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300mA, Ten-Channel Laser Diode Driver with Photodiode Measurement

  • 10 Channel Precision Laser Diode Driver
  • 10 Channel Precision Laser Diode Driver Bench Mounted
  • 10 Channel Precision Laser Diode Driver Cable Connections
  • 10 Channel Precision Laser Diode Driver Interface
  • 10 Channel Precision Laser Diode Driver Dimensions
  • 10 Channel Precision Laser Diode Driver Pinout
  • 10 Channel Precision Laser Diode Driver GUI Screen

$6200.00  
sku / item#: RLS/LDC/E-Multicurrent10
ships: Inquire

Key Features
  • 300 mA Precision Laser Diode Drivers
  • Ten Independent Laser Driver Channels
  • Ten Independent Photodiode Measurement Channels
  • Connectivity: Ethernet, Micro-USB, and WiFi
  • Over-The-Air Updates with Continuous Improvements and Added Functionality
  • Offered by Luzwavelabs, a Laser Lab Source Marketplace Seller
  • Sold & Supported in North America by: LaserDiodeControl.com, part of the
    Laser Lab Source Marketplace Group
Manufacturer/Seller, Shipping & Warranty Information

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MODEL RLS/LDC/E-Multicurrent10
PRICE $6200.00
General SPECIFICATIONS
  • Laser Driver Output: 0 - 300 mA at 5 V, 0 - 100 mA at 20 V
  • Current Output Ranges: 25 mA, 100 mA, 300 mA
  • Current Setpoint Resolution: 16 Bits over the Selected Range
  • Setpoint Resolution: 0.4 μA (25 mA span)
  • Setpoint Resolution: 1.5 μA (100 mA span)
  • Setpoint Resolution: 4.5 μA (300 mA span)
  • Current Noise Density: < 10 nA/rtHz from 1 kHz at 150 mA output
  • Output Polarity: Floating output current, not connected to chassis GND. All the cathodes are connected among them. Compatible with Cathode Grounded and Floating Anode-Cathode lasers. Contact us for Anode Grounded compatibility.
  • Compatibility: Type A-B or Type C (defined at factory)
  • Photodiode Measurement Resolution: > 20 bits
  • Connectivity: Ethernet, Micro-USB, WiFi
  • Power Input: 12 VDC, 8 A Maximum
  • Power Connector: 4pin DIN. ACDC external power adapter included
  • Dimensions (L x W x H): 206 mm x 122 mm x 33.4 mm
  • Operating Temperature: 0 ℃ to 40 ℃
  • Refer to Datasheet for Additional Specifications

Product Overview:

300mA, Ten-Channel Laser Diode Driver with Photodiode Measurement Details

The Luzwavelabs LDC/E-Multicurrent10 miniature laser controller features ten 300 mA current drivers, with high resolution photodiode current measurement capability.

This innovative and attractive ten-channel laser diode driver is compact, provides precise and reliable control of different types of laser diodes, and features integrated magnets for secure mounting to an optical table.

Easy to Use GUI Interface

The LDC/E-Multicurrent10 laser diode controller is easily operated with the intuitive GUI interface over WiFi, Ethernet, or Micro-USB. A Windows-compatible application and LabView drivers are available for download from the Luzwavelabs website.

Smart and Functional Design Features

    + Unique compact design
    + Integrated magnets for optical table attachment
    + Integrated magnets for easy stack-up with other LDC/E modules
    + Wifi mesh capabilities for direct mesh connection with other LDC/E modules for advanced interoperability

10x Independent Current Sources

    + 300 mA maximum current with high stability
    + Floating, isolated output: compatible with floating and cathode-grounded laser diodes. All outputs share cathode terminal
    + Compliance voltage selectable by software (5V to 20V) to drive all kinds of loads from lasers, SOAs, modulators to heaters, and high voltage lasers.
    + Software selectable output range (25, 100, 300 mA)
    + 16 bit resolution
    + SAMTEC microcoaxial output for high performance, high density and low cost external connections

10x Photodiode Measurement

    + Type A-B or Type C compatibility (defined at factory)
    + High resolution measurement (>20 bits)
    + Programmable internal amplifiers for different photodiode response
    + High speed readout for PI and VI curves
    + SAMTEC microcoaxial input for high performance, high density and low cost external connections

Why do Scientists & Engineers Choose Laser Lab Source?

  • Get DIRECT, Fast Tech-Support from the Product Engineer, No Sales Person in the Middle

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