C mount (laser)

In laser technology, a C mount is a method of packaging a laser diode using an alloy of copper and tungsten (CuW, hence "C mount") as a heatsink for the laser component. Typical wavelengths of laser energy generated by C mount devices are between 680 and 980 nm, and with a typical output power rating of up to 7 watts.^[1] They are one of three commonly used mounts for laser assemblies, the others being the T-can or TO-can for Transistor Outline Package TO-5 and the so-called "butterfly" mount.^[2]

References

^ Advanced Thermal Management Materials. Springer. p. 132. ISBN 978-1-4614-1962-4.
^ Slawomir Sujecki (2015). Photonics Modeling and Design. CRC Press. p. 197.

[1] Advanced Thermal Management Materials. Springer. p. 132. ISBN 978-1-4614-1962-4.

[2] Slawomir Sujecki (2015). Photonics Modeling and Design. CRC Press. p. 197.

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