Explanation on Digital Temperature Accuracy, NXP Application Note

Lots of things like ideality, high frequency interference, differential noise, layout guideline, series resistance, error, application, thermal sensor accuracy, accuracy, and common mode noise are presented in this application note. Inside this application note the reader can read info like sensor accuracy, temperature sensor accuracy, electronics, voltage, remote sensor accuracy, remote sensing, remote temperature sensor, pcb, temperature, and sensors.

This application note presents things around equation, semiconductors products, temperature sensor, digital temperature sensor, response time, temperature error, resolution, remote thermal sensor, thermal sensor, and noise. The following are selected from this application note:

Optimal final system performance, however, depends on several external factors including the characteristics of the remote diode, PCB layout, external noise influence, or choice of sensor placement. The influence of these external effects on local and remote thermal sensors’ accuracy is detailed in this document.

Also, this application note contains information around diode equation, noise figure, sensor resolution, temperature accuracy, capacitance, sensor, resistance, ideality factor, and sensing diode.

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