YC162-FR-0741R2L

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Resistor Networks, Arrays

Resistor Networks, Arrays contain several resistors that are connected in some specific way and arranged in multiple rows and columns. The most common type of Resistor Network, Array is the YC162-FR-0741R2L. This device combines up to nine resistors in a 16-pin single in-line package (SIP).

YC162-FR-0741R2L Application Field

The YC162-FR-0741R2L is a basic Resistor Network, Array used in many fields. These fields include circuit boards that require fine adjustment such as calibrations, high frequency applications, and digital applications, among others. The majority of the applications for the YC162-FR-0741R2L are for telecom networks, industrial control systems, computer networks, audio and video production, automotive electronics, and other related technologies. Depending on the specific application, the YC162-FR-0741R2L can be used to replace individual resistors or to act as a series of resistors with a particular resistance value.

YC162-FR-0741R2L Working Principle

The YC162-FR-0741R2L performs its task by relying on the principle of ohmic resistance. It works by providing a high degree of accuracy by passing electrical signals through the individual resistors in the form of a voltage, with the exact value depending on the resistance values of the individual resistors. This ensures that the voltage passing through the resistors is always the same, creating a static level of continuity. The precise resistance values combined with the oscillating frequency of the signals, is what makes the YC162-FR-0741R2L an efficient device.

Summary

The YC162-FR-0741R2L is a Resistor Network, Array that combines up to nine resistors in a 16-pin package. It is used for a variety of applications in telecom networks, industrial control systems, computer networks, audio and video production, automotive electronics, and other related technologies. Its working principle is based on ohmic resistance, and the static level of continuity it provides is made possible by the combination of its precise resistance values and the oscillating frequency of the electrical signals passing through it.

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