Product Description:

XGZP166 Short intake Pipe 3mm Gas Pressure Sensor POCT Blood Immunoquantitative Analyzer 10kPa

Features:

Measurement range: -100 kpa to 0kPa... 350kPa

MEMS technology

Gauge pressure form

SOP package form, 3MM short air nozzle

Suitable for 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

Electrical performance

Power supply :≤15VDC or ≤3.0mA DC

Input impedance :4kQ to 6kQ

Output impedance :4kQ to 6kQ

Insulation resistance :100 m · 100VDC

Allowable overload: Allowable overload :3 times full scale (pressure range ≤40kPa)

2 times full scale (40kPa< pressure range ≤200 kpa)

1.5 times full scale (200kPa< pressure range ≤350kPa)

A voltage output signal with a linear proportional relationship of applied pressure.

The XGZP166 pressure-sensitive component is an OEM component packaged in the standard SOP8 form, which is convenient for users to adopt surface mount

The surface air nozzle is designed with a hook, which is suitable for the lateral air intake pressure structure and effectively prevents the air nozzle from falling off.

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

Structural performance

Pressure-sensitive chip: Silicon material

Lead wire: Gold wire

Encapsulation shell: PPS material

Pin: Copper plated with silver

Net weight: Approximately 0.4 grams

"Electrical performance"

Power supply: ≤15V DC or ≤3.0mA DC

Input impedance: 4kΩ to 6kΩ

Output impedance: 4kΩ to 6kΩ

Insulation resistance: 100MΩ,100VDC

Permissible overload: 3 times the maximum static pressure (maximum static pressure ≤40kPa)

1.5 times the maximum static pressure (40kPa< maximum static pressure ≤350kPa)

conditions"

Measuring medium: Air

Medium temperature: (25±1) ℃

Ambient temperature: (25±1) ℃

Vibration: 0.1g(1m/s ²)Max

Humidity: (50%±10%) RH

Power supply: (5±0.005) V DC

It is only used as the benchmark test condition for the following basic parameters

Specifications: