YJJ XGZP101SB1 Pressure Sensor SOP Package MEMS Pneumatic Hydraulic 100KPa Vacuum Packaging Machine

Product Description:

XGZP101SB1 Pressure Sensor SOP Package MEMS Pneumatic Hydraulic 100KPa Vacuum Packaging Machine

Features:

Product Features

Measurement range: -100 kpa to 0kPa... 700kPa

MEMS technology

Gauge pressure form

SOP or DIP packaging form

It is applicable to non-corrosive gases

Operating temperature range: -30℃ to +100℃

The back pressure chamber of the chip is under pressure

The direction of the pins can be selected

"Application field"

Medical fields such as electronic blood pressure monitors, ventilators, oxygen generators and monitors

Automotive electronics fields such as tire pressure gauges, MAP, power steering, and brake assistance

The field of sports and fitness equipment such as massagers, massage chairs and air mattresses

Vacuum packaging machines, vacuum mixers, vacuum blenders, vacuum preservation boxes, vacuum pumps and other vacuum negative pressure fields

Washing machines, beer machines, coffee machines, vacuum cleaners, water purifiers, pressure gauges, pneumatic components and other fields

Product Overview

The XGZP type piezoresistive pressure sensitive element is a pressure sensor suitable for fields such as biomedicine and automotive electronics, and its core part

It is a silicon piezoresistive pressure-sensitive chip processed by MEMS technology. The pressure-sensitive chip consists of an elastic membrane and four integrated on the membrane

Composed of four resistors, the four varistors form a Wheatstone bridge structure. When pressure is applied to the elastic membrane, the bridge will generate a connection with the applied resistor

A voltage output signal in which the pressure is in a linear proportional relationship.

The XGZP type pressure-sensitive components are OEM components packaged in standard SOP6 and DIP6 forms, facilitating surface mount for users

Or it can be installed by direct insertion in two rows

It features excellent linearity, repeatability and stability, high sensitivity, and is convenient for users to debug and compensate for output and temperature drift.

Specifications: