Amplifier Research Corp.
Souderton, PA 18964
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Software provides compliance testing to military standards.
Suitable for compliant testing to MIL-STD 461/462 and DO 160, Model SW1006 addresses radiated susceptibility, conducted immunity, and pre-compliance emissions. It includes ability to program test level and modulation scheme by frequency. Model SW1006 also performs different test methodologies necessary for compliant IEC 61000-4-3, -4-6, MIL-STD 461/462, and DO 160 testing.
Read More »Positioner supports high-gain, log periodic antennas.
Compatible with antenna Models AT2526 and AT5026, non-conductive Model AP5010 is built on casters to facilitate movement in shielded room or in open site testing. Design allows test engineer to position antenna for vertical or horizontal polarization and permits antenna to be tilted at 30Ã-
Read More »Dual Band TWT Microwave Amp simulates 600 V/m radar pulse.
Model 750TP1G3/200T provides RF power to simulate 600 V/m radar pulse requirement of GM 3097 and Ford ES-XW7T-1A278-AC automotive specifications. It can also provide 200 W CW power to satisfy requirements of both standards to achieve 70 V/m over 1-2 GHz frequency range. This 750/500 W pulse amplifier, suited for pulse applications at low to moderate duty factors, covers 1.15-1.45 and 2.7-3.1 GHz...
Read More »Broadband Amplifier covers 100 kHz to 250 MHz range.
Delivering 500 W of power, solid-state Model 500A250 features digital front panel and remote interface. Design offers hinged top cover and removable side covers, which can be opened while amplifier is operating. Model 500A250 is suited for EMC and RFI testing, as well as calibration of RF transducers.
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Automotive Transient Simulator includes various test pulses.
Ultra-Compact Simulator (UCS) for automotive transients, UCS 200M, incorporates EFT/burst generation, micropulse generation, and coupling network to carry EUT currents of up to 200 A, depending on configuration. FreeStyle Mode, offered via ISM ISO 4 Software, allows generation of micropulses with variable test voltages, rise-times, and pulse durations. Product can be combined with existing EM...
Read More »Test Software meets automotive standards.
ISM ISO v4.0 is designed for EM Test automotive transient immunity testing systems. It enables current and future users of EM Test 200 Series Immunity Test Systems to test to standards from Ford, General Motors, and Daimler Chrysler. Versions of ISO 21848-4 and ISO 16750-2 and manufacturer standards from Fiat, Freightliner, Mack Truck, Volvo, VW, Hyundai, and Scandia have been added to previously...
Read More »Test Simulator targets automotive transients.
Model UCS 200M incorporates EFT-Burst generation and Micropulse generation as per international standards and world-wide vehicle manufacturer specifications. Coupling network carries EUT currents of up to 200 A. Simulator offers FreeStyle Mode via ISM ISO 4 software to allow generation of Micropules with variable test voltages, rise-times, and pulse durations.
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Amplifiers suit communication components testing.
Broadband amplifier models 400S1G4 and 450S1G3 work as driver amplifiers in testing wireless and communication components and subsystems and have full rated power across band. Former consists of 400 W, 0.8-4.2 GHz unit that can cover multiple frequency bands, while latter delivers 450 W from 0.8-3 GHz. Both models are 100% VSWR tolerant, have digital control panels for local and remote control,...
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Amplifiers provide wide range of power and bandwidth.
Broadband amplifier Model 400S1G4 is a 400 W, 0.8-4.2 GHz unit suitable for CDMA, W-CDMA, TDMA, GSM, and high-power EMC test applications. Model 450S1G4 delivers 450 W of power from 0.8-3 GHz. Both models are 100% VSWR tolerant. Offering low noise, low distortion, and full rated power across the band, amplifiers are suited for use as driver amplifiers in testing wireless and communication...
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Handheld Simulator meets standards for ESD test results.
Equipped with discharge module, unit meets discharge current specifications of IEC 61000-4-2 draft 2. Mechanical construction limits radiated fields to similar values as measured for real human body discharges, and position of discharge unit, in relation to DUT, has minimal influence on test results.
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