High end low power consumption, high scalability, high security, low power consumption, wireless sensor adaptation, used for infrared pyroelectric infrared sensor.
You will definitely know how to choose the optimal imbalance, so that the operating fluid engineer is always familiar with their respective business content. When you understand the business situation between yourself, you also know how to choose the best and best.
In addition to temperature, temperature, and humidity factors, the user's working range. Measurement error. Measure response speed. Scope of work: For static heat load equipment (however, heat/humidity separation); Error measurement; Measure temperature measurement error. Data processing curve. Measurement point map.
The efficiency of MEMS infrared temperature sensor (which is reliable) is achieved through the scientific and rational application of advanced sensor and integrated chips, creating a simple, efficient, and powerful industrialization strategy and Guangyu Fruit Tree. Improving sexual gases and reducing costs are developing into.
Sensor chip, temperature sensor integrated circuit IC, including thermocouple, thermistor, infrared temperature sensor, silicon photocell sensor, hydrogen arsenide sensor, photosensitive resistor, silicon infrared detector, and hydrogen arsenide modulation.
Pressure sensor IC is a single chip, sensor, packaging, and conversion circuit based on MEMS technology, which has the characteristics of low power consumption, low cost, and high accuracy. This product adopts a large packaging, which is easy to integrate and cost saving, multi parameterized, and can be widely used in the field of industrial control. The typical response of using sensor IC is 098%.
The foundation of new sensitive material technology is launched through specific process batch applications. Based on MEMS technology, sensor ICs can perform more reliable and accurate measurements in both relative humidity and temperature. The basic principle of this new sensitive material technology is to convert pressure into sensitivity, which cancels out each other and provides more measurement accuracy.
High end low power consumption, high scalability, high security, low power consumption, wireless sensor adaptation, used for infrared pyroelectric infrared sensor.
You will definitely know how to choose the optimal imbalance, so that the operating fluid engineer is always familiar with their respective business content. When you understand the business situation between yourself, you also know how to choose the best and best.
In addition to temperature, temperature, and humidity factors, the user's working range. Measurement error. Measure response speed. Scope of work: For static heat load equipment (however, heat/humidity separation); Error measurement; Measure temperature measurement error. Data processing curve. Measurement point map.
The efficiency of MEMS infrared temperature sensor (which is reliable) is achieved through the scientific and rational application of advanced sensor and integrated chips, creating a simple, efficient, and powerful industrialization strategy and Guangyu Fruit Tree. Improving sexual gases and reducing costs are developing into.
Sensor chip, temperature sensor integrated circuit IC, including thermocouple, thermistor, infrared temperature sensor, silicon photocell sensor, hydrogen arsenide sensor, photosensitive resistor, silicon infrared detector, and hydrogen arsenide modulation.
Pressure sensor IC is a single chip, sensor, packaging, and conversion circuit based on MEMS technology, which has the characteristics of low power consumption, low cost, and high accuracy. This product adopts a large packaging, which is easy to integrate and cost saving, multi parameterized, and can be widely used in the field of industrial control. The typical response of using sensor IC is 098%.
The foundation of new sensitive material technology is launched through specific process batch applications. Based on MEMS technology, sensor ICs can perform more reliable and accurate measurements in both relative humidity and temperature. The basic principle of this new sensitive material technology is to convert pressure into sensitivity, which cancels out each other and provides more measurement accuracy.
