TMP300BIDCKT

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Temperature sensors are used in a wide variety of applications as it assists in accurately controlling the temperature at a predetermined level. The TMP300BIDCKT is a gallium arsenide (GaAs) bipolar integrated circuit temperature sensor used in many temperature sensitive systems. It helps to provide easy temperature control over a wide range of temperatures, and its operating temperature range is from 0°C to +125°C (+85°C with expanded accuracy). It has a supply voltage of 5 VDC, a maximum supply current of 3 mA, and an output voltage range of 0.50 to 4.6 VDC.

TMP300BIDCKT applications include controlling the temperature of motor winding, automotive engine cooling system, and food and beverage refrigeration equipment. It is also used in telecommunications equipment, power supplies, microprocessor system, data logging applications, and remote monitor systems that need temperature compensation.

The working principle of TMP300BIDCKT is simple. It senses temperatures in the range mentioned above and produces an analog output voltage proportional to the measured temperature. It uses a semiconductor temperature sensing element, known as a temperature sensing diode. The diode changes its electrical characteristics due to temperature change and generates an analog output voltage. This output voltage is then sent to a voltage divider in order to reduce the voltage level before it is sent to the main electronic unit.

TMP300BIDCKT includes an integrated circuit temperature sensor, voltage divider and the semiconductor temperature sensing diode. The voltage divider reduces output voltage and sends it to the main electronic system for analyzing, compensating and controlling the temperature at a predetermined level. In this way, it provides accurate temperature control over a wide range of temperatures.

To conclude, the TMP300BIDCKT is a versatile solid state temperature sensor which is suitable for many temperature control applications. It combines a semiconductor temperature sensing diode, an integrated circuit temperature sensor, and voltage divider together to provide accurate temperature control over a wide range of temperatures. Therefore, it is an ideal choice for controlling temperatures in motor winding, automotive engine cooling system, food and beverage refrigeration equipment, telecommunications equipment, power supplies, microprocessor system, data logging applications, and remote monitoring systems.

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