| Model 533 | Operating Manual, Model 533 Dual Output, Dual Polarity High Voltage Power Supply |
| Model 762 | Operating Manual, Model 762 Seed Laser Diode Driver |
| Model 762 ICD | Interface Control Document, Model 762 Seed Laser Diode Driver |
| Model 762 GUI | Graphic Interface Program (GUI) Zip file, Model 762 Seed Laser Diode Driver |
| Model 763 | Operating Manual, Model 763 Seed Laser Diode Driver |
| Model 766 | Operating Manual, Model 766 Seed Laser Diode Driver |
| Model 767 | Operating Manual, Model 767 Picosecond Laser Diode Driver |
| Model 7612A | Operating Manual, Model 7612A Semiconductor Optical Amplifier Driver |
| Model 785 | Historical data only. For new programs see Model 785A Diode Driver
|
| Model 785A | Operating Manual, Model 785 Diode Driver
|
| Model 786 | Operating Manual, Model 786 Diode Driver |
| Model 787 | Operating Manual, Model 787 Diode Driver |
| Model 779B | Operating Instructions, Model 779B Pulsed or CW OEM Laser Diode Driver
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Model 7701B
| Operating Manual, Model 7701B (& 7701A) High Power Pulsed or CE OEM Laser Diode Driver
|
| Model 591A | Installation and Operation Manual, Model 591A 3kW CW Arc Lamp Driver
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| Model 5901 | Installation and Operation Manual, Model 5901 6kW CW Arc Lamp Driver |
| Models 5703A & 5704A | Operating Manual, Model 5703 and 5470 Capacitor Charging Power Supply |
| Models 5723 & 5724 | Operating Manual, Model 5723 and 5724 Capacitor Charging Power Supply |
| Models 5753 & 5754 | Operating Manual, Model 5753 and 5754 Capacitor Charging Power Supply |
| Model 8212A | Operating Manual, Model 8212A Pockels Cell Driver |
| Model 8800D | Operating Manual, Model 8800D Laser Diode Controller |
sales@analogmodules.com | 
1-407-339-4355
OEM Electronics for laser welding and cutting
Hybrid eyesafe laser rangefinder receiver is designed for laser rangefinding & surveying equipment. Compact construction is ideal for miniature applications. Fast recovery from To overload allows ranging to close objects without compromising long range performance. The incorporation of an InGaAs APD gives very high sensitivity with time programmed gain to minimize false targets. Operation at both 1.06 µm and 1.54 µm is possible over a wide range of pulse widths.
