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The TS5A3157DBVR is a single-channel SPDT analog switch manufactured by Texas Instruments, housed in an SOT-23-6 surface-mount package. It operates on a single supply voltage ranging from 1.65 V to 5.5 V. The device features a maximum on-resistance of 10 Ohms and supports a DC switch current of 100 mA. Switching performance includes a maximum turn-on time of 8.5 ns and a maximum turn-off time of 6.5 ns. It functions within a temperature range of -40°C to +85°C and draws a maximum supply current of 100 nA.
Verify the complete part number including the suffix against official Texas Instruments documentation to ensure correct packaging and tape-and-reel specifications. Confirm RoHS compliance status through the manufacturer's datasheet or product information page prior to procurement. Cross-reference the Mouser or DigiKey part numbers with the original manufacturer identifier to avoid substitution errors during ordering.
Select this component when a low-cost, single-channel SPDT switch is required for signals up to 5.5 V. The 10 Ohm on-resistance is suitable for general-purpose applications but may introduce attenuation in high-fidelity audio paths compared to lower resistance alternatives like the TS5A3159. Ensure the PCB layout accommodates the SOT-23-6 footprint and that thermal dissipation requirements are met within the specified operating temperature range.
This device belongs to the TS5A3157 family of analog switches from Texas Instruments. It serves as a cost-effective solution for basic signal routing tasks where moderate on-resistance is acceptable. The DBVR suffix indicates the specific SOT-23-6 package variant with reel packaging, distinguishing it from other pin-compatible options or different package styles within the broader analog switch portfolio.
The TS5A3159DBVR offers a lower on-resistance of 1.1 Ohms while maintaining the same package and voltage range. For higher speed requirements, the SN74LVC1G3157DBVR provides faster switching times but with higher on-resistance. Verify pinout compatibility and electrical parameter differences before substituting.