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Turn-Key 852nm Laser Diode Source & Control Module; Excellent Power and λ Stability; Collimated Beam Output

  • 852nm Laser Diode 125mW Top View
  • 852nm 125mW laser diode fiber option
  • 125mW 852nm Laser Diode Power Stability Graph, Model LDX-852NM-125MW
  • 852nm Laser Diode Software, Model LDX-852NM-125MW
  • 852nm-125mw-laser-diode-infographic
  • Information 852nm 125mW
  • Accessories 852nm 125mW

sku / item#: DLA490262 / 852NM-LASER-MODULE
ships: Request a Quote for Current Ship Date

Key Features
  • 852nm Center Wavelength; User Adjustable Laser Output Power & Laser Temperature
  • Single Tranverse Mode; TEM00
  • User Adjustable Laser Temperature Tuning & Laser Output Power
  • Excellent High Power Stability: < 1% over 10 hours
  • Includes USB Interface and Control GUI
  • Available with Fiber Coupled Output, Fiber Patch Cord with FC/PC Connectors
  • Includes PowerController Power Supply Unit
  • Offered by RGB Photonics, a Laser Lab Source Marketplace Seller
  • Sold & Supported in North America by: LaserDiodeSource.com, part of the
    Laser Lab Source Marketplace Group

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PRICE $4799.00
Laser Diode Output
  • Wavelength: 852nm (± 5nm standard; ± 1nm on request)
  • User Adjustable Output Power Range: 0 ~ 125mW
  • Power Stability: 1% (10 hours)
  • Beam Diameter: 1.1 × 2.2 mm to 1.2 × 4.3 mm (customized on request)
  • Beam Alignment: < 5 mrad and < 0.1 mm (relative to base mount)
  • Beam Mode: TEM00
  • Polarization: Linear > 100:1
  • Beam Alignment: < 5 mrad and < 0.1 mm
  • Pointing stability: < 5 µrad/K
  • Temperature Control Accuracy: < 10 mK
  • Warm-Up Time: 5 seconds
  • Modulation: Analog & Digital External Modulation DC to 1.5 MHz
  • Drive Mode: Active Current Control (ACC)
  • Dimensions: 63.5 × 31.0 × 32.5 mm (laser head)
  • Dimensions: 98.6 x 31.0 × 32.5 mm (w/ optional Powerbox)
  • Weight 94 g (laser head)
  • Weight 163 g (w/ optional Powerbox)
  • Operating Temperature: 0 °C to 45 °C (non-condensing)
  • Storage Temperature: -25 °C to 70 °C
  • CDRH Classification: 3b, (4 for laser output > 500 mW)
User Control Modes (by USB):
  • Laser Output Power Set-Point (User Adjustable)
  • Laser Temperature Set-Point (User Adjustable)
  • Modulation
OPTIONS AND ACCESSORIES (request details and pricing)
  • Option Model “FC
  • Option Model “PC”: Fiber Optic Patch Cable, Single Mode and Multimode Available; FC/UPC Connector Style
  • Option Model “CM”: Collimating Optics
  • Model “ST”: Mechanical Shutter

Product Overview:

852nm Laser Diode Module Overview

These high stability 852nm laser diode modules offer up to 125mW of user adjustable output power. These modules are designed for demanding applications that require both high stability and excellent beam quality. They offer user adjustable output power, user adjustable temperature, a USB interface and control software. They can be configured with a free-space output or a fiber coupled output.

These modules connect to your PC through a USB interface and include the GUI based control software. The user interface makes set-up quick and easy. These laser diode based modules are available with multiple options to optimize the laser for your application. Accessories include a fiber coupler with fiber patch cord, a mechanical shutter and collimating optics. They are manufactured by RGB Photonics, Germany.

High Stability through Precision TEC Based Temperature Control and Low Noise Control Electronics

These diode laser modules include an embedded TE cooler which keeps the temperature at a precise set-point. The active temperature control loop ensures very high short and long term stability. The user can adjust the temperature to fine tune the wavelength through the control software. Also, a low noise current source design enables the low noise laser output.

  • Simple Set-Up and Complete Control using Graphical User Interface / L-Tune Software

    All operating parameters can be set, monitored and controlled from your PC using the Ltune laser control software for Windows. A simple to use graphical interface allows you to adjust the laser power and the temperature. Alternatively, the laser can easily be controlled from your own application software. Please request the Operating Manual for a detailed description of the communication protocol.

  • Small Footprint for Integration into OEM Product or into your R&D Laboratory Set-Up

    The design and small footprint are optimized to provide easy integration into OEM systems or into a lab R&D set-up. The PowerController power supply module is included in the purchase price. It connects directly into the back of the laser head through a d-Sub connector. These lasers have a wide range of options including a mechanical shutter and a fiber coupled output adapter.

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