MPVZ4006G6U

Pressure Sensors Transducers Overview

The MPVZ4006G6U is a piezoresistive pressure sensor from the MPVZ4006G series, designed for appliance and consumer applications. It features a differential output with a measurement range of 0 to 6 kPa (0 to 0.87 PSI). The device operates at 5V and utilizes an integrated silicon transducer on-chip architecture. It is housed in an SO8 plastic small outline package with 8 terminals, a 2.54 mm pitch, and body dimensions of 10.66 mm x 10.66 mm x 5.84 mm.

Pressure Sensors Transducers Feature Summary

• Monolithic silicon piezoresistive transducer design
• Integrated signal conditioning on-chip
• Differential pressure sensing capability

Pressure Sensors Transducers Applications

• Appliance systems
• Consumer electronics
• Healthcare devices

Pressure Sensors Transducers Procurement Notes

Verify the specific suffix '6U' against the manufacturer's official datasheet to confirm pinout compatibility and packaging specifications. Ensure the application environment remains within the specified 0-6 kPa range to maintain accuracy. Cross-reference the SO8 package dimensions with PCB footprint requirements prior to integration.

Pressure Sensors Transducers Selection Notes

Select this component for low-pressure differential measurements requiring a compact surface-mount solution. The integrated silicon design simplifies circuitry by providing a conditioned output. Consider the 5V supply requirement and SO8 form factor when designing the host system interface and layout constraints.

Pressure Sensors Transducers Part Context

This part belongs to the MPVZ4006G series of piezoresistive transducers. These sensors are engineered as state-of-the-art monolithic silicon devices intended for use in various appliance, consumer, and health-related electronic systems where reliable pressure monitoring is required.

Pressure Sensors Transducers Replacement Considerations

The MPVZ4006GW7U is a documented alternative within the same series. Verify that the GW7U variant maintains identical electrical characteristics and pin configuration before substitution.