KNP200JR-73-1R8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors have become an increasingly important component type in the modern electronics field, and the KNP200JR-73-1R8 is a perfect example of a powerful and reliable through hole resistor. This resistor is designed to provide a high level of performance and durability, and it is particularly suited to applications that require long-term precision and reliable circuit stability. This article will discuss the general characteristics of the KNP200JR-73-1R8, its application field, its working principle, and its advantages and disadvantages.

General Characteristics

The KNP200JR-73-1R8 is manufactured using silica-based ceramics, which allows it to operate reliably in a range of environments. The resistor is also exceptionally durable, with an operating temperature range of -55°C to 500°C and a maximum voltage rating of 5 kilovolts. In terms of size, the KNP200JR-73-1R8 has a footprint of just 16.20mm x 10.0mm, making it exceptionally compact and easy to integrate into existing circuitry. The resistor also offers superior noise reduction and improved transient response, which helps to maintain signal clarity and integrity even in noisy environments.

Application Field

The primary application field for the KNP200JR-73-1R8 is in precision power conditioning and noise filtering systems, which require high insulation performance and thermal stability. The ability of the resistor to operate reliably in temperatures of up to 500°C makes it well suited to applications in and around electrical and nuclear power generators, automotive systems, and high-temperature industrial motors. The resistor also has very low dynamic resistance and high insulation resistance, making it suitable for signal conditioning circuits, power supply circuits, and other circuit types where circuit stability and reliable electrical insulation are required.

Working Principle

The KNP200JR-73-1R8 operates using the principle of resistive divider technology. This technology is based on the use of two or more resistors, which are connected in series and then connected to a voltage or current source. When a voltage or current is applied to the resistor network, the amount of current flowing through each resistor is dependent on the resistance value of the resistor. Since the KNP200JR-73-1R8 has a precision resistance value, it can be used to precisely divide a voltage or current source into various levels or signals. This improves the accuracy and reliability of circuits, particularly in precision power conditioning and noise filtering applications.

Advantages and Disadvantages

The KNP200JR-73-1R8 offers a number of advantages over other resistor types, particularly when it comes to power conditioning and noise filtering applications. The resistor\'s exceptional temperature range and insulation performance make it ideal for those applications where reliable performance in intense environmental conditions is required. In addition, the resistor\'s compact footprint and superior noise reduction capabilities make it ideal for integrating into existing circuits. However, the KNP200JR-73-1R8 does have some disadvantages, notably its relatively high cost and limited power rating.

Conclusion

The KNP200JR-73-1R8 is a highly capable through hole resistor designed for long-term precision and circuit stability. It has an exceptionally wide operating temperature range and insulation performance, making it ideal for use in power conditioning and noise filtering applications. The resistor also offers superior transient response and low noise properties, making it a great choice for circuit design. However, the high cost and limited power rating make it less suitable for applications with lower power requirements. In conclusion, the KNP200JR-73-1R8 is an excellent resistor for precision power conditioning and noise filtering applications.

The specific data is subject to PDF, and the above content is for reference