This section of the TI Precision Labs - Temperature Sensors series explains use-cases and applications of temperature sensors

This section of the TI Precision Labs - Temperature Sensors series introduces sensor types and the trade-offs each presents.

This section of the TI Precision Labs - Temperature Sensors series explains temperature sensor accuracy, error, and repeatability.

This section of the TI Precision Labs - Temperature Sensors series discusses the definition of gain or sensitivity of an analog temperature sensor.

This section of the TI Precision Labs - Temperature Sensors series teaches the absolute and operating conditions for temperature sensors,

This video establishes what Hall-effect is and covers important magnetic properties.

This video discusses the tradeoffs between bandwidth and power in Hall-effect sensors.

This video focuses on the key specifications of Hall-effect latches and switches.

This video focuses on the key specifications of linear Hall-effect sensors.

This video explains how a Hall-effect sensor can be used for rotary encoding applications.

This video explains how to create a proximity sensor with a unipolar linear Hall-effect sensor.

This video will discuss how magnetic field changes with temperature.

This video will discuss the effects of a magnet rotating off-axis.

When designing a robot it is important to choose the correct sensors to enable it to be aware of its environment and perform the tasks required.

Bring intelligence to your automated door and gate design with TI mmWave sensors.

This video introduces you to the latest and innovative Hall-effect position sensing solutions from Texas Instruments.

This video reviews current sensing solutions in battery management systems. It’ll also discuss the different types of current sense amplifier solutions.

Learn about TI's offering of Current & Magnetic Sensing Products