ANLD-600B 

Advanced Laser Diode Driver
Our engineered laser diode driver incorporates cutting-edge semiconductor laser driving technologies that lead international standards. The system delivers superior performance through:

Key Advantages:
High-output current capability
Exceptional current accuracy (±0.01mA typical)
Excellent constant-current characteristics
Enhanced noise immunity (780nArms max)

Comprehensive protection features:
• Over-current protection (600mA max)
• Over-voltage protection (2.8V limit)
• Thermal shutdown (50°C max)

Performance Benefits:
✓ Ensures stable laser diode operation
✓ Extends device lifespan significantly
✓ Ideal for demanding applications in:

Industrial systems
University research labs
Government research institutions

Laser Pin Configuration Diagram

PIN1 Pinout(PUMP) PIN1 Pinout(PUMP)
1 THERMISTOR 14 NC (No Connection)
2 THERMISTOR 13 LD+ (Laser Diode Anode)
3 LD- (Laser Diode Cathode) 12 LASER RF
4 MONITOR ANODE (+) 11 LD+ (Laser Diode Anode)
5 MONITOR CATHODE (-) 10 NC (No Connection)
6 TEC+ (Thermoelectric Cooler Anode) 9 CASE (Chassis Ground)
7 TEC- (Thermoelectric Cooler Cathode) 8 CASE (Chassis Ground)

General Parameters

Technical Specifications
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) - - 780 nArms
Current Noise Density - - 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
PD Current 0 - 2.5 mA
Temp. Resolution - 0.002 - °C
Temp. Stability - 0.002 - °C
Temp. Control Range 5 25 50 °C
Input Voltage - 5 - V
Power Consumption - - 15 W
Operating Temperature 0 - 45 °C
Storage Temperature -10 - 60 °C
Dimensions (W×H×D) - 116×90×35 - mm

Ordering Information

製品コード
ANLD-600B

Applications

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

Key Features

Standard Butterfly Clamp for Effortless Laser Diode Replacement
Precision Automatic Temperature Control (ATC) System
Protection mechanisms include overcurrent, overvoltage, overheating, gradual current rise, and gradual current decay, among others
Equipped with excellent laser diode protection mechanisms and fault diagnosis functions
Integrated with host computer communication capabilities to enable smoother parameter configuration






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