High Precision, Ultra Stable
Temperature Controllers & Laser Diode Drivers
High Precision, Ultra Stable
Temperature Controllers & Laser Diode Drivers
HOME PRODUCT SELECTOR
  MPL500 Laser Diode Driver   RoHS CompliantLaser Diode Schematics
Low Noise - up to 500 mA LD current
Operates all LD / PD pin configurations
Single supply operation: +12 to +15 V
Slow Start & Current Limit Protection
Mechanical Relay Protection
RMS Noise & Ripple: < 3 μA
24 hour Current Stability: < 75 ppm
Constant Current or Constant Power Mode
Onboard setpoint and limit controls
Size: 3.55 x 3.5 x 1" chassis mount
MPL500 Laser Diode Driver
Quantity 1 2-4 5-24
Prices $ 339.00 $ 279.00 OEM Contact Factory
To order use part number: MPL500
Prices are in US dollars.
 
Request a quote from factory or distributorRequest Quote
Buy from factory or distributorPurchase
Sometimes discounted stock is available Discount Stock
Technical detail about product Datasheet
The MPL500 is a very low noise laser diode driver. It operates from +12 to +15 V and is very easy to set up for any laser diode / photodiode configuration. Cabling to the female Dsub15 connector is available: WCB102. A smaller low noise laser diode driver is available in the FL500.

Two photodiode ranges provide variable sensitivities for optimum operation. You can maintain excellent stabilty when operating in both constant current and constant power mode. Setpoint and current limit trimpots are easilly accessible and offer precision control. A slow start circuit, mechanical shorting relay, and current limit offer maximum protection for your laser diode even when power is removed. The level of current set by the current limit is always drawn from the DC power supply.

The MPL500 is used in electro-optical equipment.

Free, effective, and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard product can be easily modified to meet your application requirements.
PRIVACY POLICY Copyright © 2008-2010 by Wavelength Electronics, Inc.
This site is optimized for Mozilla Firefox 2.0 and IE 6.0, minimum versions.
SITE MAP