Metal Resistance Temperature Sensors

In course

Eiusmod anim laboris ex proident Lorem incididunt dolor ut amet ad labore. Esse culpa tempor aliqua duis eu amet Lorem exercitation fugiat qui aliqua laborum laboris. Do officia cillum ut ullamco et culpa excepteur culpa. Consectetur mollit minim labore ad fugiat. Occaecat cupidatat eu sint veniam sint enim nisi. Aliqua do mollit labore mollit deserunt consectetur velit nisi ea excepteur. Duis laboris aute incididunt excepteur elit mollit et ipsum laboris.

Description

This lecture covers the principles of metal resistance temperature sensors, including the use of nickel and platinum resistors, voltage dividers, and linearization techniques. It also discusses the characteristics, calibration, and applications of thermistors, emphasizing their high sensitivity and time constants.

Instructors (2)

ipsum laboris reprehenderit

Occaecat fugiat in aute minim commodo tempor laborum nulla. Ea nisi do in sint quis excepteur. Consectetur incididunt aute nulla esse veniam qui amet. Ipsum cupidatat ea dolore cillum anim consectetur. Commodo velit minim cillum non ut. Aliquip amet commodo voluptate pariatur quis incididunt Lorem nulla qui esse non occaecat enim.

irure est mollit

Aliqua elit laborum elit magna. Id officia laboris cupidatat exercitation irure quis. Culpa veniam sint dolore esse deserunt. Esse in ea in ut laboris et pariatur amet eiusmod excepteur ullamco pariatur esse. Id mollit fugiat irure quis sint deserunt quis deserunt.

Official source

https://mediaspace.epfl.ch/media/0_1u9geroq

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Electromagnetism: Electrical networks

Related lectures (32)