B57560G0203F002

Temperature sensors have been an important part of various industries for monitoring and controlling environmental temperatures, and NTC thermistors are one of the most commonly used temperature sensors. The B57560G0203F002 is a precision NTC thermistor with a high accuracy of ±1°C and a small size of 03mm diameter. The device is suitable for a wide range of applications, making it one of the most popular temperature sensors in the market.

The B57560G0203F002 consists of a nickel-plated copper head with a round disc made from tin-plated copper alloy. The disc is coated with a ceramic material which contains a predetermined concentration of thorianite, a type of lanthanide oxide. This material is sensitive to the surrounding temperature and has an extremely low thermal coefficient of resistance. Therefore, when the surrounding temperature changes, the resistance of the thermistor changes accordingly.

The working principle of the B57560G0203F002 is quite simple. When the temperature of its surroundings rises, the resistance of the element decreases. When the temperature drops, the resistance increases. This voltage signal is then sent to an integrated circuit which amplifies and reduces the signal strength. The signal is then sent to a display device, such as a LED, where the temperature can be read. The thermistor also has a self-heating effect, which means it can convert heat energy into electrical energy to maintain a stable temperature.

The B57560G0203F002 has a wide range of applications. The device is suitable for medical devices, industrial controllers and other temperature-sensitive equipment. Additionally, the device is also commonly used in sensors and temperature measurement devices for safety and comfort in automotive, consumer electronic, computer, display and energy applications. The device is also used in audio equipment and other consumer and industrial products.

The B57560G0203F002 is an incredibly accurate and reliable NTC thermistor which can be used in a variety of temperature sensing applications. The device’s small size and high accuracy make it suitable for a wide range of applications, including medical and industrial control systems. With a ±1°C accuracy and self-heating feature, the device is one of the most popular temperature sensors in the market.