Sensor chips provide foundational support for enhancing production efficiency, improving quality of life, and creating intelligent applications.

The principle of sensor technology involves converting external environmental stimuli into information data that can be stored and transmitted. When semiconductor materials are influenced by external physical parameters (such as pressure, temperature, humidity, etc.), their electrical properties change. This change can be detected by measuring parameters such as resistance, capacitance, and voltage, thereby obtaining the desired environmental parameter information. For example, temperature sensors typically use semiconductor materials whose resistance values change with ambient temperature. By measuring the change in resistance, the temperature change can be accurately determined.

Sensors have a wide range of applications in modern life, capable of sensing and converting various physical changes such as pressure, temperature, and humidity. Smart devices equipped with sensors are present in every corner of our surroundings, providing us with a variety of conveniences and services. With continuous technological advancement and innovation, the application fields of sensor chips will keep expanding, bringing more convenience and possibilities to our lives.