±3% setting accuracy and 10V steps. Leakage Current: 0 to 10mA AC, 10uA/step and 0 to 5mA DC with ±2% accuracy. Trip current programmable 10uA to 10mA in 10uA steps. Test Time: manual or Auto(rise, hold and fall, 0 to 999sec). in stock
Quadtech GUARDIAN II AC/DC Hipot Tester 100V - 5KVAC / 6kVDC AC and DC hipot testing in one instrument with GPIB and user friendly menu driven interface. Output Voltage: 100V to 5KVAC(60Hz) and 100V to 6KVDC(+ grounded) with ±3% setting accuracy and 10V steps. Leakage Current: 0 to 10mA AC, 10uA/step and 0 to 5mA DC with ±2% accuracy. Trip current programmable 10uA to 10mA in 10uA steps. Test Time: manual or Auto(rise, hold and fall, 0 to 999sec). http://www.kandelelex.com/jpegs/qtguardian ii.jpg in stock
Quadtech LR2000 Milliohmmeter 1μΩ - 2MΩ 0.05% Accuracy The LR2000 Milliohmmeter with its LCD display and menu-type front
panel programming assures that low resistance measurements on switches,
relays, cables, and other devices can be made quickly and easily. With a
basic accuracy of 0.05% the instrument offers a wide measurement range
from 1μohm to 2Mohms. For remote operation and production applications
the unit comes standard with an RS-232 interface, plus IEEE-488 and
handler interfaces are available as options. For measurement integrity,
contact to the test device is made via a 4-terminal Kelvin connection that
incorporates an automatic zeroing function to compensate for lead errors.
FEATURES:
• 1μΩ - 2MΩ Measurement Range
• 1μA - 1A Constant Current
• 0.05% Basic Measurement Accuracy
• Measurement Speed to 15/second
• Graphical LCD Display
• Four Terminal Kelvin Connection
• Automatic Zeroing
• Automatic Hi/Lo Comparator Limits
• Pass/Fail Sorting (8 Bins)
• Voltage Limiting for Dry Contact Testing
• Signal Reverse & Pulsed Current Modes
• Keypad Lockout
• Programmable Delay Times
• RS-232 Interface Standard
• IEEE & Handler Interfaces, Optional
• Temperature Compensation Interface, Optional
Quadtech SENTRY 10 PLUS AC Hipot Tester 50V to 5KVAC 1uA to 20mA Description
The Sentry 10 Plus AC Hipot Tester (CE Mark) performs AC dielectric withstand (hipot) tests. The test voltage is programmable from 50V to 5kV AC with a resolution of 1V. The current range is 1µA to 20mA.
Program & Display Ground Continuity: The Sentry Plus Series can measure and display the resistance between the ground blade of the power cord and any exposed metal on the product.
Meets UL Hipot Tester Requirements: The Sentry Plus instruments measure & display the output voltage directly at the output terminals. The instruments have both visual and audible failure indications, and after a failure the STOP switch must be pressed prior to another measurement.
Features
*AC Hipot Voltage 50 to 5000V, Output Current to 20mA
*Programmable Ground Continuity Check, 0.1 to 5ohms
*Programmable Ramp, Test, and Fall Times
*Fast Cutoff and Discharge of Device Under Test
*Programmable Hi/Lo Limits for Pass/Fail Testing
*Large LCD Display for Menu Programming and Test Results
*Internal Storage and Recall of 80 Test Setups
*Ground Fault Interrupt Shutdown for Operator Safety
*Front and Rear Panel Output Connections
*Front Panel Lockout Prevents Changes to the Test Setup
*Automatic Offset to Zero Out Stray Leakage Current
*Instruments Upgradeable, Sentry 10 to 20 to 30
*3mA Current Limit per EN50191
*UL Listed and CE Marked		 in stock
Quadtech SENTRY 30 AC/DC/IR Hipot Tester .1MΩ-50GΩ 50-5KVDC@5mA 50-6K The Sentry 30 Plus AC/DC/IR Hipot Tester (CE Mark) has all of the features of the Sentry 20 Plus in addition to Insulation Resistance (IR) testing. The IR measurement range is from 0.1MΩ to 50GΩ with test voltages from 50 to 1000VDC.
Program & Display Ground Continuity: The Sentry Plus Series can measure and display the resistance between the ground blade of the power cord and any exposed metal on the product.

Features
*AC Hipot Voltage 50 to 5000V, Output Current to 20mA
*DC Hipot Voltage 50 to 6000V, Output Current to 5mA
*IR Measurements 100kohms to 50Gohms, Test Voltage 50 to 1000VDC
*Programmable Ground Continuity Check, 0.1 to 5ohms
*Programmable Ramp, Test, and Fall Times
*Fast Cutoff and Discharge of Device Under Test
*Programmable Hi/Lo Limits for Pass/Fail Testing
*Large LCD Display for Menu Programming and Test Results
*Internal Storage and Recall of 80 Test Setups
*Ground Fault Interrupt Shutdown for Operator Safety
*Front and Rear Panel Output Connections
*Front Panel Lockout Prevents Changes to the Test Setup
*Automatic Offset to Zero Out Stray Leakage Current
*Instruments Upgradeable, Sentry 10 to 20 to 30
*3mA Current Limit per EN50191
Quadtech SENTRY10 AC Hipot Tester 0-5kVAC 20ma The Sentry 10 AC Hipot Tester (CE Mark) performs AC dielectric withstand (hipot) tests. The test voltage is programmable from 50V to 5kV AC with a resolution of 1V. The current range is 1µA to 20mA. in stock
Quadtech SENTRY10 AC Hipot Tester 0-5kVAC 20ma The Sentry 10 AC Hipot Tester (CE Mark) performs AC dielectric withstand (hipot) tests. The test voltage is programmable from 50V to 5kV AC with a resolution of 1V. The current range is 1µA to 20mA. http://www.kandelelex.com/jpegs/qtsentry10.jpg in stock
Quantum Data 801A Video Character Generator Programmable RGB video test generator for servicing color monitors. 16 Selectable color patterns. Programmable dot clock range of 1.024-32.768MHz color, 65.520MHz monochrome.
Racal Dana 1260-12 20-Channel DPDT 220V 2A Switch Card in stock
Racal Dana 1260-13 40-channel Dpst220v 2A Switch Card
Racal Dana 1260-35A 2-Wire 1 x 96 Multiplexer Card in stock
Racal Dana 1261E VXI Mainframe in stock
Racal Dana 1992 Universal Frequency Counter DC - 1.3GHz Half-rack unit features 9-digit resolution in 1 second. Channel A: 0 to 160MHz with 25mV sensitivity up to 100MHz(50mV to 160MHz). Channel C: 40MHz to 1.3GHz with 10mV sensitivity up to 1GHz(75mV to 1.3GHz). GP-IB available.
Racal Dana 9087 Synthesized Signal Generator 10KHz - 1300MHz http://www.kandelelex.com/jpegs/rac9087.jpg in stock
Radio Frequency Labs 912 Gauss Meter And Probe Where high sensitivity and wide measurement range are required. Includes 7199 probe.
Ransco Environmental 925 Hot / Cold Temperature Chamber Temperature range: -73 to +273°C; Dimensions: Inside; 10.5D x 14.5"W x 8.75"H; Exterior; 21"H x 19"D x 19"W, rack mount unit. CO2 or LN2 cooling. Forced draft. Stainless steel interior. Single set point controller with digital readout of temperature. Programmable via RS-232C interface. in stock
Raytheon 370708 Shielded Room Leak Detector Portable system includes a transmitter, receiver, articulated receiver probe, probe extension, and transmitter cable set housed in a transit case. Transmitter: 95KHz (crystal controlled); 16 watts peak, high range, 1.6 watts peak, low range. Modulated: 100% @ 1KHz. Receiver: 0-40dB meter indication. Internal speaker.Input attenuator: 10 steps of 10dB each. Tuned antenna input circuit. in stock
Reichert Jung (Leica) 312508 Photographic Microscope This is a trinocular head microscope with base light. We will try to answer your questions reguarding this unit. http://www.kandelelex.com/jpegs/rei312508.jpg in stock
Reichert Jung (Leica) 569B Stereo Star Zoom Microscope Magnification: .7 to 3X. Similar to B & L StereoZoom 4. http://www.kandelelex.com/jpegs/rei569b.jpg in stock
Research Devices D Infrared Microscope System includes 20X and 6X lenses mounted on a 4-turrett base with infrared light source and a standard light source. Eyepeices and power supplies are missing. in stock
Research Devices NC-67X Camera And Power Supply BNC video and vertical sync connectors. in stock
RF Industries RFA-4013 7/16 DIN Adapter Kit in stock
Riser Bond 1205TX-OSP Metallic TDR Cable Fault Locator Dual Input, Combination Short/Long Range Metallic Time Domain Reflectometer Cable Fault Locator Optimized for Loaded Cable Systems. Test loaded cables up to 80 miles - 130 km! Two line, live input for cable comparison. Automatic crosstalk measurement capability. Automatic fault severity calculation. Exclusive RANGE-PLUST function. Exclusive SUPER-STORET waveform storage. Intermittent Fault Detection mode detects and displays intermittent faults and allows the operator to adjust and reposition the waveform without affecting the IFD function. Multi-function noise filters. Unique dual independent cursors. Automatic and manual cursor placement functions. Powered cable warning. Compact, lightweight, and portable OSP packaging. http://www.kandelelex.com/jpegs/rb1205tx-osp.jpg
Riser Bond 1270 TDR Metallic Time Domain Reflectometer Cable Fault Metallic Time Domain Reflectometer Cable Fault Locator. The ultimate combination TDR for testing both twisted pair and coaxial cables.
Using Model 1270A results in superior fault location in any industry and any application.
Sub-nanosecond pulse width in coaxial mode locates small, often unsuspected, faults that are close together.
RANGE-PLUS simplifies keypad operation by combining a specific pulse width, vertical gain, and cable length.
Live waveform testing.
Intermittent Fault Detection mode detects and displays intermittent faults and allows the operator to manipulate and reposition the waveform without affecting the IFD function.
Noise filters for eliminating unwanted waveform noise.
Rugged, weatherproof packaging.
Compact, lightweight, portable.		 http://www.kandelelex.com/jpegs/rb1270.jpg
Riser Bond 1550 Metallic Time Domain Reflectometer Cable Fault Loc Metallic Time Domain Reflectometer Cable Fault Locator
The Riser Bond 1550 is an easy to use handheld entry level TDR. It is optimized to help the field engineer find the most common first line faults, the Riser Bond 1550 can be used across a broad range of applications including telecom, CATV and power. The unit provides both short range and long range faultfinding capability.The unit has advanced features such as a patented timing circuit and swept gain for ease of fault identification. It has been designed with ease of use and accuracy to provide the operator with an unparalleled level of performance to mitigate typical service affecting faults.

Key features
*Universal applications unit.
*Ease of use.
*Swept gain algorithm.
*33 ft (10 m) to 9800 ft (3000 m)		 in stock
Rod-L Electronics M100AVS5-1.5-50 AC Hipot Tester 1.5kV 50mA Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC Test Voltage: 0 to 1.5kvac. Output Current: 50mA, adjustable trip point. in stock
Rod-L Electronics M100AVS5-1.5-50 AC Hipot Tester 1.5kV 50mA Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC Test Voltage: 0 to 1.5kvac. Output Current: 50mA, adjustable trip point. http://www.kandelelex.com/jpegs/rdlm100avs5-1.5-50.jpg in stock
Rod-L Electronics M100AVS5-1-10 Hipot 1KV 10mA in stock
Rod-L Electronics M100AVS5-2.8-40 Hipot Tester Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 2.8kvac. Output Current: 40mA, adjustable trip point. in stock
Rod-L Electronics M100AVS5-2.8-40 Hipot Tester Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 2.8kvac. Output Current: 40mA, adjustable trip point. http://www.kandelelex.com/jpegs/rdlm100avs5-2.8-40.jpg in stock
Rod-L Electronics M100AVS5-50-25 AC Hipot Tester 5kV 25ma Performs concurrent dielectric withstand and ground continuity test
in a single operation, complying with UL, CSA, IEC, VDE, and F.C.C. Test Voltage: 0 to 5.0kVAC. Output Current: 25mA, adjustable trip point.		 http://www.kandelelex.com/jpegs/RDLM100AVS5-50-25.jpg
Rod-L Electronics M100BVS5-2.8-40 Hipot Tester Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 2.8kvac. Output Current: 40mA, adjustable trip point. "BV" models have Real(Resistive) Current measurement(to null capacitive current). in stock
Rod-L Electronics M100BVS5-2.8-40 Hipot Tester Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 2.8kvac. Output Current: 40mA, adjustable trip point. "BV" models have Real(Resistive) Current measurement(to null capacitive current). http://www.kandelelex.com/jpegs/rdlm100bvs5-2.8-40.jpg in stock
Rod-L Electronics M100BVS5-5.0-25 AC Hipot 0 - 5KV 0 - 25mA All ROD-L hipot testers have adjustable electronically controlled test voltage ramp control and timing circuits. In addition, ROD-L AC and DC hipot testers interconnect to simplify multiple testing requirements. Each are compatible with all ROD-L Ground Continuity and Leakage Current test instruments.
The ROD-L Hipot testers are designed to perform the tests specified by UL, IEC, CSA, VDE, FCC and others. The ROD-L product line has been designed with emphasis on safety, efficiency, and on speed with which the test can be made.

Specifications:
Output Voltage: 0-5000VAC
Output Current: 0-25mA
Ramp Time V: 1 to 30 seconds, user adjustable
Test Time: 1 to 90 seconds, user adjustable
Shutdown: 2 milliseconds
Arc Detection: Arc duation 10 milliseconds or greater
AC Input: 115/230VAC 48-66Hz		 in stock
Rod-L Electronics M100BVS5-5.5-25 AC Hipot Tester 5.5kVAC 25mA Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 5.5kvac. Output Current: 25mA, adjustable trip point. "BV" models have Real(Resistive) Current measurement(to null capacitive current). http://www.kandelelex.com/jpegs/rdlm100bvs5-5.5-25.jpg in stock
Rod-L Electronics M100DC-5.5-100 Hipot Tester 0 - 5.5kVDC 0 - 100ma in stock
Rod-L Electronics M100DC-5.5-100 Hipot Tester 0 - 5.5kVDC 0 - 100ma http://www.kandelelex.com/jpegs/rdlm100dc-5.5-100.jpg in stock
Rod-L Electronics M100DC-5.5-5 DC Hipot Tester Output Voltage: 0-5.5KVDC. Output Current: 0-5mA. Ramp Time: 50v/sec to 5000v/sec. Test Time: 1s to 90sec. Detects and Indicates chassis ground, test in progress, test passed, test failed. Full compliance with UL, VDE, BSI, IEC, CSA, and other test standards. in stock
Rod-L Electronics M100DC-5.5-5 DC Hipot Tester Output Voltage: 0-5.5KVDC. Output Current: 0-5mA. Ramp Time: 50v/sec to 5000v/sec. Test Time: 1s to 90sec. Detects and Indicates chassis ground, test in progress, test passed, test failed. Full compliance with UL, VDE, BSI, IEC, CSA, and other test standards. http://www.kandelelex.com/jpegs/rdlm100dc-5.5-5.jpg in stock
Rod-L Electronics M1088 IEEE-488 Bus Interface Provides GP-IB interfacing between computer/controllers and Rod-L hipot, ground continuity, and insulation testers. Option 19 required on testers. in stock
Rod-L Electronics M25 Ground Continuity Tester Performs ground continuity tests in compliance with BSI, VDE, CSA, and IEC regulations. Output: 2.5 volts AC, up to 25 amps. Variable test times adjustable from 1 second to 90 seconds. Failures are identified by audible and visual alarms. in stock
Rod-L Electronics M25 Ground Continuity Tester Performs ground continuity tests in compliance with BSI, VDE, CSA, and IEC regulations. Output: 2.5 volts AC, up to 25 amps. Variable test times adjustable from 1 second to 90 seconds. Failures are identified by audible and visual alarms. http://www.kandelelex.com/jpegs/rdlm25.jpg in stock
Rod-L Electronics M30 30 Amp Ground Continuity Tester Performs ground continuity tests in full compliance with BSI, VDE, and IEC. Test time is adjustable from 1 second to 90 seconds. Output Current: 30 amperes. Resistance: 0 to 0.15 ohms, accurate to ± 5% fs. Test Time: 1 second to 90 seconds. http://www.kandelelex.com/jpegs/rdlm30.jpg in stock
Rod-L Electronics M35 Ground Fault Tester 35 Amp Ground Continuity Test Instrument
Safe, Fast, Efficient
Performs ground continuity tests in full compliance with BSI, VDE and IEC
Test time is adjustable from 1 second to 90 seconds
Measures AC resistance from Chassis of Device Under Test (DUT) to power-cord ground lead - 0 to 0.15 ohm
Audible and visual alarms identify faulty ground connections
Hipot interface enables interconnecting to any ROD-L ROD-L Hipot Test Instrument to form an automatic test system
AC power source supplies 35 Amps (user specified) at Ĺ 2.5 volts		 in stock
Rod-L Electronics M35 Ground Fault Tester 35 Amp Ground Continuity Test Instrument
Safe, Fast, Efficient
Performs ground continuity tests in full compliance with BSI, VDE and IEC
Test time is adjustable from 1 second to 90 seconds
Measures AC resistance from Chassis of Device Under Test (DUT) to power-cord ground lead - 0 to 0.15 ohm
Audible and visual alarms identify faulty ground connections
Hipot interface enables interconnecting to any ROD-L ROD-L Hipot Test Instrument to form an automatic test system
AC power source supplies 35 Amps (user specified) at Ĺ 2.5 volts		 http://www.kandelelex.com/jpegs/rdlm35.jpg in stock
Rod-L Electronics M500AVS5-1.5-350 AC Hipot Tester 0 - 1.5KV 0 - 350mA The M100/500 Series of AC Hipot Test Instruments is intended for production, receiving inspection and laboratory applications. Each instrument in the series performs safe and efficient testing, and in full compliance to UL, VDE, BSI, CSA, etc. test requirements.

Features:

Performs both AC Insulation breakdown and AC concurrent ground continuity tests
Solid state voltage control circuitry - zero crossing start
2-millisecond voltage shutdown - without voltage spikes
Full compliance with UL, VDE, BSI, IEC and CSA test standards
UL listed		 in stock
Rod-L Electronics M500AVS5-2.8-100 AC Hipot Tester 2.8kVAC 100ma Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with U.L., C.S.A., I.E.C., V.D.E., and F.C.C. Test Voltage: 0 to 2.8kvac. Output Current: 100mA, adjustable trip point. in stock
Rod-L Electronics M500AVS5-2.8-100 AC Hipot Tester 2.8kVAC 100ma Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with U.L., C.S.A., I.E.C., V.D.E., and F.C.C. Test Voltage: 0 to 2.8kvac. Output Current: 100mA, adjustable trip point. http://www.kandelelex.com/jpegs/rdlm500avs5-2.8-100.jpg in stock
Rod-L Electronics M500AVS5-5.0-100 AC Hipot Tester 0-5kVAC 0-100ma
Rod-L Electronics M500AVS5-5.0-100 AC Hipot Tester 0-5kVAC 0-100ma http://www.kandelelex.com/jpegs/rdlm500avs5-5.0-100.jpg
Rod-L Electronics M500AVS5-50-100 AC Hipot 100v-5kV 100ma
Rod-L Electronics M500AVS5-50-100 AC Hipot 100v-5kV 100ma http://www.kandelelex.com/jpegs/rdlm500avs5-50-100.jpg
Rod-L Electronics M500BVS5-28-200 AC Hipot 2.8kV 200ma Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 2.8kvac. Output Current: 200mA, adjustable trip point. http://www.kandelelex.com/jpegs/rdlm500bvs5-28-200.jpg
Rod-L Electronics M500BVS5-50-100 AC Hipot 5kV 100ma Performs concurrent dielectric withstand and ground continuity test in a single operation, complying with UL, CSA, IEC, VDE, and FCC. Test Voltage: 0 to 5kvac. Output Current: 100mA, adjustable trip point. http://www.kandelelex.com/jpegs/rdlm500bvs5-50-100.jpg
Rohde & Schwarz AMIQ03 B2-B3-K11 The I/Q Modulation Generator AMIQ and the Simulation Software WinIQSIMT open up new dimensions for the generation of I/Q signals. The AMIQ is a dual-channel modulation generator that has consequently been designed for use as an I/Q source. It is programmed and set with the Software WinIQSIMT. The AMIQ outputs I/Q baseband signals or even can generate an IF signal (up to 25 MHz).
Each channel can store 4 000 000 samples (AMIQ04 up to 16 000 000 samples). Even at high symbol rates sequences of sufficient length can thus be generated. With clock frequencies of up to 100 Msample/s and a high amplitude resolution of 14 bits (16 bits resolution with digital output, option AMIQ-B3), AMIQ is the ideal source for any signal in the world of digital modulation.

An automatic amplitude/offset alignment as well as fine adjustment of the skew provide excellent symmetry of the two channels which previously was extremely difficult to attain with dual-channel ARB generators. The error vector can thus be minimised. A typical application of AMIQ and WinIQSIMT is not only to drive the I/Q inputs of a vector signal generator but also for baseband applications, e.g. for testing I/Q modulators/demodulators.

The option AMIQ-B2 provides the inverted outputs for I and Q in addition to the I/Q outputs of the standard AMIQ. The differential outputs are useful for tests of components with differential inputs.
The AMIQ-B3 digital I/Q output option supplies the up to 16-bit data bus for both channels I and Q at a 68-pin front-panel connector on the AMIQ basic unit. The associated bit clock is supplied in addition. Traces generated with WinIQSIMT version 3.10 and higher have a resolution of 14 bits or 16 bits.
Option AMIQ-K11, IS-95 CDMA Software option for interpreting a waveform file generated according to IS95 by WinIQSIMT, version 2.10 or higher. The option is enabled by means of a key number so that the instrument doesn't have to be opened.
Rohde & Schwarz AMIQ03 K11 I/Q Modulation Generator he I/Q Modulation Generator AMIQ and the Simulation Software WinIQSIMT open up new dimensions for the generation of I/Q signals. The AMIQ is a dual-channel modulation generator that has consequently been designed for use as an I/Q source. It is programmed and set with the Software WinIQSIMT. The AMIQ outputs I/Q baseband signals or even can generate an IF signal (up to 25 MHz).
Each channel can store 4 000 000 samples (AMIQ04 up to 16 000 000 samples). Even at high symbol rates sequences of sufficient length can thus be generated. With clock frequencies of up to 100 Msample/s and a high amplitude resolution of 14 bits (16 bits resolution with digital output, option AMIQ-B3), AMIQ is the ideal source for any signal in the world of digital modulation.

An automatic amplitude/offset alignment as well as fine adjustment of the skew provide excellent symmetry of the two channels which previously was extremely difficult to attain with dual-channel ARB generators. The error vector can thus be minimised. A typical application of AMIQ and WinIQSIMT is not only to drive the I/Q inputs of a vector signal generator but also for baseband applications, e.g. for testing I/Q modulators/demodulators.

The option AMIQ-B2 provides the inverted outputs for I and Q in addition to the I/Q outputs of the standard AMIQ. The differential outputs are useful for tests of components with differential inputs.
The AMIQ-B3 digital I/Q output option supplies the up to 16-bit data bus for both channels I and Q at a 68-pin front-panel connector on the AMIQ basic unit. The associated bit clock is supplied in addition. Traces generated with WinIQSIMT version 3.10 and higher have a resolution of 14 bits or 16 bits.
Option AMIQ-K11, IS-95 CDMA Software option for interpreting a waveform file generated according to IS95 by WinIQSIMT, version 2.10 or higher. The option is enabled by means of a key number so that the instrument doesn't have to be opened.		 in stock
Rohde & Schwarz AMIQ04 Waveform Generator 14-bit amplitude resolution; 4,000,000 samples memory depth; 100 MHz sample rate. Two signal outputs (I and Q). Integrated hard disk and floppy disk drive.
Rohde & Schwarz CMD55 B3-4-5-6-9-19-41-42-43-44-61-62 Communications Test Set Features of the Rohde & Schwarz CMD55 Digital Radiocommunication Tester:
Mobile Phone Tester for all GSM bands (GSM900/1800/1900)
Cost-effective solution for production lines
Extremely fast IEEE-bus operation for high production throughput
Versatile measurements for R&D and TQM
High flexibility due to a various choice of parameter settings
Full dynamic power ramp measurements according to GSM Recs
Very fast spectrum due to modulation measurements with 5-pole filter prepared for measurements of DECT Fixed and Portable Parts (ETSI Rec. CTR06)
Options:
CMD-B3 Multifrequency reference input/output. For synchronizing DUT and measuring instrument with internal or external frequencies. Allows synchronization of CMD to an internal or external frequency of 2.048, 10, 13, 26, 39, 52 MHz, or to the GSM bit clock.
CMD-B4 Fast power ramp, phase/frequency error & BER measurement. Provides fast testing and numeric/graphic display of power bursts and phase / frequency error as well as various BER, RBER and FER test routines (necessary for Autotest) Required for options CMD-B41, CMD-B42, CMD-B43, CMD-B44 and CMD-K43
CMD-B41 Includes audio frequency (AF) generator, voltmeter, distortion meter and frequency counter. Allows measurements on the audio interface or on modules. Enables frequency measurements up to 60 MHz which is required for LO alignment Requires CMD-B4
CMD-B42 High dynamic range burst analyzer. Enhances the dynamic range to more than72 dB and allows the power ramp to be measured in the entire specified GSM, GSM1800 and GSM1900 range. Determines whether transmitter blanking in inactive time slots is correct. Requires CMD-B4
CMD-B43 Carries out GSM measurements of spectrum due to switching and modulation according to the GSM, GSM1800 and GSM1900 recommendations faster than any spectrum analyzer Requires CMD-B4 and CMD-B42. Requires CMD-B4 and CMD-B42
CMD-B44 Audio multitone option based on DSP techniques. Makes it possible to generate and measure up to 14 tones in about a second. Useful for loudness rating, frequency response and intermodulation analysis Requires CMD-B4 and CMD-B41
CMD-B6 CMD-B6 Adapters for B6x options. Provides GSM specific signals and trigger signals for CMD52/55/65 on the multifunction connector at the front of the instrument. Requires for options CMD-B61 and CMD-B62
CMD-B61 IEC/IEEE 488-bus interface. Remote control alternative to the RS-232-C interface fitted as standard. Used for fast remote control of CMD. Requires CMD-B6
CMD-B62 Memory card interface. Allows storage of instrument setups and fast and easy upgrade to new software features. Highly recommended Requires CMD-B6		 http://www.kandelelex.com/jpegs/r&scmd55 b3-4-5-6-9-19-41-42-43-44-61-62.jpg in stock
Rohde & Schwarz CMD80 Communications Test Set Supports: CDMA(800/1800/1900MHz bands), IS-136, AMPS, NAMPS, ETACS, NTACS, JTACS. Large LCD display. Cellular and PCS frequencies. Dual-mode CDMA/Analog measurements. Memory card interface. Options: B1,B3,B14,B60,ˇ B61,B81,B82,K2. in stock
Rohde & Schwarz CMD80 Communications Test Set Supports: CDMA(800/1800/1900MHz bands), IS-136, AMPS, NAMPS, ETACS, NTACS, JTACS. Large LCD display. Cellular and PCS frequencies. Dual-mode CDMA/Analog measurements. Memory card interface. Options: B1,B3,B14,B60,ˇ B61,B81,B82,K2. http://www.kandelelex.com/jpegs/r&scmd80.jpg in stock
Rohde & Schwarz CMD80 B1-B3-B14-B60-B61-B62-B81-B82-B84-K1-K2 Communications Test Set Supports: CDMA(800/1800/1900MHz bands), IS-136, AMPS, NAMPS, ETACS, NTACS, JTACS. Large LCD display. Cellular and PCS frequencies. Dual-mode CDMA/Analog measurements. Memory card interface. Options: B1,B3,B14,B60,ˇ B61,B81,B82,K2. http://www.kandelelex.com/jpegs/R&SCMD80 B1-B3-B14-B60-B61-B62-B81-B82-B84-K1-K2.jpg in stock
Rohde & Schwarz CMD80 B1-B3-B14-B60-B61-B62-B81-B82-K1-K2 Communications Test Set Supports: CDMA(800/1800/1900MHz bands), IS-136, AMPS, NAMPS, ETACS, NTACS, JTACS. Large LCD display. Cellular and PCS frequencies. Dual-mode CDMA/Analog measurements. Memory card interface. Options: B1,B3,B14,B60,ˇ B61,B81,B82,K2. in stock
Rohde & Schwarz EMFT TV Test Receiver The Rohde & Schwarz EMFT TV Test Receiver is a continuously tunable test receiver that features two isolated video outputs and two outputs for the Q signal. These outputs enable the measurement of incidental phase modulation of the vision carrier which in turn determines the intercarrier S/N ration of the sound channel.

In addition, the adjustment of linearity and phase equalizing circuits is facilitated through the use of the Q signal. The EMFT is fitted with an audio broadband output which delivers a multiplex signal for driving an MTS decoder. Moreover, a 4.5 MHz intercarrier input and output are provided.

A front panel switch permits selection of envelope or synchronous detection. The RF input voltage and the frequency deviation of the sound carriers are indicated on the analog meter. The sound level is monitored by means of a built-in loudspeaker.

The EMFT receiver features channel selection with digital entry of channel number either in manual or in remote mode (optional). The receiver can control the frequency offset up to +/- 100 kHz and is continuously tunable in all TV bands.		 in stock
Rohde & Schwarz FSH6 Hand-Held Spectrum Analyzer with Preamplifier 100K The Rohde & Schwarz FSH6 is the ideal spectrum analyzer for rapid, high-precision, cost-effective signal investigations. It provides a large number of measurement functions to handle anything from the installation or maintenance of a mobile radio base station, to on-site fault location in RF cables, to development and service.
*Frequency range 100 kHz to 6 GHz
*Internal preamplifier with frequency range from 100 kHz to 6 GHz
*Displayed average noise level typical -135 dBm (RBW 100 Hz)
0.5 dB typ. level accuracy up to 6 GHz
*Resolution bandwidths 100 Hz to 1 MHz, 1 and 3 steps
*Wide range of detectors: sample, max/min peak, auto peak, RMS
Supplied with FSH-Z37 Optical USB interface cable, 1.5 m		 in stock
Rohde & Schwarz FSU26 B10-B23-B25 Spectrum Analyzer 20Hz-26GHz The R&S FSU spectrum analyzers are performance leaders in dynamic range, phase noise, level accuracy, and resolution bandwidth - all factors that are essential for the user's ability to design, characterize, and manufacture next generation wireless elements.

Frequency range 20 Hz to 26.5 GHz
Displayed average noise level -158 dBm (1 Hz)
Phase noise -123 dBc (1 Hz) at 10 kHz
TOI typ. +25 dBm
Resolution bandwidth 1 Hz to 50 MHz
Fast ACP in time domain
Up to 70 measurements per second (including trace transfer via GPIB)
Measurement routines for TOI, MC ACP(R), OBW, CCDF, APD, etc. as standard
Rohde & Schwarz FSU26 B10-B23-B25 Spectrum Analyzer 20Hz-26GHz The R&S FSU spectrum analyzers are performance leaders in dynamic range, phase noise, level accuracy, and resolution bandwidth - all factors that are essential for the user's ability to design, characterize, and manufacture next generation wireless elements.

Frequency range 20 Hz to 26.5 GHz
Displayed average noise level -158 dBm (1 Hz)
Phase noise -123 dBc (1 Hz) at 10 kHz
TOI typ. +25 dBm
Resolution bandwidth 1 Hz to 50 MHz
Fast ACP in time domain
Up to 70 measurements per second (including trace transfer via GPIB)
Measurement routines for TOI, MC ACP(R), OBW, CCDF, APD, etc. as standard		 http://www.kandelelex.com/jpegs/r&sfsu26 b10-b23-b25.jpg
Rohde & Schwarz FSU26 B18-B23-B25 Spectrum Analyzer 20 Hz - 26.5 GHz The R&S FSU spectrum analyzers are performance leaders in dynamic range, phase noise, level accuracy, and resolution bandwidth - all factors that are essential for the user's ability to design, characterize, and manufacture next generation wireless elements.

Frequency range 20 Hz to 26.5 GHz
Displayed average noise level -158 dBm (1 Hz)
Phase noise -123 dBc (1 Hz) at 10 kHz
TOI typ. +25 dBm
Resolution bandwidth 1 Hz to 50 MHz
Fast ACP in time domain
Up to 70 measurements per second (including trace transfer via GPIB)
Measurement routines for TOI, MC ACP(R), OBW, CCDF, APD, etc. as standard
Options: B18 - Removable hard disk
B23 - Preamplifier 20dB 3.6 to 26GHz
B25 - Electronic Attenuator, 0 dB to 30 dB, and 20 dB Preamplifier (3.6 GHz)
Rohde & Schwarz FSU26 B4-B23-B25-K5-K7-K8-K30-K73-K83-K84 Spectrum Analyzer 20Hz-26GHz Frequency range 20 Hz to 26.5 GHz
Displayed average noise level -158 dBm (1 Hz)
Phase noise -123 dBc (1 Hz) at 10 kHz
TOI typ. +25 dBm
Resolution bandwidth 1 Hz to 50 MHz
Fast ACP in time domain
Up to 70 measurements per second (including trace transfer via GPIB)
Measurement routines for TOI, MC ACP(R), OBW, CCDF, APD, etc. as standard
Options: B4 - OCXO 10MHz High Stability Timebase; B23 - Preamplifier 20dB 3.6 to 26GHz; B25 - Electronic Attenuator, 30dB Preamplifier, 10MHz to 3.6GHz; K5 - GSM/EDGE Tests application firmware; K8 - Bluetooth Measurement application firmware; K30 - Noise Figure and Gain Measurement application firmware; K73 - 3GPP-FDD UE Trasmitter Test application firmware; K83 - CDMA2000/1XEV-DV Mobile Station application firmware; K84 - 1xEV-DO Base Station Test application firmware;		 http://www.kandelelex.com/jpegs/r&sfsu26 b4-b23-b25-k5-k7-k8-k30-k73-k83-k84.jpg
Rohde & Schwarz FSU8 Spectrum Analyzer 20Hz - 8GHz http://www.kandelelex.com/jpegs/r&sfsu8.jpg
Rohde & Schwarz FSU8 B4-B25-K5-K8-K30-K73-K84 Spectrum Analyzer 20Hz - 8GHz Frequency range: 20 Hz to 8 GHz. Reference frequency aging: 1 x 10-7/year. Spectral purity: Phase noise typ. -123 dBc (1 Hz) at 10 kHz from carrier; Residual FM 1Hz. Sweep time: Span ≥10 Hz 2.5 ms to 16000 s; Span 0 Hz (zero span) 1 µs to 16000 s. Resolution bandwidth 10 Hz to 50 MHz, FFT filter: 1 Hz to 30 kHz, channel filter, EMI bandwidth. Video bandwidth:1 Hz to 10 MHz. Display range displayed average noise level to +30 dBm. Displayed average noise level (10 Hz RBW): 1 GHz typ. -148 dBm typ. -148 dBm typ. -146 dBm typ. -146 dBm typ. -146 dBm; 7 GHz - typ. -144 dBm typ. -146 dBm typ. -143 dBm typ. -143 dBm; 13 GHz - - typ. -143 dBm typ. -143 dBm typ. -143 dBm. Displayed average noise level with preamplifier ON (,FSU-B25), 1 GHz, 10 Hz RBW <-152 dBm <-152 dBm <-152 dBm <-152 dBm <-152 dBm. Displayed average noise level with preamplifier ON (,FSU-B23), 26 GHz, 10 Hz. RBW <-140 dBm, typ. -150 dBm. Trace detectors max peak, min peak, auto peak, sample, RMS, average, quasi-peak. Total measurement error, f < 3.6 GHz 0.3 dB. Display linearity 0.1 dB (0 dB to -70 dB).
Features:
Versatile resolution filters: Gaussian, FFT, channel, RRC. Comprehensive test routines: TOI, OBW, CCDF; Channel power, ACPR, multicarrier; ACPR. Full choice of detectors: Optional electronic attenuator. Measurement functions for following standards: GSM/EDGE, Bluetoothr wireless technology, TD-SCDMA (BTS/MS), WCDMA node B and UE, HSDPA, cdma2000, cdma2000 1xEV-DO and cdma2000 1xEV-DV (BTS/MS). Speed: Fast ACP test routine in time domain; User-configurable list for fast measurements at frequencies of interest; Up to 70 measurements/s in time domain via IEC/IEEE bus (including trace data transfer). Fast frequency counter with 0.1 Hz resolution in 30 ms. Unrivalled performance. Unmatched dynamic range: TOI typ. +25 dBm, 1 dB compression +13 dBm. Phase noise: typ. -123 dBc (1 Hz) at 10 kHz offset; typ. -160 dBc (1 Hz) at 10 MHz offset. Excellent display linearity <0.1 dB. 84 dB ACLR/3GPP with noise correction.
Options:
FSU-B4 Low-Aging OXCO
FSU-B25 Electronic Attenuator, 0 dB to 30 dB, and 20 dB preamplifier
FS-K5 GSM/EDGE Application Firmware
FS-K8 Application Firmware for Bluetooth Measurements
FS-K30 Application Firmware for Noise Figure and Gain Measurements
FS-K73 3GPP UE FDD Application Firmware
FS-K84 cdma2000 1xEV-DO BTS Application Firmware		 http://www.kandelelex.com/jpegs/r&sfsu8 b4-b25-k5-k8-k30-k73-k84.jpg
Rohde & Schwarz FSU8 K72-K73-K83 Spectrum Analyzer 20Hz - 8GHz Frequency range: 20 Hz to 8 GHz. Reference frequency aging: 1 x 10-7/year. Spectral purity: Phase noise typ. -123 dBc (1 Hz) at 10 kHz from carrier; Residual FM 1Hz. Sweep time: Span ≥10 Hz 2.5 ms to 16000 s; Span 0 Hz (zero span) 1 µs to 16000 s. Resolution bandwidth 10 Hz to 50 MHz, FFT filter: 1 Hz to 30 kHz, channel filter, EMI bandwidth. Video bandwidth:1 Hz to 10 MHz. Display range displayed average noise level to +30 dBm. Displayed average noise level (10 Hz RBW): 1 GHz typ. -148 dBm typ. -148 dBm typ. -146 dBm typ. -146 dBm typ. -146 dBm; 7 GHz - typ. -144 dBm typ. -146 dBm typ. -143 dBm typ. -143 dBm; 13 GHz - - typ. -143 dBm typ. -143 dBm typ. -143 dBm. Displayed average noise level with preamplifier ON (,FSU-B25), 1 GHz, 10 Hz RBW <-152 dBm <-152 dBm <-152 dBm <-152 dBm <-152 dBm. Displayed average noise level with preamplifier ON (,FSU-B23), 26 GHz, 10 Hz. RBW <-140 dBm, typ. -150 dBm. Trace detectors max peak, min peak, auto peak, sample, RMS, average, quasi-peak. Total measurement error, f < 3.6 GHz 0.3 dB. Display linearity 0.1 dB (0 dB to -70 dB).
Features:
Versatile resolution filters: Gaussian, FFT, channel, RRC. Comprehensive test routines: TOI, OBW, CCDF; Channel power, ACPR, multicarrier; ACPR. Full choice of detectors: Optional electronic attenuator. Measurement functions for following standards: GSM/EDGE, Bluetoothr wireless technology, TD-SCDMA (BTS/MS), WCDMA node B and UE, HSDPA, cdma2000, cdma2000 1xEV-DO and cdma2000 1xEV-DV (BTS/MS). Speed: Fast ACP test routine in time domain; User-configurable list for fast measurements at frequencies of interest; Up to 70 measurements/s in time domain via IEC/IEEE bus (including trace data transfer). Fast frequency counter with 0.1 Hz resolution in 30 ms. Unrivalled performance. Unmatched dynamic range: TOI typ. +25 dBm, 1 dB compression +13 dBm. Phase noise: typ. -123 dBc (1 Hz) at 10 kHz offset; typ. -160 dBc (1 Hz) at 10 MHz offset. Excellent display linearity <0.1 dB. 84 dB ACLR/3GPP with noise correction.
Options:
FS-K72 Modulation and code domain power measurements to 3GPP TS 24.141 on base station signals (node B)
FS-K73 Modulation and code domain power measurements to 3GPP TS 25.121 on mobile station signals (UE)
FS-K83 Modulation and code domain power measurements on cdma2000/1xEV-DV mobile station signals (UE)		 http://www.kandelelex.com/jpegs/r&sfsu8 k72-k73-k83.jpg
Rohde & Schwarz HK116 Biconical Dipole Antenna 20 - 300MHz HK116
Frequency range 20 to 300 MHz
Polarization linear
Nominal impedance 50 W
VSWR 2.5 typ.
Max. input power 20 W
Connector N female
Operating temperature -40 to +55°C
Dimensions (L x W x H) 1380 mm x 530 mm x 720 mm
Weight 3 kg		 http://www.kandelelex.com/jpegs/r&shk116.jpg
Rohde & Schwarz HL223 Log Periodic Antenna 200-1300MHz HL223
Frequency range 200 to 1300 MHz
Polarization linear
Nominal impedance 50 W
VSWR 2, typ. 1.6
Max. input power 1500 to 600 W CW
Gain >6 dBi
Connector N female
Max. wind speed 200 km/h (without ice deposit)
Dimensions (L x W) 710 mm x 765 mm
Weight 2 kg
Rohde & Schwarz NRP-Z11 Universal Power Meter-Sensor 10MHz-8GHz 200pW(-67d The R&S®NRP-Z11 universal rf power sensor is, with a dynamic range of 90 dB for measurement of CW and modulated signals and a maximum power of +23 dBm, a very useful measurement instrument for a vast number of measurement tasks.

*True universal power sensor for a vast number of applications
*10 MHz to 8 GHz
*-67 dBm to +23 dBm (200 pW to 200 mW)
*90 dB dynamic range for CW and modulated signals
*Innovative three-path diode power sensor with enhanced inter-range performance
*Continuous average, burst average, timeslot average, time gating and trace mode supported (video bandwidth 100 kHz)
*Automatic burst detection and acquisition
*Up to 1500 measurements/s (buffered mode)
*Low sensitivity to harmonics		 in stock
Rohde & Schwarz NRVZ5 Diode Sensor 100KHz-6GHz 10nw-500mw The Rohde & Schwarz NRV-Z5 is a medium-sensitivity sensor. Based on diode detectors with 20 dB attenuator, these sensors provide true RMS power measurement in the range from 10 nW to 1 mW and up to 500 mW for sinewave signals. Compared to thermocouple sensors, shorter measurement times can be attained with these sensors. N connector.
Rohde & Schwarz NRVZ55 Thermocouple Power Sensor DC - 40GHz 1uw - 100mw Thermal power sensor 50 Ohm 0 - 40 GHz, 1 µW - 100 mW K (2.92 mm) male, 1.3 m cable (p/n 1081.2005.02) in stock
Rohde & Schwarz SME03 Signal Generator 5KHz - 3GHz Frequency: 5KHz to 3GHz with .1Hz resolution. Output: -144 to +13(16dBm) with .1dB(.01)dB resolution and ±1dB accuracy. SSB Phase Noise(@1GHz): -126dBc/Hz(20KHz offset). Features: sweep; GP-IB; 50W RF,35VDC overload protection; self diagnostics. Options: B1=<.001 ppm/day Reference Oscillator; http://www.kandelelex.com/jpegs/r&ssme03.jpg in stock
Rohde & Schwarz SME03 B1-B4-B5-B8-B11-B12 Signal Generator 5KHz - 3GHz Frequency: 5KHz to 3GHz with .1Hz resolution. Output: -144 to +13(16dBm) with .1dB(.01)dB resolution and ±1dB accuracy. SSB Phase Noise(@1GHz): -126dBc/Hz(20KHz offset). Features: sweep; GP-IB; 50W RF,35VDC overload protection; self diagnostics. Options: B1=<.001 ppm/day Reference Oscillator; B4=Pulse Generator; B5=FM/Phase modulator; b8=Pulse Modulator; B11=DM Decoder; B12=DM Memory(8Mbit). http://www.kandelelex.com/jpegs/r&ssme03 b1-b4-b5-b8-b11-b12.jpg in stock
Rohde & Schwarz SME06 Signal Generator 5KHz-6GHz Frequency: 5KHz to 6GHz with .1Hz resolution. Output: -144 to +13(16dBm) with .1dB(.01)dB resolution and ±1dB accuracy. SSB Phase Noise(@1GHz): -126dBc/Hz(20KHz offset). Features: sweep; GP-IB; 50W RF,35VDC overload protection; self diagnostics. Options: B1=<.001 ppm/day Reference Oscillator; B2=LF Generator up to 500KHz; B4=Pulse Generator; B5=FM/Phase Modulation; B9=Pulse Modulator; B11=DM Decoder(Mod Types:FSK,4FSK,FFSK,GFSK,GMSK,QPSK.) http://www.kandelelex.com/jpegs/r&ssme06.jpg
Rohde & Schwarz SMG/B1/B2 Signal Generator/100KHz-1GHz/TCXO Frequency Range: 100KHz to 1000MHz with 1Hz resolution. Level: -137 to +13dBm(overrange +16dBm) with 0.1dB resolution. Spectral purity: harmonics;<-30dBc, <-140dBc broadband noise. Modulation: AM, FM(dc to 100KHz), FSK, PhM, and pulse. RF and AF(option B2) sweep. Option B2 offers an internal modulation generator, 10Hz to 100KHz. Option B1 is a 10MHz, 1 x 10(-9) time base.
Rohde & Schwarz SMHU52 Synthesised Signal Generator 100KHz - 4.32GHz Features:
Extremely high spectral purity
Frequency setting time <1 ms
Frequency resolution 0.1 Hz
RF, AF, level and memory sweeps
Broadband FM from DC to 1 MHz
Frequency-accurate and drift-free FM DC for FSK applications
OCXO as a reference
Pulse modulator
http://www.kandelelex.com/jpegs/r&ssmhu52.jpg in stock
Rohde & Schwarz SMHU56 RF Signal Generator 100KHz - 4320MHz +19dBm Outpu The SMHU56 Signal Generator can generate complex test signals for modern communications and radar systems. Its high versatility is based upon the great variety of modulation capabilities in conjunction with high spectral purity and frequency hopping.

The I/Q and the broadband AM/FM modulators make all digital and analog modulation modes for directional radio and satellite communications possible. Modern radio networks use digital modulation methods, for which the SMHU58 is ideally suited due to the high accuracy of its I/Q modulator.

For modulation using serial data signals, coders can be integrated for the necessary signal processing and filtering to relevant standards. The optional coders produce filtered analog signals from a serial data stream for driving the I/Q modulator. The accuracy of the resulting phase modulation meets all requirements placed on a reference signal for NADC, DECT, PDC, and GSM testing. The CDMA coder uses Qualcomm chips to generate standard channels.

Broadband FM can be used for fast FSK, analog sweeping, video modulation, and for generating chirp signals.

I/Q Modulator for Any Phase and Amplitude Modulation (PSK, QAM, ASK, etc.), Modulation Bandwidth DC to 200 MHz
Second, Coherent Carrier for Simple I/Q Demodulation
Broadband Amplitude Modulation for TV Applications
Broadband Frequency Modulation for Satellite Communications, Radar, and Video Applications
Optional Coders for Generating Modulating Signals for Digital Radio Networks to Relevant Standards (GSM, NADC, DECT, CDMA)
Frequency Hopping - 4800 Stored Frequency and Level Settings
Parallel Bus Interface for External Addressing of Memories
Setting Time <1 ms for Frequency-agile Systems
High Spectral Purity for Out-of-channel Measurements and LO Applications
High Output Power (+19 dBm)
High Carrier Frequency Accuracy and Drift-free FM DC for FSK and VCO Modes
Fast AM DC for Generating Level Bursts
RF, AF, Level, and Memory Sweeps for Automatic Test Runs		 http://www.kandelelex.com/jpegs/r&ssmhu56.jpg in stock
Rohde & Schwarz SMHU58 RF Signal Generator 100KHz - 4320MHz +19dBm Outpu The SMHU58 Signal Generator can generate complex test signals for modern communications and radar systems. Its high versatility is based upon the great variety of modulation capabilities in conjunction with high spectral purity and frequency hopping.

The I/Q and the broadband AM/FM modulators make all digital and analog modulation modes for directional radio and satellite communications possible. Modern radio networks use digital modulation methods, for which the SMHU58 is ideally suited due to the high accuracy of its I/Q modulator.

For modulation using serial data signals, coders can be integrated for the necessary signal processing and filtering to relevant standards. The optional coders produce filtered analog signals from a serial data stream for driving the I/Q modulator. The accuracy of the resulting phase modulation meets all requirements placed on a reference signal for NADC, DECT, PDC, and GSM testing. The CDMA coder uses Qualcomm chips to generate standard channels.

Broadband FM can be used for fast FSK, analog sweeping, video modulation, and for generating chirp signals.

I/Q Modulator for Any Phase and Amplitude Modulation (PSK, QAM, ASK, etc.), Modulation Bandwidth DC to 200 MHz
Second, Coherent Carrier for Simple I/Q Demodulation
Broadband Amplitude Modulation for TV Applications
Broadband Frequency Modulation for Satellite Communications, Radar, and Video Applications
Optional Coders for Generating Modulating Signals for Digital Radio Networks to Relevant Standards (GSM, NADC, DECT, CDMA)
Frequency Hopping - 4800 Stored Frequency and Level Settings
Parallel Bus Interface for External Addressing of Memories
Setting Time <1 ms for Frequency-agile Systems
High Spectral Purity for Out-of-channel Measurements and LO Applications
High Output Power (+19 dBm)
High Carrier Frequency Accuracy and Drift-free FM DC for FSK and VCO Modes
Fast AM DC for Generating Level Bursts
RF, AF, Level, and Memory Sweeps for Automatic Test Runs		 http://www.kandelelex.com/jpegs/r&ssmhu58.jpg in stock
Rohde & Schwarz SMIQ03 Vector Signal Generator 300 KHz To 3.3 GHz 0.3 GHz to 3.3 GHz, 0.1 Hz resolution
Versatile and Broadband Generation of Digitally Modulated Signals up to 7 Msymbol/s
Analog and Digital Modulation Capabilities
Generation of TDMA and CDMA Signals to all Main Mobile Radio Standards
Broadband I/Q Modulator with Outstanding Vector Accuracy
Optional Internal Fading Simulator to Test Specifications of Mobile Radio Standards
Option:
B1: OXCO Reference Oscillator
B5: FM Phase modulation
B10: Digital modulation
B11: Internal data generator incl. 4 Mbit memory		 http://www.kandelelex.com/jpegs/r&ssmiq03.jpg
Rohde & Schwarz SMIQ03 B50 Vector Signal Generator 300KHz - 3.3GHz 0.3 GHz to 3.3 GHz, 0.1 Hz resolution
Versatile and Broadband Generation of Digitally Modulated Signals up to 7 Msymbol/s
Analog and Digital Modulation Capabilities
Generation of TDMA and CDMA Signals to all Main Mobile Radio Standards
Broadband I/Q Modulator with Outstanding Vector Accuracy
Optional Internal Fading Simulator to Test Specifications of Mobile Radio Standards
Option:
B1: OXCO Reference Oscillator
B5: FM Phase modulation
B10: Digital modulation
B11: Internal data generator incl. 4 Mbit memory
B50: High-Speed CPU		 http://www.kandelelex.com/jpegs/r&ssmiq03 b50.jpg in stock
Rohde & Schwarz SMIQ03B Vector Signal Generator 300KHz - 3.3GHz The Rohde & Schwarz SMIQ03B Signal Generator offers solutions for today and tomorrow. Frequency Range: 300KHz to 3.3GHz with .1Hz resolution and <1x100(-6)/year accuracy. Output: -144dBm to +13dBm with 0.1 and .01dB resolution and <.9dB uncertainty. Analog and Digital modulation. Versatile and broadband generation of digitally modulated signals up to 18Msymbol/s. Broadband I/Q modulator with outstanding vector accuracy. http://www.kandelelex.com/jpegs/r&ssmiq03b.jpg in stock
Rohde & Schwarz SMIQ03B B1-B11-B12-B14-B17-B20 Vector Signal Generator 300KHz-3.3GHz The Rohde & Schwarz SMIQ03B Signal Generator offers solutions for today and tomorrow. Frequency Range: 300KHz to 3.3GHz with .1Hz resolution and <1x10(-9)/day
accuracy(opt.B1). Output: -144dBm to +13dBm with 0.1 and .01dB resolution and <.9dB uncertainty. Analog and Digital modulation. Versatile and broadband generation of digitally modulated signals up to 18Msymbol/s. Broadband I/Q modulator with outstanding vector accuracy.
Options:
B1 Reference Oscillator
B11 Data Generator And TDMA Standards
B12 32 Mbit Memory Extension
B14 Fading Simulator,1085.4002.02
B17 Noise And Distortion Generator
B20 Modulation Coder		 http://www.kandelelex.com/jpegs/r&ssmiq03b b1-b11-b12-b14-b17-b20.jpg
Rohde & Schwarz SMIQ03E B10-B11 Vector Signal Generator 300KHz - 3.3GHz The economy models SMIQ02E and SMIQ03E have especially been designed for the needs in production, environments and satisfy the requirement for an economically attractive solution with an outstanding price/performance ratio.
Main features
 Versatile and broadband generation of digitally modulated signals up to 7 Msymbol/s
 Analog and digital modulation capabilities
 Generation of TDMA and CDMA signals to all main mobile radio standards
 Broadband I/Q modulator with outstanding vector accuracy
 Optional internal fading simulator to test specifications of mobile radio standards

Frequency Range 300 kHz - 3.3 GHz. Frequency Resolution 0.1 Hz. Output Range -140 dBm to +13 dBm. Output Resolution 0.1 dB. Time Base Stability 0.000001 ppm. Spectral purity: Harmonics at level Ł10 dBm <-30 dBc; SSB phase noise at 1 GHz, carrier offset 20 kHz, 1 Hz bandwidth; SMIQ02E/SMIQ03E CW <-116 dBc; Vector modulation: <-113 dBc. Modulation with SMIQ02E/SMIQ03E: Frequency/phase modulation internal, external AC/DC, two-tone with two modulation channels; with PM:
bandwidth 2 MHz only for channel 2 Max. deviation FM PhM, bandwidth 100 kHz/2 MHz depending on carrier frequency: 5 to 20 MHz, 50 to 200 rad/2.5 to10 rad. Modulation frequency range FM DC to 8 MHz. Digital standards with options SMIQB10 and SMIQB11: GSM, NADC, PDC, PHS, CDMA,
IS-95.		 http://www.kandelelex.com/jpegs/r&ssmiq03e b10-b11.jpg in stock
Rohde & Schwarz SMP02 Microwave Signal Generator 2-20GHz The Microwave Signal Generator R&S SMP is a reliable, high-precision signal source featuring high output power, high spectral purity and excellent pulse modulation. It is able to supply different modulations for any measurement on radar and communication equipment. A wide range of options ensures universal use in R&D, production, EMC and environmental measurements as well as in material testing.
Spectral purity is one of the most important parameters for many applications. The R&S SMP family offers the lowest SSB phase noise of typical -109 dBc (1 Hz) at f = 10 GHz and 10 kHz offset.A classical field of application for microwave generators is the testing of radar receivers. Each R&S SMP has a precise pulse modulator built in by default.In addition to conventional CW capabilities, the R&S SMP family also supports classical analog modulation without any restrictions. The basic unit includes not only AM, FM and SCAN, but the digital modulation types ASK and FSK as well. The different modulations can also be combined to create more realistic signals.		 http://www.kandelelex.com/jpegs/r&ssmp02.jpg
Rohde & Schwarz SMP04 B1-B2-B5-B11-B12-B13-B14 Microwave Signal Generator 10MHz - 40GHz The Microwave Signal Generator R&S SMP is a reliable, high-precision signal source featuring high output power, high spectral purity and excellent pulse modulation. It is able to supply different modulations for any measurement on radar and communication equipment. A wide range of options ensures universal use in R&D, production, EMC and environmental measurements as well as in material testing.
Optional pulse modulator and pulse generator
Digital RF, AF and level sweep
Storage of 50 complete instrument setups
Optional phase modulator
ASK/FSK modulation, phase offset settings
Extremely low SSB phase noise at 10 GHz (<–105 dBc (1 Hz) at 10 kHz from carrier)
Very short frequency setting time <11 ms + 5 ms/GHz
Extremely high level accuracy <±0.9 dB at 0 dBm in frequency range 10 MHz to 40 GHz

Options:
SMP-B1 - OCXO Reference Oscillator
SM-B2 - LF Generator
SM-B5 – FM / pM Modulator
SMP-B11 - Frequency Extension
SMP-B12 - Pulse Modulator
SMP-B13 - Pulse Modulator
SMP-B14 - Pulse Generator		 in stock
Rohde & Schwarz SMU200A B10-13-103-203-K11-12-17-40-42-43-61 Vector Signal Generator Specifications:
Frequency range: 100 kHz to 3GHz. Setting time <3 ms. Setting time in List mode <450 µs. Level Range -145 dBm to +13 dBm (PEP, 3 GHz). Range with high-power output option -145 dBm to +19 dBm (PEP, 3 GHz). Spectral purity (at f = 1 GHz): Nonharmonics; Carrier offset >10 kHz; Carrier offset >850 kHz; <-80 dBc; <-86 dBc. SSB phase noise(20 kHz carrier offset, 1 Hz measurement bandwidth) typ. -135 dBc. Wideband noise (carrier offset >5 MHz, 1 Hz measurement bandwidth): typ. -153 dBc (CW); typ. -149 dBc (I/Q modulation). ACLR; 3GPP test model 1, 64 DPCHs typ. 70 dB RF modulation bandwidth. Using external I/Q inputs 200 MHz. Using internal baseband section 80 MHz. Supported modulation types: AM DC to 500 kHz. Pulse 0 kHz to 100 kHz. ASK 0 % to 100 %; FSK MSK, 2FSK, 4FSK, PSK BPSK, QPSK, OQPSK, π/2 DBPSK, π/4 DQPSK, π/8 D8PSK, π/4 QPSK, 8PSK, 8PSK EDGE, QAM 16QAM, 32QAM, 64QAM, 256QAM, 1024QAM. Supported standards and digital systems: GSM/EDGE, 3GPP FDD, 3GPP TDD, TD-SCDMA, cdmaOne, CDMA2000r, 1 x EV-DO, IEEE 802.11a, IEEE 802.11b, IEEE 802.11g, TETRA, Bluetoothr, AWGN, user-defined multicarrier CW. Interfaces: IEEE 488.2, LAN (100BaseT), 3 x USB, 1 x USB slave, VGA.
Options:
RF Path A: SMU-B103 100 kHz to 3 GHz
RF Path B: SMU-B203 100 kHz to 3 GHz
Baseband
2)SMU-B10 Baseband Generator with ARB (64 Msamples) and Digital Modulation (realtime)
2)SMU-B13 Baseband Main Module
Digital modulation systems
SMU-K40 Digital Standard GSM/EDGE
SMU-K42 Digital Standard 3GPP FDD
SMU-K61 Multicarrier CW Signal Generation
Digital modulation systems using WinIQSIMT
SMU-K11 Digital Standard IS-95 (with WinIQSIMT)
SMU-K12 Digital Standard CDMA2000r (with WinIQSIMT)
SMU-K17 Digital Standard 1xEV-DO (with WinIQSIMT)
Rohde & Schwarz SMY02 Signal Generator 9 KHz To 2.08 GHz The SMY02 Signal Generator is a cost-effective instrument for testing AM, FM, and ΦM receivers and for component measurements.
Frequency Range 9 kHz to 2.08 GHz
Frequency Resolution 1 Hz
Level Range -140 to +13 dBm, Over Range up to 19 dBm
Level Accuracy Better than 1 dB
SSB Phase Noise <-114 dB at 1 GHz, DELTAf = 20 kHz
AM, FM, phiM, and Pulse Modulation
Modulation Generator 1 Hz to 500 kHz
RF Overload Protection 50 W (SMY02)
Low RF Leakage (<0.1 µV)
Non-volatile Storage for up to 50 Complete Front-panel Setups
GPIB
Calibration at 3-Year Interval		 in stock
Rohde & Schwarz SMY02 Signal Generator 9 KHz To 2.08 GHz The SMY02 Signal Generator is a cost-effective instrument for testing AM, FM, and ΦM receivers and for component measurements.
Frequency Range 9 kHz to 2.08 GHz
Frequency Resolution 1 Hz
Level Range -140 to +13 dBm, Over Range up to 19 dBm
Level Accuracy Better than 1 dB
SSB Phase Noise <-114 dB at 1 GHz, DELTAf = 20 kHz
AM, FM, phiM, and Pulse Modulation
Modulation Generator 1 Hz to 500 kHz
RF Overload Protection 50 W (SMY02)
Low RF Leakage (<0.1 µV)
Non-volatile Storage for up to 50 Complete Front-panel Setups
GPIB
Calibration at 3-Year Interval		 http://www.kandelelex.com/jpegs/r&ssmy02.jpg in stock
Rohde & Schwarz UAF Video Analyzer The Rohde & Schwarz UAF signal analysis comprises 25 video and test line parameters and covers all important levels as well as linear and nonlinear distortions such as 2T K rating, frequency response and hum. The position of the test lines can be freely selected over the entire picture area and in the field blanking interval; storage of up to eight test configurations is possible. Owing to its variable integration time, the R&S UAF can be adapted to all test conditions. Using the shortest integration time of less than 1 s, the R&S UAF is ideal for all alignments, be it in the studio or in production.
Features
? Ease of operation
? 3 signal inputs
? 25 video parameters
? Limit monitoring
? Full-field measurements
? Convenient result display
? Freely selectable test signal
? Memory card
? Printer interface
? Remote control (IEC/IEEE bus)
? Small dimensions
? High-speed measurements		 http://www.kandelelex.com/jpegs/r&suaf.jpg
Rohde & Schwarz URV5 RF DC Millivoltmeter Power Meter 2-Channel Millivoltmeter URV5 is a broadband voltage, level and power meter of high accuracy and sensitivity. It is suitable both for manual operation and for use in systems. A wide choice of individually calibrated probes and sensors allows URV5 to be used for a great variety of measurements:
With RF probe and DC probe for no-load AC and DC voltage measurements
Voltage (and power) measurements in coaxial 50 W and 75 W systems using low-reflection and low-loss insertion units
Power measurements up to 26.5 GHz using Power Sensors NRV-Z1 to -Z6		 http://www.kandelelex.com/jpegs/r&surv5.jpg in stock
Rohde & Schwarz ZVC62 B2-B4-B5-B7-K9-B16 8GHz Network Analyzer The Rohde & Schwarz, Inc. ZVC62 network analyzer is an instrument which measures the complex transmission and reflection characteristics of two-port devices in the frequency domain. It does this by sampling the incident signal, separating the transmitted and reflected waves, and then performing ratios that are directly related to the reflection and transmission coefficients of the two-port. Frequency is swept to rapidly obtain amplitude and phase information over a band of frequencies of interest.

Rohde & Schwarz, Inc. ZVC62 network analyzers utilize synthesized-frequency sources to provide a known test stimulus that can sweep across a range of frequencies or power levels. Rohde & Schwarz, Inc. ZVC62 network analyzers also can perform ratioed measurements (including phase), which require multiple receivers. The Rohde & Schwarz, Inc. ZVC62 can provide a wealth of knowledge about a device under test (DUT), including its magnitude, phase, and group-delay response.
Features
Excellent dynamic range: >130 dB (IF bandwidth 10 Hz)
Low inherent noise : <-130 dBm (measurement bandwidth 3 kHz)
Broad frequency range for universal use: 20 kHz to 8 GHz (ZVCE, ZVC)
High measurement speed: <125 µs/point (normalized) <240 µs/point (fully calibrated)
Fast data transfer via IEC/IEEE bus: Transfer time <15ms (200 points)
High sweep rate: >>25 sweeps/s (200 points)
Manual calibration techniques: TOM, TRM, TRL, TNA, TOM-X, TOSM
Automatic calibration AutoKal: Compatibility with PC, CAE
Internal PC with Windows NT operating system suitable for PC applications
Roto Form Mfg Corp 151 Roto II Lead Former And Cutter The Roto IIr, Model 151 Axial Component Former combines the time proven tape fed design with a non-jamming mechanized "walking beam" Loose Parts Feeder to give you the best of both techniques in one economical machine. You can leave both feeders mounted on the machine and simply load the one you need. Easy to use and adapts to most sizes. Includes optional counter that can be preset to stop after count is reached. in stock
Roto Form Mfg Corp 172 Roto-trim Circuit Board Lead Trimmer This machine has a variable speed cutting blade and is manually operated. The board is held in place by clamps on the platform.
Sage 930A Service Monitor The Sage 930A is a used Combination Test Set that is designed to meet all of the applications associated with testing Network Switching and DS1 Facilities. The standard Sage 930A is a high performance Signaling, TIMS and Return Loss Measuring Set with a built-in DP, MF and DTMF sender.
Features: 2- and 4-Wire Access; Loop & Ground Start; Reverse Battery; E&M Signaling Types I and V; Level and Frequency (20 Hz to 5 kHz); C-MSG, C-Notch, 3 kHz Flat Noise; Signal-to-Noise Ratio; 2- and 4- Wire Return Loss; DP, MF & DTMF Sender with Talk Battery; DC Volt and Milli-ammeter; Wink Timing; Impedances 150, 600, 900 & 1200.		 in stock
Saunders & Associates 100HF Crystal Impedance Meter Line test crystal oscillator; 1 to 60MHz. in stock
Schaffner NSG2025-3 Fast Transient Burst Generator 4.4kV 1MHz 30A 1-Ph The Schaffner NSG 2025 is a high end burst generator and the choice for users who need the maximum in pulse amplitude/frequency capabilities, flexibility, coupling network features and EUT connectivity. Based on a 'buildingblock' concept, the Schaffner NSG 2025 lets you select and combine pulse generator, coupling and EUT adapters to create a flexible, upgradeable EMC test work station to match your needs today and into the future. It covers all the widely used burst test specifications of IEC, EN, ANSI-IEEE as well as the known extended manufacturer's requirements.

The Schaffner NSG 2025 offers the most extensive range of pulse voltages and burst frequencies available in a single instrument. Pulses can be coupled into the mains supply voltage or applied as a pure high voltage for data and signal line testing.

Pre-programmed IEC standard tests are available at the touch of a button and pulse parameters are user configurable - manually via front panel control or via PCWindows software control. Not only does the Schaffner NSG 2025 meet all the requirements of current world test standards with comfortable margins, it also anticipates likely future modifications with functions including a user-configurable burst frequency to 1MHz and extended selectable coupling modes.

Specifications:
Unit Power: 100 - 115 V and 220 - 240 V, 50 - 60 Hz
Pulse Amplitude: 200 V to 4.5 or 8 kV (open circuit) adjustable in steps of 20 V
Polarity: positive or negative, selectable
Rise Time: 5ns ±20% (50 W, 10 - 90%)
Pulse Width: 50ns ±30% (50 W and 1 W), 100ns ±50% open circuit
Pulses Per Packet: 1 to 150 pulses
Burst Duration: Pulses per packet / burst frequency, (15ms burst duration as per IEC 1000-4-4 up to 10 kHz)
Burst Repetition: 100ms to 10s ±2ms or 2%
Impedance: 50 W ±20%
Coupling Network: 1-phase or 3-phase
EUT Supply: Switched by remote control, 24 to 500 Vac, 50 - 60 Hz
Coupling Modes: Line to reference ground (IEC 1000-4-4), selected lines together to reference ground, all lines to reference ground (common mode)
Phase Angle: Asynchronous/synchronous 0 - 360° ±2°
Coupling Capacitance: 33 nF
Decouple Attenuation: >20 dB
Cross Talk Attenuation: >30 dB
Weight: 55.1 lbs (25 Kg)		 http://www.kandelelex.com/jpegs/sfrnsg2025-3.jpg
Schaffner NSG-203A AC Voltage Variation And Dropout Plug-in Used in NSG-200 mainframe.. Simulates complete power interrupts and brownouts.
Schaffner NSG-431 E.S.D. Simulator Test electrostatic charging between person and machine. Discharge voltage: 2 to 21KV. Repetition Frequency: approx. 20Hz. Positive polarity, single or continuous mode of operation. in stock