YC158TJR-0720KL

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Resistor networks and arrays are electronic components consisting of multiple interconnected resistors. One of the most popular styles of resistor networks is the YC158TJR-0720KL. In this article we will cover the application field and working principle of the YC158TJR-0720KL resistor network.

General Overview

The YC158TJR-0720KL is an integrated resistor network, comprised of sixteen resistors arrayed in a four-by-four configuration. This network is built on a single-layer epoxy glass substrate, which provides better connections and insulation. The resistor network features non-inductive design and balanced tolerance, making it a suitable choice for many precise applications. As with all resistor networks, the YC158TJR-0720KL can be used as a combination of resistors. The YC158TJR-0720KL also contains additional features such as surge protection, built-in safety fuses, over-voltage protection, over-temperature protection, and internal heat dissipation. All of these features provide the YC158TJR-0720KL with reliability and long service life.

Application Field

The YC158TJR-0720KL is primarily used in two application fields: automotive and consumer electronics. The integrated nature of the YC158TJR-0720KL allows it to be used in automotive systems, such as in automotive computers and automotive engine control systems. The additional features of the YC158TJR-0720KL enable it to be used in safety-critical applications, such as in ABS systems and airbag systems. The YC158TJR-0720KL is also popular in consumer electronics, such as in TVs, DVD players, and other home entertainment devices. The YC158TJR-0720KL is especially well-suited for these applications due to its precise tolerance, low temperature drift, and ESD protection.

Working Principle

The YC158TJR-0720KL is a four-by-four resistor network, consisting of sixteen individual resistors. Each of these resistors has different resistance values, and these values are determined by the length of the resistor’s body and the type of material used for its construction. The resistance value of each resistor can be calculated by multiplying its resistance value with the total resistance value of the entire resistor network. The YC158TJR-0720KL is also designed to work within specified temperature ranges. This ensures that the YC158TJR-0720KL will remain at a constant resistance over a wide range of temperatures. The YC158TJR-0720KL also features surge protection and ESD protection, which ensures the device will work reliably for a long period of time.

Conclusion

The YC158TJR-0720KL integrated resistor network is a popular choice for automotive and consumer electronic applications due to its precise tolerance, low temperature drift, ESD protection, and surge protection. It is designed to work within a specified temperature range, and its resistors have varying values depending on the material used and the length of its body. The YC158TJR-0720KL is reliable and can provide long service life to users.

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