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Butterfly Packaged Laser Diode Mount with Compact Heat Sink, Type-2 Pin Configuration, SMA Connector for RF Modulation Input

  • type 2 butterfly laser diode mount

sku / item#: RLS / BTY-T2-XHR
ships: In-Stock (USA) -- Quantity Available: 1

Key Features
  • Designed for Direct-Solder of Butterfly Package to PCB Pads
  • Type-2 Laser Diode Pinout (Telecom Laser)
  • Right-Angle XH 10-Pin Connector Interface for Electrical Bias
  • SMA Connector RF Modulation Input
  • Soldered Connections for High Reliability
  • Offered by ELOP Tech, 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 $169.00
key specifications
  • Connector: Right-Angle XH 10-Pin Male
  • Pinout: Type-2 (Telecom Laser)
  • RF Modulation: SMA Connector, 50 Ω Impedance
  • Maximum TE Current: 3 Amps
  • Maximum Laser Current: 3 Amps
  • Laser Mounting Screws: 4x M2.5 HEX (included)
  • Dimensions (mm): 66 x 50 x 43

Product Overview:

Butterfly Packaged Laser Diode Mount and Heat Sink Overview

This butterfly packaged laser diode mount and heat sink is one of a series of affordable solutions designed for laboratory and R&D applications.

The Model RLS / BTY-T2-XHR features a 10-pin right-angle XH connector to interface with the laser diode controller. The pre-configured laser diode pinout is Type-2, commonly used for telecom lasers, and uses a 50 Ω SMA connector for RF signal input.

To protect the laser diode from ESD while soldering it to the mount PCB, always take precautions to work in an ESD safe environment . Additionally, the W1 jumper is installed by default and protects the laser diode from ESD damage by shorting the anode and cathode. Install the W1 jumper when the laser diode is not in use or is disconnected from the current source. Make sure to remove the W1 jumper after connecting the mount to the laser source and before switching on the laser diode current source. Finally, a good quality thermal grease or thermal interface pad can be used to ensure good thermal contact between the laser diode package and the heat sink.

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