TP-3C Alcohol Gas Sensor (Ethanol Semiconductor Gas Sensor)

The TP-3C Alcohol Gas Sensor is a high-sensitivity metal oxide semiconductor (MOS) gas sensor designed for detecting alcohol and ethanol vapors in air. It utilizes a heated metal oxide sensing element whose electrical resistance changes according to the concentration of alcohol vapor, providing a reliable analog output for gas detection and monitoring. The sensor offers fast response, stable performance, and long operational life, making it suitable for portable and industrial alcohol sensing applications.

The TP-3C is widely used in breath analyzers, alcohol detection equipment, industrial safety systems, embedded electronics, and IoT-based gas monitoring applications. Its high sensitivity, dependable performance, and easy integration make it an excellent choice for continuous alcohol vapor detection.

Key Features -

• High sensitivity to alcohol and ethanol vapors

• Metal oxide semiconductor sensing technology

• Stable and reliable analog output

• Fast response and recovery time

• Long operational life

• High sensitivity with good repeatability

• Easy integration with microcontroller-based systems

• Suitable for portable and industrial applications

• Compact through-hole package

Specifications -

• Product Type: Alcohol Gas Sensor

• Model: TP-3C

• Sensor Type: Metal Oxide Semiconductor (MOS) Gas Sensor

• Target Gas: Alcohol and Ethanol Vapors

• Output Type: Analog Resistance Variation

• Sensing Principle: Metal Oxide Semiconductor

• Operating Voltage: Typical Low Voltage Operation

• Heater Current: Standard Heater Consumption

• Response Time: Fast Response and Recovery

• Mounting Type: Through-Hole

Applications -

• Breath analyzer devices

• Alcohol detection systems

• Industrial safety monitoring

• Portable gas detection equipment

• Embedded system projects

• IoT-based gas monitoring systems

• Laboratory and research applications

• Environmental monitoring equipment

• Consumer and industrial electronics