The Kty84 130 Datasheet is more than just a technical document; it’s the key to understanding and effectively utilizing a robust silicon temperature sensor. This datasheet provides crucial information about the KTY84-130, a positive temperature coefficient (PTC) thermistor, enabling engineers and hobbyists to design accurate and reliable temperature sensing circuits.
Deciphering the Kty84 130 Datasheet The Foundation of Temperature Sensing
The Kty84 130 Datasheet serves as the comprehensive guide for understanding the KTY84-130 silicon temperature sensor. It details the sensor’s characteristics, operating conditions, and performance metrics. This sensor, a positive temperature coefficient (PTC) thermistor, exhibits a predictable increase in resistance as its temperature rises. This predictable behavior allows for accurate temperature measurement when incorporated into an appropriate circuit. Understanding the Kty84 130 Datasheet is paramount for designing reliable and precise temperature sensing solutions. It will give you the basic information regarding:
- Operating Temperature Range
- Resistance vs. Temperature Curve
- Maximum Ratings
- Thermal Response Time
Within the Kty84 130 Datasheet, you’ll find essential information such as the sensor’s resistance-temperature curve, which illustrates how the resistance changes with temperature. This is the foundation of converting resistance measurements into temperature readings. The datasheet also specifies the sensor’s tolerance, indicating the potential variation in resistance at a given temperature. Understanding this tolerance is crucial for assessing the accuracy of your temperature measurements. Furthermore, it offers details about the KTY84-130’s physical characteristics, including its dimensions and lead configuration, ensuring proper mounting and connection in your application.
The datasheet also highlights the KTY84-130’s limitations and recommended operating conditions. It specifies the maximum current and voltage that the sensor can withstand without damage, ensuring safe and reliable operation. It also details the sensor’s thermal response time, indicating how quickly it reacts to temperature changes. Consider this example for utilizing the information in the datasheet:
- Review the resistance vs. temperature curve to understand the sensor’s behavior.
- Determine the operating temperature range for your application.
- Choose appropriate components (resistors, voltage source) to create a voltage divider circuit.
- Calibrate the circuit to account for sensor tolerance and component variations.
| Parameter | Typical Value |
|---|---|
| Resistance at 25°C | 1000 Ohms |
| Temperature Coefficient | 8.1%/K |
To truly leverage the power of the KTY84-130, it’s essential to delve into the source document. The official datasheet provides detailed specifications, application notes, and crucial information that can significantly enhance your understanding and ensure successful implementation.