11026808-00

Introduction

11026808–00 temperature sensors are NTC thermistors commonly used to sense temperature changes over a wide range. They are designed to accurately measure temperatures in a variety of applications, including automotive, medical and communications. NTC thermistors are a type of thermistor that use negative temperature coefficient (NTC) properties for measurement. NTC thermistors have a resistance which decreases with an increase in temperature. The 11026808–00 NTC thermistors are highly accurate, reliable and cost-effective temperature sensors.

Application Field

The 11026808–00 NTC thermistors are versatile and suitable for a number of applications depending on their size and the environment they are operating in. Some of the common applications they are used in include:

• Automotive: They are used in automotive applications like fuel systems, engine monitoring and exhaust systems.
• Medical: They are used in medical applications like blood analysers, anaesthesia machines, and medical imaging.
• Communications: They are used in communications applications like GPS systems, test equipment and radio.

In addition, they are also frequently used in industrial temperature control equipment, HVAC systems, and textile manufacturing. In many of these applications, the 11026808–00 NTC thermistors provide a highly accurate way of measuring and controlling temperatures.

Working Principle

The 11026808–00 NTC thermistors work on the principle of thermodynamic temperature measurement. The thermistor is made from a material (often ceramic) that has a negative temperature coefficient of resistance (NTCR). This means that when the temperature of the device increases, its resistance decreases. The thermistor is connected to a control circuit, and its variable resistance is used to control the temperature.

In its most basic state, the thermistor is connected in a simple circuit containing a voltage source (Vcc), a resistor (R1), and the thermistor (RT). As the ambient temperature changes, the resistance of the thermistor also changes. This changes the voltage drop across the thermistor, which is then measured by the control circuit.

The signal from the control circuit can then be used to control the temperature of the environment. This could be achieved by controlling the voltage applied to a heater, or by reducing the voltage applied to a cooler. A temperature control system can also be created by using the thermistor as an input to a more sophisticated circuit with a microprocessor.

The 11026808–00 NTC thermistors offer high accuracy and reliability, making them ideal for a range of applications where temperature measurement and control is needed.

Conclusion

The 11026808–00 NTC thermistors are highly accurate, reliable and cost-effective temperature sensors. Their negative temperature coefficient of resistance (NTCR) allows them to accurately measure and control temperature in a range of applications such as automotive, medical and communication. They are also suitable for applications that need temperature measurement and control, including industrial, HVAC and textile.