P100BB104M

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Temperature sensors are devices that measure various temperatures of matter and convert its value into an electrical signal. NTC thermistors are temperature sensors that are made using semiconductor materials with negative temperature coefficients.

P100BB104M is an NTC thermistor that is designed for applications that require precise and stable temperature control. It has great temperature stability due to its semiconductor material, making it suitable for all types of electronics, especially in highly accurate temperature control systems.

The P100BB104M has a wide operating temperature range from -20°C to +125°C. Additionally, it has a low temperature coefficient of resistance that is below 0.025%/°C. The tolerance of the device can be adjusted to ±1%, ±2%, or ±5%, depending on the application needs. The device is also resistant to radiation, humidity, and mechanical shock, making it a suitable choice for harsh environmental conditions.

The working principle behind P100BB104M is that it changes in resistance with temperature changes. When the temperature of the environment increases, the device’s resistance will decrease, and vice versa. This change in resistance is proportionate to the temperature change, allowing for precise control. The device will convert the change in resistance into an electrical signal, allowing for accurate temperature control.

The P100BB104M is commonly used in various industries such as automotive, medical, industrial automation, and consumer electronics due to its precise temperature control and reliable performance. In automotive applications, the device is used to protect electronic components from damage caused by temperature fluctuations, while in medical application, it is used to detect body temperature for medical diagnosis. It is also used in industrial automation to accurately control and maintain temperature during manufacturing processes.

In conclusion, the P100BB104M is an NTC thermistor that is designed for precise temperature control. It has a wide operating temperature range, high tolerance, and excellent environmental stability, making it suitable for applications in various industries. Its working principle is based on temperature-dependent resistance change, which is then converted into an electrical signal for accurate temperature control.

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