ANLD-600A

ANLD-600A laser diode driver designed by our company currently adopts internationally advanced semiconductor laser driving technology. It boasts advantages such as high output current, high current accuracy, excellent constant current characteristics, and strong noise immunity, while also incorporating protective measures against overcurrent, overvoltage, and overheating. This ensures stable operation and extended lifespan of the laser diode. It is highly suitable for various enterprises, universities, and research institutions.

Laser Pin Configuration Example

PIN1 Pinout (PUMP) PIN1 Pinout (PUMP)
1 TEC+ (Thermoelectric Cooler Anode) 14 TEC- (Thermoelectric Cooler Cathode)
2 THERMISTOR 13 CASE (Chassis Ground)
3 Monitor Anode (+) 12
4 Monitor Cathode (-) 11 LD- (Laser Diode Cathode)
5 THERMISTOR 10 LD+ (Laser Diode A

Technical Specifications

Product Parameter Min. Typ. Max. Unit
LD Drive Current 0 - 600 mA
LD Current Resolution - 0.01 - mA
LD Terminal Voltage - - 2.8 V
RMS Noise (10Hz-1MHz BW) - - 780 nArms
Current Noise Density (1kHz) - - 830 pA/√Hz
DC 3dB Bandwidth - 10 - MHz
DC Modulation Gain 0.8 8 80 mA/V
TEC Drive Voltage - - ±3 V
TEC Current - - 1.2 A
Photodiode Current 0 - 2.5 mA
Temperature Resolution - 0.002 - °C
Temperature Control Range 5 25 50 °C
Input Voltage - 5 - V
Power Consumption - - 15 W
Operating Temperature 0 - 45 °C
Storage Temperature -10 - 60 °C

Ordering Information

製品コード
ANLD-600A

Applications

Production and Testing of Optical Fiber Passive Devices
Applications in Laboratory and Scientific Research Fields

Key Features

Provides a standard butterfly-type clamp for easy replacement of laser diodes
Stable and highly reliable automatic temperature control system
Protection mechanisms for overcurrent, overvoltage, overheating, gradual current rise, and gradual current fall
Excellent laser diode protection mechanisms and fault diagnosis functions
Equipped with host computer communication functions to enable smoother parameter setting






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