YC164-JR-071K8L Resistors

Resistor Networks, Arrays

Resistor networks and arrays are electrical units composed of multiple resistors connected in a certain circuit pattern. The YC164-JR-071K8L network is an example of a resistor type composed of a total of eight resistors connected in a resistor array structure.

Application Field

The YC164-JR-071K8L network is designed for process control applications such as automotive, communications, and industrial process control, where high precision resistance setting and reliable performance is required. It is also used in precision circuit design, medical instrumentation, and power applications.

Working Principle

The YC164-JR-071K8L network is designed using a series-insulated or \'taping\' resistor array configuration. The resistors in the array can be individually accessed and connected to each other to form different combinations. This allows for a wide range of applications, such as controlling voltage, forming complex networks, and creating low-noise signal paths.

The key feature of the YC164-JR-071K8L network is its capability to provide accurate and reliable resistance settings for a wide variety of applications. Its precision resistors allow for both precise and stable resistance settings and high performance levels. Additionally, this network type is able to tolerate greater amounts of thermal cycling than standard networks, as well as low temperature variations.

Summary

The YC164-JR-071K8L network is a resistor network designed for process control applications. Its eight resistor array configuration allows for easy and accurate resistance setting and reliable performance. This network type is also capable of tolerating high thermal cycling and temperature variations.