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Pulse Current Driver and TEC Controller Board for Semiconductor Optical Amplifier Devices

  • Analog Modules Model 7612A SOA Controller
  • Analog Modules SOA Controller
  • Dimensions for Analog Modules SOA Controller

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sku / item#: 7612A
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Key Features
  • Semiconductor Optical Amplifier Controller
  • Pulse Width Range from < 10 nanoseconds to CW
  • 1200 mA of Drive Current
  • Integrated TEC Controller
  • Repetition Rate: Single Shot to 50 MHz
  • Designed-In Laser / SOA Protection Circuits
Product Warranty
All products purchased from Laser Lab Source
are sold with a full one-year warranty.
See terms & conditions for full details.
The Laser Lab Source group websites include:
  • LaserDiodeSource.com
  • LaserLabSource.com
  • LaserDiodeControl.com

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MODEL 7612A
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General SPECIFICATIONS
  • Output Current: 0.1 to 1.2 A
  • Bias Current: 0 to 90 mA
  • Compliance Voltage: 3.0 V
  • Repetition Rate: Single Shot to 50 MHz
  • Duty Cycle: 0 to 100 %
  • Rise time (Optical) @ 1A: 6 to 10 ns
  • Fall time (Optical) @ 1A: 6 to - ns
  • TEC Current: 0 to ±3.0 A
  • TEC Voltage: 0 to ±4.2 V
  • Input Power: +4.75 to +5.25 VDC
  • Dimensions: 3.44
  • Refer to Datasheet for Additional Specifications

Product Overview:

Semiconductor Optical Amplifier Controller Overview

These pulse drivers for laser diodes are optimized for controlling semiconductor optical amplifiers, supplying the drive current, the TEC controller, and the butterfly mounting pads. These 1.2 amp output current modules are designed to fully control a butterfly packaged fiber-coupled SOA. These driver and control modules operate as trans-conductance amplifiers with an input DC voltage and a scaling current output. These units from Analog Modules include a TEC controller to precisely stabilize the temperature of the module; a heatsink is required to dissipate the waste heat from the TEC inside the butterfly package.

Pulse Driver Protection Features:
These modules include an adjustable current limit to protect the diode from over-current damage. Also, the driver is automatically disabled when the laser diode temperature exceeds the TEC controller set-point by ±1˚C. The pulse driver current is disabled when the laser current field effect transistors which control the bias current have a junction temperature which exceeds 125˚C. These modules include all required cables.

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