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Low Noise Control & Mounting Module; Optimized for Single Frequency / Single Mode Laser Diodes

$4195.00  
sku / item#: TDLAS / Control and Mount Module
ships: 2 to 3 weeks

Key Features
  • Low Noise Control & Mounting Module for Butterfly Packaged Single Mode Laser Diodes
  • Optimized for Tunable Diode Laser Absorption Spectroscopy and Applications Requiring High Current and Temperature Stability
  • 1500mA Current Source, 12 Watt TEC Controller and Butterfly Mounting Socket
  • Noise and Ripple < 0.03% Full Scale
  • Millikelvin Temperature Stability
  • USB Interface, Includes Programming Tools Software Suite, DLL Library and GUI
  • User Adjustable Laser Output Power by On-Board Control Knob, Analog Voltage Signal or USB
  • Models for Type 1 and Type 2 Pin Configurations (refer to pin layouts in images below)
  • Offered by AeroDIODE, a Laser Lab Source Marketplace Seller
  • Sold & Supported in North America by: LaserDiodeControl.com, part of the
    Laser Lab Source Marketplace Group

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Why do Scientists & Engineers Choose Laser Lab Source?

MODEL TDLAS / Control and Mount Module
PRICE $4195.00
LASER DIODE CURRENT SOURCE
  • Output Current: 0.00 mA - 1500.00 mA
  • Output Compliance Voltage Maximum: 4.8 Volts
  • Current Noise and Ripple: < 0.03% of full scale
  • Current Set-Point Resolution (@ 100 mA): 0.0025 mA
  • Current Stability (24 hour): Better than 15 ppm
  • Back-Facet Monitor: Yes (Variable Gain)
  • External Photodiode Measurement: Yes (Variable Gain)
LASER DIODE TEC CONTROLLER & MOUNTING SOCKET
  • Zero Insertion Force Mounting Socket with Clamping Arms
  • Low Thermal Resistance Anodized Aluminum Butterfly Mount Base Plate
  • Standard Pre-Configured Pin Wiring for Type 1 and Type 2 Configurations
  • All Pin Configurations Available (request)
  • TEC Current: ± 3A
  • TEC Voltage: 4.6V
  • Temperature Sensor Compatibility: NTC Thermistors
  • Temperature Control Stability (typ) : 0.001°C
  • TEC Control Loop Type: Bipolar
Laser Diode Protection
  • User Set Current Limit
  • User Set Temperature Limit
  • Safety Interlock
  • Soft-Start Ramp to Current Set-Point
  • Transient and ESD Surge Clamp
  • Closed Short Circuit (when laser OFF)
Modulation, user INTERFACE and power input
  • PC Interface: USB with GUI and Control Software
  • Analog Voltage Control Input: 0 to 5V (DC to Full Scale Laser Bias Current)
  • Side Panel Manual Control Adjustment Knob
  • External Modulation Input Bandwidth: DC ~ 100 kHz (500 kHz on request)
  • Modulation Transfer Function: 20mA/V
DIMENSIONS and Included Parts
  • Dimensions: 130mm (W) 110mm (L) 37mm (H)
  • Weight: < 0.5 kgs
  • Power Supply: +24VDC Power Supply Included
  • USB Cable: Micro-Connector to Standard PC USB Connector Included
Pin Configuration Model Numbers
  • -T1 (type 1 pin configuration)
  • -T2 (type 2 pin configuration)
  • -T2B (type 2 pin configuration with Bias-T)

Product Overview:

LOW CURRENT NOISE / HIGH TEMPERATURE STABILITY LASER DIODE CONTROL AND MOUNTING MODULE:

These fully integrated laser diode controller and mounting modules for butterfly packaged devices are designed for cost effective precision control of single mode and single frequency semiconductor lasers in research labs. These controllers provide a low noise CW laser diode current source and a high efficiency TEC controller with a pre-configured mounting socket. The mounting plate for the laser has a high surface flatness and finish to provide a low thermal impedance between the package at the heat sink base. The standard pin configuration is the "Type 1" package style. "Type 2" and other package configurations are available on request.

INTEGRATED LASER DIODE PROTECTION:

The integrated laser diode protection circuits protect your device under test at all times. A user set current limit and user set temperature limit clamp both the bias current and the operating temperature to prevent damage to the laser. A soft-start current ramp to the user defined current set-point protects the laser from the possibility of thermal shock or current surges. Also, the integration of the mounting socket directly with the current source eliminates the need for cables and connectors from the current path. This greatly reduces the likelihood of ESD damage to the laser which can occur from plugging and unplugging cables. Set-point and limits are set using a simple one screen graphical user interface which is opened when you connect your PC to the USB interface. The GUI control software is included with the purchase price and offers users simple set-up and control.

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