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The MPC506AU/1K is a single-ended analog multiplexer switch IC manufactured by Texas Instruments. It features a 1x16:1 configuration with 16 channels in an SOIC-28 package. The device operates on a dual supply voltage of 15 V, with a maximum operating voltage of 18 V. Key electrical parameters include a maximum on-resistance of 1.5 kOhms, a maximum power dissipation of 7.5 mW, and a maximum supply current of 1.5 mA. Switching performance specifies a maximum run time and idle time of 500 ns each. The component supports surface mount installation and functions within a temperature range of -40°C to +85°C.
Verify the specific suffix /1K indicates cut tape or reel packaging when ordering. Confirm moisture sensitivity levels and storage conditions prior to assembly. Ensure the SOIC-28 footprint matches the target PCB design. Check for RoHS compliance documentation if required by project specifications. Validate that the dual supply voltage requirements align with the system power architecture.
Select this component when a single-ended 16-channel multiplexer is required. Compare against other MPC506 variants if different packaging options are needed. Consider the 1.5 kOhm on-resistance limit for signal integrity requirements. Verify that the 500 ns switching speed meets the application timing constraints. Ensure the SOIC-28 package size fits within the available board space.
This part belongs to the MPC506 series of analog multiplexers from Texas Instruments. It shares similar electrical characteristics with other devices in the family but differs in channel count and configuration. The MPC506 series is designed for general-purpose analog signal switching applications. Other variants may offer differential inputs or different channel counts.
Direct substitutes include other MPC506 series parts with compatible pinouts. Verify equivalent on-resistance and switching speeds before substitution. Check for package compatibility if replacing with non-Texas Instruments equivalents. Ensure voltage ratings match the existing circuit design requirements.