TBPS1R104J475H5Q

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NTC Thermistors are temperature sensors that rely on a physical phenomenon known as the negative temperature coefficient of resistance. The TBPS1R104J475H5Q belongs to this class of device but is in a particularly small package, making it better suited for use in space or ruggedised applications. This piece will explain the common applications and underlying principles of the TBPS1R104J475H5Q.

NTC Thermistors, in general, are especially used to detect and measure temperature, although they can have other applications. They often come in the form of a semi-conductor, making them more sensitive and faster at measurements. The TBPS1R104J475H5Q is a type of NTC thermistor manufactured by TDK Corporation. It is particularly small, allowing it to be used in a range of miniature devices.

Applications of the TBPS1R104J475H5Q are mainly in monitoring, regulation and control of temperatures. It can be used in industry, such as in a production process, or in consumer devices such as air conditioners. Its small size also makes it ideal for use in robotics, drones and other miniature applications. In the motor industry, it is often used in ECU (Engine Control Units) due to its ability to accurately measure and control the engine temperature.

The TBPS1R104J475H5Q works on the principle of Negative Temperature Coefficient (NTC) of Resistance, whereby its resistance decreases as temperature increases. This is opposed to the Positive Temperature Coefficient (PTC) thermistors, which have the opposite effect. The TBPS1R104J475H5Q also changes its resistance depending on relative humidity, pressure and other physical conditions.

In operation, the thermistor is normally connected in a potential divider circuit, where its resistance changes as the temperature changes. This allows the voltage measurement across the thermistor to be used to calculate the temperature of its environment. A very accurate measurement can be taken through a combination of an amplifier and a microprocessor.

Overall, the TBPS1R104J475H5Q is an NTC thermistor used to accurately measure temperatures. It is particularly suited to applications where space is at a premium, as it is very small in size. By connecting it in a potential divider circuit, its voltage measurement can be used to calculate the temperature of its environment.

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