CC5E88BU

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The CC5E88BU is an electronic device used for sensing temperature changes in the range -55 to +125°C . It has been designed to be a low cost , general purpose thermistor for a variety of applications ranging from automotive to communications . The CC5E88BU device is a resistive temperature sensor containing a thermistor embedded in a thermoplastic housing . The thermistor is a type of resistor that has a temperature dependent resistance . The thermistor in the CC5E88BU has a negative temperature coefficient (NTC) meaning that the resistance decreases as the temperature increase . The resistance of the thermistor is measured using a bridge circuit connected to the device and monitoring the voltage across it .

The CC5E88BU can be used to measure temperature accurately and with a fast response time . It is most commonly used in automotive applications where it can be used to monitor engine temperatures , coolant temperatures and transmission temperatures . The CC5E88BU can also be used in communications applications such as monitoring air temperatures in transmitters and receiving systems . It is also used in domestic appliances such as refrigerators , freezers and dishwashers .

The CC5E88BU has a wide operating range from -55 to +125°C . This wide operating range allows the device to be used in temperature monitoring applications where the temperature range may vary significantly . The device is small in size and has a low profile design allowing it to be installed in confined spaces or behind panels . The device has a low power consumption making it an efficient option for battery powered applications . The device is encased in a thermoplastic housing which helps to protect it from environmental elements and can help extend the life of the sensor .

The CC5E88BU works on the principle of measuring the resistance of the thermistor in the device as the temperature changes . The device is connected to a bridge circuit and the voltage across the thermistor is measured . The resistance of the thermistor is inversely proportional to temperature and can therefore be used to give an indication of temperature . The device has a range of operating characteristics which allows the user to select the desired resolution and accuracy of temperature measurements . The device can be set to measure temperature in either Celsius or Fahrenheit and can measure temperatures with a resolution of 0.1°C .

In conclusion , the CC5E88BU is a highly efficient and economical temperature sensing device which has a wide range of applications . It can be used in automotive , communications and domestic applications and is capable of accurately monitoring temperatures in the range -55 to +125°C with a resolution of 0.1°C . The device is well protected by its thermoplastic housing and is a low power consumption device making it an ideal choice for battery powered applications .

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