Product description
Description:
- Designed for automotive application and operated on piezoresistive effect
- Manufactured by micro-electromechanical systems (MEMS) technology, this sensor die has silicon-on-silicon structure with dimensions of 1 x 1 x 0.6mm
- Due to its unique design of pressure diaphragm, possesses not only high sensitivity but also extraordinary overload pressure
- As an uncompensated sensor die, available in an open-bridge circuit with 5 solder pads for both adjustment and temperature compensation of zero offset
- Can also have customized parameters (e.g. die with closed-bridge circuit of 4 solder pads or with customized pressure range)
- Thanks to modern MEMS fabrication facilities at BCM, can be produced as sensing element with consistent parameters for different ranges
Features:
- Designed for absolute pressure applications
- Small foot-print and stable zero offset
- High sensitivity and extraordinary overload pressure
- Identical 1 x 1mm foot-print for standard pressure ranges
- Suitable for either constant voltage or current excitation
Applications:
- Medical: clinical devices and patient monitoring systems (e.g. dialysis instruments)
- Automotive: tire pressure monitoring, engine control and suspension control
- Consumer: consumer electronics, portable tire-gauges and barometers (or altimeters)
- Automation: pneumatic systems, leak detection, pressure switches and pressure controllers
Designed for automotive application and operated on piezoresistive effect
Manufactured by micro-electromechanical systems (MEMS) technology, this sensor die has silicon-on-silicon structure with dimensions of 1 x 1 x 0.6mm
Due to its unique design of pressure diaphragm, possesses not only high sensitivity but also extraordinary overload pressure
As an uncompensated sensor die, available in an open-bridge circuit with 5 solder pads for both adjustment and temperature compensation of zero offset
Can also have customized parameters (e.g. die with closed-bridge circuit of 4 solder pads or with customized pressure range)
Thanks to modern MEMS fabrication facilities at BCM, can be produced as sensing element with consistent parameters for different ranges
Designed for absolute pressure applications
Small foot-print and stable zero offset
High sensitivity and extraordinary overload pressure
Identical 1 x 1mm foot-print for standard pressure ranges
Suitable for either constant voltage or current excitation
Medical: clinical devices and patient monitoring systems (e.g. dialysis instruments)
Automotive: tire pressure monitoring, engine control and suspension control
Consumer: consumer electronics, portable tire-gauges and barometers (or altimeters)
Automation: pneumatic systems, leak detection, pressure switches and pressure controllers