In the first of this series of articles on chip scale atomic clocks, I shared about an atomic clock, what it is and how they are more accurate than Quartz clocks. Read Thermally-Improved Read more »
Let’s talk atomic clock technology!
Before we get into the details of the thermally-improved Microsemi chip scale atomic clock, allow me to share Read more »
These examples offer a view into what the chip-scale era in timekeeping will look like. The SA.45s CSAC delivers the accuracy and stability of an atomic clock to portable applications for the first time — Read more »
Performance Benchmarks
As innovative as the CSAC’s design is, most users will gauge its value by its performance benchmarks. In summary, these include the following:Read more »
The SA.45s CSAC employs coherent population trapping (CPT) to interrogate an atomic frequency. A laser illuminates atoms in a resonance cell with polarized radiation at two sidebands separated by the atomic resonance frequency. The atoms are excited Read more »
In a series of coming posts, we’ll write about how leading-edge technology enables a chip scale atomic clock. Please read the series and share your feedback with us.
Products | Applications | Company | Careers | Investors | Survey | Privacy Policy | Terms & Conditions | Product Disclaimer | Terms of Use | Blog | 
Copyright © 2018 Microsemi Corporation. All rights reserved. The Microsemi logo is a registered trademark of Microsemi Corporation.