YC324-FK-0739R2L

Resistor networks and arrays are connection architectures used when designing electrical circuits since they can modify the overall behavior of the circuit by distributing voltage, current and power. This paper will discuss the application field and working principle of YC324-FK-0739R2L, a general-purpose resistor network and array.

YC324-FK-0739R2L is the surface mount resistor network and array developed by Yageo Corporation, a leading global provider of electronic components. The package of YC324-FK-0739R2L has 0805 size footprint and continuous thickness which is suitable for high-density mounting. It is characterized by low noise, high precision, and high stability, making it an ideal choice for most applications.

The application fields of this resistor network and array include computers, communication systems, industrial control systems, and consumer electronics applications like CNC machine, printer, and motor control. Due to its low noise, high precision, and high stability, it is suitable for the high-frequency signal circuit, line filter, delay line, signal protection and switching circuit. It can also be used in personal computers, touch pointed input, display controller, power models, and digital products with radio frequency shield.

The working principle of YC324-FK-0739R2L lies on the interconnected resistor elements. Its internal resistors are connected by a special conductive track which forms a single-layer PCB. Each of the resistors in the network is connected electrically, so it becomes a single large resistor whose resistance value is determined by the values of the individual resistors connected in the network.

The value of the resistor network is generally determined by the dimensional ratio of the resistors in the network. However, the structure of YC324-FK-0739R2L provides an additional component: a ferrite which minimizes noise interference. This ferrite can filter and reduce relevant noise and reduce energy loss, allowing for higher precision and stability when combined with conductive tracks.

In conclusion, YC324-FK-0739R2L is a highly versatile resistor network and array with low noise, high precision, and high stability which makes it suitable for various applications such as computers, communication systems, and consumer electronics. Many of its features can be attributed to the presence of a ferrite in the structure, which minimizes interference and optimises precision and stability, making it a great choice for many circuits.