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Product Details:
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| Net Weight: Approximately: | 0.4 Grams | Power Supply: | ≤15V DC Or ≤3.0mA DC |
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| Input Impedance: | 4kΩ To 6kΩ | Insulation Resistance: | 100MΩ,100VDC |
| Measuring Medium: | Air | Medium Temperature: | (25±1) ℃ |
| Highlight: | Medical Consumer Electronics Pressure Sensor,Transverse Dual Intake Pipe Pressure Sensor,1kPa Pressure Sensor |
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Product Description:
XGZP164 1kPa Transverse Dual Intake Pipe Differential Pressure Sensor Is Used In Medical Consumer Electronics
Features:
Measurement range: -100 kpa to 0kPa... 1kPa… 200kPa
MEMS technology
Differential pressure or gauge pressure form
SOP packaging form, side air nozzle
It is applicable to non-corrosive gases
Operating temperature range: -30℃ to +100℃
The maximum static pressure is 500kPa
The direction of the pins can be selected
"Application field"
Medical fields such as ventilators, spirometers, and sleep apnea treatment devices
Air flow detection, heating, ventilation and air conditioning, pneumatic equipment, pressure switches and other industrial fields
Biological science, small household appliances, consumer electronics, sports and fitness equipment, fire-fighting equipment, Internet of Things and other fields
Product Overview
The XGZP164 type piezoresistive pressure sensitive element is a pressure sensor suitable for fields such as biomedicine and automotive electronics. 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 integrated on the membrane
It is composed of four resistors. The four varistors form the Wheatstone bridge structure. When pressure is applied to the elastic membrane, the bridge will generate a contact point
A voltage output signal with a linear proportional relationship of applied pressure.
The XGZP164 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:
| Measurement range | -100 kpa to 0kPa... 1kPa… 200kPa |
| Packaging form | SMD/DIP |
| Operating temperature | 0℃ to 40℃ |
| Operating temperature range | -30℃ to +100℃ |
Contact Person: Miss. Xu
Tel: 86+13352990255
