Honeywell GPTBG3SC100BSCH3 piezoresistive pressure sensor

Ok. This is the detailed technical parameters and product description of the Honeywell GPTBG3SC100BSCH3 piezoresistive pressure sensor, presented in paragraph format.

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"Product Overview

The Honeywell GPTBG3SC100BSCH3 is a high-performance piezoresistive silicon Pressure sensor belonging to the Honeywell Gauge Pressure (Basic) series. This sensor adopts advanced micro-electromechanical systems (MEMS) technology and integrates a piezoresistive Wheatstone bridge on a single silicon chip, capable of providing a high-level analog output signal proportional to the applied pressure. Its core design aims to provide stable, reliable and high-precision pressure measurement solutions for demanding industrial, medical and HVAC (Heating, Ventilation and Air Conditioning) applications. The "SCH3" suffix in the model indicates that its output is a 1-5V proportional output with temperature compensation, and it adopts a plastic housing with a radial O-ring seal, which is convenient for installation.

"Main technical parameters"

** * Pressure type: Gauge pressure. The reference pressure is the local atmospheric pressure, and the normal pressure relative to the ambient atmospheric pressure is measured.

Pressure range: 0 to 100 psi (i.e., 0 to 6.89 bar). This is the maximum pressure value that the sensor can precisely measure.

** * Supply voltage ** : The nominal value is 5 VDC. This is the typical power supply voltage required for the sensor to work properly.

** * Output Signal: 1 to 5 VDC proportional analog output. This is the specific output form of this model (SCH3). At zero pressure (0 psi), the output is 1V. At full-scale pressure (100 psi), the output is 5V. The output is proportional to the supply voltage, which helps to reduce errors caused by power fluctuations.

** * Accuracy ** : The typical accuracy is relatively high, including nonlinear, hysteresis and non-repeatability errors within the specified temperature compensation range. The specific values should be referred to the detailed data table, but this series of sensors is renowned for its outstanding accuracy and stability.

** * Temperature compensation range ** : Typically from 0°C to 50°C. Within this temperature range, the internal circuit of the sensor compensates for the output signal to minimize the impact of temperature changes on measurement accuracy to the greatest extent.

** Operating temperature range: ** A wider ambient temperature range, typically from -40°C to 85°C, ensures reliable operation of the sensor even in harsh environments.

** * Medium compatibility ** : Its sensing element is through gel