PRF18BD471RS5RB

PTC thermistors are temperature sensors that contain a resistance element with a positive temperature Coefficient, commonly referred to as the PTC temperature coefficient. This PTC element is a very useful tool in the field of temperature measurement and is often used in various industries for detecting and controlling temperatures in a variety of different applications. The PRF18BD471RS5RB is one such example of a PTC thermistor used in industrial applications.

The PRF18BD471RS5RB is a robust thermistor designed for temperature sensing across a wide range of temperatures. This PTC thermistor is designed to operate in temperatures ranging from -40°C to 130°C. This PTC has a lead-free terminal and a three-layer design which makes it a suitable choice for a variety of temperature monitoring and controlling applications. The PRF18BD471RS5RB has a wide range of resistance values, from 4KΩ to 9KΩ, and it is also RoHS compliant.

In terms of application fields, the PRF18BD471RS5RB is ideal for use in various applications including air-conditioning control, refrigeration, freezer and chiller detection, motor control, white goods and other commercial equipment, and outlets. The PTC thermistor is also a suitable choice for temperature monitoring applications in aerospace and military applications. The PTC thermistor can be used for over-temperature protection, motor control, emergency power cut-off, etc.

The working principle of the PRF18BD471RS5RB PTC thermistor is simple. The PTC thermistor has a positive temperature coefficient, which means that the resistance of the element increases with a rise in temperature. The temperature of the device can be monitored by measuring the resistance of the element, which means that the temperature can be accurately monitored and controlled by adjusting the resistance of the element.

The PRF18BD471RS5RB PTC thermistor is a reliable and affordable option for temperature monitoring and control applications. It has a wide temperature range and a wide range of resistance values making it suitable for a variety of applications. In addition, the three-layer design ensures that the device has a robust construction which makes it durable and able to withstand extreme temperatures.