The Model 767 Data Sheet has been released and published to AMI’s web site.
Longwood, FL – September 9, 2020. Analog Modules, Inc. is pleased to celebrate the 40th Anniversary of its incorporation on this date in 1980. AMI’s founder Ian Crawford, originally from Edinburgh, Scotland, had been designing laser-based systems for Ferranti when…
AMI’s Model 8800 series of flashlamp and laser diode controllers have been a fixture in laser laboratories around the world for >25 years. These microprocessor controlled systems were preceded by the rotary switch and dial controlled Models 883 and 884…
Two Designs for Fixed and Variable Pulse Width Applications AMI offers two capacitor charging power supply designs. The Model 5703A is designed for charging deep cycling capacitors typical of fixed pulse width SCR switched systems. The Model 5704A is designed…
AMI’s Model 785A is a versatile laser diode driver for driving high power laser diodes in both pulsed and CW applications at up to 20 A, 26 V. In addition to the extremely low noise and ripple performance the 785A…
AMI’s Models 8800D and 8800V can be programmed to output a string of pulses. From the Model 8800D & 8800V Manuals: Burst mode is a batch command. This instructs the microprocessor to run a burst or to trigger the output…
New Model 533 Differential Output ±1 kV Power Supply The Model 533 is a highly efficient, cost effective, voltage regulated, differential high voltage power supply capable of providing up to ±1,000 V at up to 125 W total output power. A…
The Model 762-EXT is an excellent choice for high current, high speed modulation diode driver, CW to 10 MHz. The standard Model 762 is capable of producing square wave pulses; the Model 762-EXT option allows the user to apply an…
Analog Modules, Inc. announces the release of its High Repetition Rate Pockels Cell Driver and High Voltage Power Supply Longwood, FL – April 21, 2020. Analog Modules, Inc. is pleased to announce the release of its High Repetition Rate Pockels Cell…
The Active PFC bread board testing is complete and looks very promising. Operating with an input from 90 to 253 VAC, 1Ø, 50/60 Hz we achieved efficiency of 95-98%. With 90 VAC input we were easily able to achieve 1.5…