AL03006-1248-73-G1

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NTC thermistors are semiconductor-based resistors that have a thermal coefficient of resistance, meaning that the resistance of the thermistor changes with temperature. It is this feature that is used by temperature sensor manufacturers as the basis for temperature measurement. AL03006-1248-73-G1 is NTC thermistors specifically designed for temperature sensing and control applications due to its precise resistance and temperature characteristics.

Uses of AL03006-1248-73-G1

AL03006-1248-73-G1 provides excellent electrical performance with a resistance ratio of over 30,000 at 25 °C. This makes it suitable for a variety of temperature sensing and control applications including medical equipment, home appliances, and automotive products. The thermistor can also be used to monitor the performance of highly sensitive systems that require precise temperature control. It works in combination with a highly accurate power regulator and other components to form sophisticated temperature control loops.

Working Principle

At normal temperatures, the resistance of AL03006-1248-73-G1 is relatively low due to its large semiconductor base. When the temperature rises, the resistance increases exponentially due to the unique heat-sensitive properties of its semiconductor base. This is known as the positive temperature coefficient (PTC) effect.

To measure the temperature, a voltage or a current is applied across the thermistor. The resulting resistance can then be measured and compared to known predetermined values at different temperatures. This enables the temperature to be monitored and controlled extremely accurately.

The thermistor also has excellent logic signals, making them ideal for binary digital temperature sensing applications.

Conclusion

The AL03006-1248-73-G1 is a versatile and reliable NTC thermistor that can be used in a variety of temperature sensing and control applications. It has an exceptional resistance ratio of over 30,000 at 25 °C and precise resistance/temperature characteristics, making it ideal for use in sophisticated temperature control systems.

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