CAD1108026

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Part Status:	Active

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CAD1108026 is an engineering-grade thermistor used in a variety of applications. It is a reliable, accurate and cost-effective tool for measuring temperature changes from -40°C to +150°C with its Pt100 Ohm resistance thermometry. This device utilizes a resistance-temperature curve to convert changes in temperature to an appropriate resistance level. It is widely used in the automotive industry, medical applications, HVAC, and home appliances.This thermistor is a semiconductor device made up of sintered and metal oxides. It is also known as a negative temperature coefficient (NTC) device, which means that the resistance decreases as the temperature rises. Due to its highly accurate temperature measurement, properties of its NTC, and compatibility with mechanical and electrical systems, this thermistor is widely preferred in many engineering applications.The most common application for CAD1108026 is in medical equipment. It is the one of the main components of temperature measurement equipment such as thermometers, incubators, and autoclaves. It is also used in various electrical appliances, like vending machines, to help monitor the internal environment, and in air conditioning systems and coolant circuits to regulate the temperature of the air and liquid respectively.For automotive purposes, it is mainly used for monitoring exhaust systems and fuel injection systems. The device is used to record temperatures of exhaust and intake gases, cooling water, and other engine components. The sensor helps detect subtle fluctuations in temperature, thereby assisting in efficient engine performance and emissions. It is also used in the automotive industry in anti-lock braking systems. Here, the thermistor measures the temperature of the brakes in order to prevent them from locking up when excessive heat is generated due to hard braking.The working principle of CAD1108026 is quite simple. It contains an NTC element that measures temperature by altering its resistor value in relation to the environment’s temperature. The device operates in a linear resistance-temperature curve, which helps it measure temperatures accurately within its working range. The device is coupled with a voltage source and a resistor for best results. When the NTC element is exposed to a changes in environment temperature, the resistance of the device alters, thereby offering a reliable reading of the environment’s temperature.CAD1108026 is fast and reliable in detecting temperature changes. It is also highly cost-effective, which has made it a popular choice in numerous applications. The device is highly accurate in temperature monitoring, and has helped engineers design efficient systems with ease.

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