Sidense White Paper Discusses the Use of 1T-OTP Memory for Optimizing Sensor Performance

OTTAWA, ON and SANTA CLARA, CA - Sidense has released a white paper, "Optimizing Sensor Performance with 1T-OTP Trimming," discussing the advantages of using antifuse-based one-transistor, one-time programmable (1T-OTP) memory to trim sensors.

Variations in component and circuit characteristics, along with chip processing and packaging operations, result in deviations of analog circuits and sensors from their target specifications. To optimize the performance of the systems in which these components are placed, it is necessary to "trim" interface circuitry to match a specific analog circuit or sensor. A 1T-OTP based trimming operation compensates for variations in the analog circuits and sensors due to manufacturing variances of these components.

You can find the white paper on the Sidense website at:
http://ctt.marketwire.com/?release=1072935&id=3699382&type=1&url=http%3a%2f%2fwww.sidense.com%2fnews-a-events%2farticles%2f2013%2f451-optimizing-sensor-performance-with-1t-otp-trimming.html
 

Suggested Articles

Accessible point-of-care devices could transform both agriculture and medicine.

The misnomer lies in the idea there is rarely an “ideal” power solution for any given design.

Global magnetic sensor market is anticipated to reach $3,053.5 Million by 2028.