Gain a basic understanding of common switch architectures: NFET, transmission gate, and NFET with charge pump.

Get a quick description of switch timing characteristics: Ttran, Tbbm, Ton, and Toff.

The New Product Introduction session covers TI's wide portfolio of switches and multiplexers.

Watch this video to learn about preventing back-powering and eliminating power sequencing with powered-off protection feature.

Watch this video to learn about preventing crosstalk and back-powering with injection current control feature.

Watch this video to learn about preventing back-powering and simplifying power sequencing with fail-safe logic.

Watch this video to learn about latch-up events and latch-up immunity with SOI process.

Watch this video for a detailed explanation of control input and output logic levels. Discover switches and muxes with 1.8-V compatible control inputs.

Watch this video to learn about what to do with unused pins of your device and discover the "integrated pulldown resistor on logic pin" feature.

Watch this video to learn about overvoltage events and how to protect your system with the overvoltage protection feature.

This TI Precision Labs - Switches and Multiplexers video covers common use cases of multiplexers for I2C designs.

Learn about several factors to consider when choosing a signal switch for an I2C-specific application, including bus capacitance, pull-up resistors, and more.

How to select the right multiplexer or signal switch to maximize system performance

Gain an understanding of 1.8-V and 1.2-V logic support and why they are used. Learn how 1.8-V logic support prevents logic-level incompatibility.

S-Parameters are the standard method for characterizing loss in a channel. This video discusses how they are created and how to use them.

Watch this video to learn about muxes for UART applications and select one for your design.

Watch this video to learn about using multiplexers to solve SPI design challenges and how to use and select a mux for your SPI design.