Single mode laser diodes for spectral range 759 – 766 nm

• Center Wavelength: 759 – 766 nm (exact center wavelength to be specified together with the supplier)
• Longitudinal and transverse single mode operation
• Laser type: DFB, DBR or VCSEL (DFB or VCSEL preferred), other integrated technics that assure single mode operation can be discussed
• Spectral Linewidth <100MHz, <10MHz preferred
• Mode Hop free tuning range: ≥ 0.3nm (symmetrically around center wavelength) via current tuning (frequency 100Hz)
• Laser Output Power >100µW over the whole tuning range
• Ideally Laser Output Power < 500µW over the whole tuning range (to be compliant to Laser Class 1). A reduction of the laser output power by the use of apertures or filters is possible within our optomechanics if necessary.
• SMSR ≥ 30dB (side mode suppression ratio)
• Package: TO5 with integrated TEC and thermistor (sealed package with AR coated window), other packages can be discussed if TEC and thermistor are integrated
• Ambient Temperature Range (during operation): -20°C to 55°C, the TEC must be able to ensure stable operation at the operation point over the whole ambient temperature range
• Ambient Temperature Range (transportation and storage): -40°C to 85°C
• MTTF > 50000h
• RoHS conform

We are looking for concise, non-confidential proposals. The proposal should:

• Describe the technical approach
• Include a description of the responding organization or team and their experience.

To respond, please use the Respond button located to the right of this page.

Please note that only non-confidential information can be accepted. By submitting a response you represent that the response does not contain and will not be deemed to contain any confidential information of any kind whatsoever.  By submitting a response, you acknowledge that Siemens, in its sole discretion, may select or reject a response or any portion thereof.

Your NineSights community profile should contain all required information in order to provide us with appropriate contact information for your responses. For questions about NineSights privacy and security, please feel free to post in our Community Help forums.