ROHM Semiconductor GmbH Datasheets for Diode Lasers

Diode lasers use light-emitting diodes to produce stimulated emissions in the form of coherent light output. They are also known as laser diodes.
Diode Lasers: Learn more

Product Name Notes
For Leveling, Ranging
For Motion Sensor for Gesture Control, 3D Depth Sensor
For Sensor, Barcode Scanner
For Sensor, Laser Printer, Multi Function Printer
For Sensor
RLD63NPC5 is 630nm Low power single mode Laser Diode for Sensors and Barcode scanner, Leveling machine.
RLD63NPC5 is 635nm single mode Laser Diode for Sensor, Bar-code scanner, Leveling, Ranging.
RLD90QZW3 realizes a longer detection distance and improved sensing accuracy due to its narrow emission width. ROHM's unique structure makes it possible to achieve high energy conversion efficiency and reduce...
RLD90QZW5 realizes a longer detection distance and improved sensing accuracy due to its narrow emission width. ROHM's unique structure makes it possible to achieve high energy conversion efficiency and reduce...
RLD90QZW6 realizes a longer detection distance and improved sensing accuracy due to its narrow emission width. ROHM's unique structure makes it possible to achieve high energy conversion efficiency and reduce...
RLD90QZW8 realizes a longer detection distance and improved sensing accuracy due to its narrow emission width. ROHM's unique structure makes it possible to achieve high energy conversion efficiency and reduce...
RLD94PZJ5 is 940nm multi mode Laser Diode for Motion Sensor, 3D Depth Sensor.
ROHM's 660nm low power laser diodes command a large market share-a testament to their high reliability. The wide range of outputs can respond to a variety of needs.
ROHM's 780nm high-speed laser diodes are widely used primarily as light sources for laser printers. They are also ideal for use as a general laser light source in sensor application.
VCSEL (Vertical Cavity Surface Emitting Laser) has a lot of flexibility of mounting than FPLD, and is a product that has advantages in wavelength spectrum width and wavelength temperature dependence.