ERT-J0EV104JM

Temperature Sensors - NTC Thermistors

NTC thermistors are temperature sensors that measure temperature using the electrical resistance of the material of the thermistor. They are predominantly made of a ceramic material (SiC) and a metal oxide, with wire connections made to the metal oxide to detect changes in resistance due to temperature changes. The main advantage of using an NTC thermistor is that it provides highly accurate temperature measurement over a wide temperature range. As the temperature changes, the resistance of the thermistor changes, which can be measured by the signal output from the thermistor. The ERT-J0EV104JM is an NTC thermistor specifically designed for applications in a wide variety of industries.

The ERT-J0EV104JM Application Field

The ERT-J0EV104JM is suitable for a wide range of temperature sensing applications. It can be used in automotive, HVAC&R, industrial, medical, medical equipment, and other household appliances and equipment. For example, in automotive systems, it can be used for temperature sensing and control in cooling systems, such as engines, transmission cooling, condensers, etc. In industrial applications, it can be used for monitoring and controlling temperature in machinery, equipment, and processes.

The Working Principle of the ERT-J0EV104JM

The working principle of the ERT-J0EV104JM is based on the rise and fall of electrical resistance when the temperature of its environment changes. The NTC thermistor is composed of a metal oxide semiconductor material which exhibits an electrical resistance that is inversely proportional to the temperature. When the temperature increases, the resistance of the thermistor decreases and vice-versa. This change in resistance is then detected and measured by the signal output from the thermistor. The ERT-J0EV104JM has a nominal resistance of 10K ±1.5K and a nominal B-value of 3435 ±260.

ERT-J0EV104JM Characteristics

The ERT-J0EV104JM has a very small size and low resistance which makes it most suitable for applications such as compact electronic devices. It is also insensitive to shock and vibration and has a wide temperature range of -40°C to 125°C. Additionally, it has a very fast response time with a typical rise time of 500ms for a 10°C jump in temperature. The ERT-J0EV104JM is also highly reliable and stable with a long-term accuracy of ±1°C.

Conclusion

The ERT-J0EV104JM is a very reliable and accurate NTC thermistor that can be used for a wide range of temperature sensing applications. It has a small size, low resistance, and a wide temperature range which makes it suitable for many different applications. Additionally, it has a very fast response time and a long-term accuracy of ±1°C. It is therefore a good choice for any temperature sensing application.