LDC501 - Laser Diode Controller
Stanford Research Systems - SRS
The LDC501 is the ideal instrument for controlling the current and temperature of your laser diodes. It has the performance and features you expect from instruments costing twice as much.
With a low-noise current source that delivers up to 500 mA, a 36 W high-precision temperature controller, and standard computer interfaces including Ethernet, the LDC501 is the right choice for your laser diode testing and control applications.
Laser Diode Controller
Laser Diode Controller
- 500 mA low-noise current source
- Low drift (<10 ppm/°C)
- High bandwidth modulation (1.1 MHz)
- Dynamic switching between CC and CP modes
- GPIB, RS-232 and Ethernet interfaces
- 36 W output power
- High stability 0.0005 °C/°C
- Thermistor, RTD and IC sensors
- Auto-tuning of loop parameters
- Dynamic switching between CT and CC modes
LYDYA-CW Laser Diode Drivers
Laselec
Designed to drive diodes, diode bars and diode stacks, with or without TEC controller.This driver makes it possible to control a whole laser system through a single user-friendly and powerful interface.
MUCH MORE THAN JUST A LASER DIODE DRIVER...
Main Features :
- Current : from 5A to 200A
- Voltage: from 5 V to 50 V
- Power : from 50 W to 3000 W
- Designed to drive diodes, bars and stacks
- Self-adaptation to the load
- Diodes protection circuitry
- Internal function generator
- Thermo-Electric Cooler or Chiller control.
- Q-switch trigger module
Featuring analog and digital input output LYDYA can aslo control :
- Pockel cells or acousto-optics cells
- Intra cavity and extra cavity Shutters
- Diode overheating security
- Cooling system
- Laser safety
LYDYA - Q-CW Laser Diode Drivers
Laselec
These high power laser diode drivers Quasi-CW driving up to 40 diode bars, with or without TEC controller.
Q-CW Laser Diode Drivers capable to drive a complete Laser System
Main Features :
- Pulsed current up to 180 A
- Compliance voltage up to 96 V
- Average output power : 1250 W
- Designed to drive diodes, bars and stacks
- Pulse width from 20μs to 1,5 ms
- Short rise and fall times (<20μs)
- Overshoot < 1%
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