03006-269.8K-138-G100

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Temperature sensors are used in various different industries and are capable of providing accurate and efficient temperature monitoring. NTC thermistors are one type of temperature sensor, which is a very useful device that can accurately measure temperature levels. The 03006-269.8K-138-G100 is a type of NTC thermistor that has applications in various different industries and understanding its working principle is imperative in order to get the best results while using it.

Introduction to 03006-269.8K-138-G100 Temperature Sensors - NTC Thermistors

The 03006-269.8K-138-G100 is an NTC thermistor, which is a type of temperature sensor used for monitoring temperatures. It has a resistance value of 100Ω, a beta value (B) of 138K, a working temperature range of -40 to 150°C and a standard tolerance that is kept at ±1%. It is capable of withstanding relatively high temperature levels, with its durable construction that resists short bursts of high temperatures up to 400°C.

Application Fields of 03006-269.8K-138-G100 Temperature Sensors - NTC Thermistors

The 03006-269.8K-138-G100 NTC thermistor can be used in various applications, such as automotive, medical and industrial control. Its resistance value at high temperatures makes it suitable for use in automotive safety systems, as well as the monitoring of air pressure, exhaust systems and fuel consumption. Its low temperature performance is also applicable in medical and laboratory settings, where accurate monitoring of temperature levels is critical. It is also suitable for industrial applications, such as welding or HVAC. If you are looking for reliable and efficient temperature monitoring, then the 03006-269.8K-138-G100 NTC thermistor is the ideal choice.

Working Principle of 03006-269.8K-138-G100 Temperature Sensors - NTC Thermistors

The NTC thermistor works using the principle of thermoelectric conversion. This means that when a temperature change occurs, a voltage change is also detected. The NTC thermistor works by measuring temperature changes and then producing a voltage signal accordingly. The 03006-269.8K-138-G100 is particularly useful because it is able to accurately measure temperatures, even in short bursts of high temperatures. This is because of its resistance value, which increases rapidly with temperature changes.

The 03006-269.8K-138-G100 can be connected to a voltage source in order to measure temperature changes. When the thermistor is exposed to a change in temperature, the voltage across it will also change. This voltage change can be measured and the corresponding temperature can then be determined. It is also possible to use a resistor or a voltage divider circuit to measure the voltage changes across the thermistor.

Conclusion

The 03006-269.8K-138-G100 is an excellent NTC thermistor that can be used for various different applications, including automotive, medical and industrial control. Its resistance value at high temperatures makes it suitable for use in safety systems, air pressure monitoring, exhaust systems and fuel consumption. Its working principle involves the conversion of temperature changes into a voltage signal, which can then be used to measure the corresponding temperature. It is important to understand the working principle of the thermistor before using it, to ensure accurate and efficient temperature monitoring.

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