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Switches & multiplexers

Simplify signal switching with our analog switches & multiplexers

Enhance system capabilities and optimize your BOM

Maintain signal integrity across your system while reducing design complexity with our analog switches and multiplexers (muxes). Satisfy all of your system requirements with our broad range of voltage, configuration, and package options to support precision measurements, power sequencing, and I2C, SPI, JTAG and general-purpose signals.

Protection

Isolate I/O signal paths, simplify power sequencing design complexity and protect components using powered-off, overvoltage and undershoot protection.

Precision

Minimize offset error and signal distortion in high-accuracy measurement systems using < 1-nA leakage current and < 10-pC charge injection across the entire operating temperature range.

Low voltage

Select from a comprehensive portfolio of low-voltage multiplexer configurations and package options to support an I/O signal range less than or equal to 24 V.

Mid voltage

Maintain system accuracy and increase system voltage margin with mid-voltage multiplexers to support an I/O signal range greater than 24 V.

Analog switches & multiplexers by key feature

Build your expertise with TI Precision Labs - Switches & Multiplexers

Check out this comprehensive curriculum of short training videos covering the basics of analog switches and multiplexers. Learn about common switch architectures, specifications, characteristics, and parameters. This series also covers key differentiating features such as powered-off protection and fault protection.

Learn more about using analog switches & multiplexers in your design

Precision data aquisition

Measure precise signals with multiplexers featuring <1-nA leakage current and <10-pC charge injection.

GPIO expansion & diagnostics

Expand system capability, diagnostic voltage and sensor monitoring with small package options of 16:1, 8:1 and 4:1 multiplexers.

System communication

Route a variety of push-pull and open-drain signals, such as MIPI, SPI, I2S, I2C, JTAG, UART and more, with low capacitance and high-bandwidth switches.

System protection & power sequencing

Protect system components and resolve power sequencing with 4-, 8- and 12-channel switches featuring overvoltage, electrostatic discharge (ESD) and powered-off protection.

Technical Article

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