4613X-101-223LF

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Resistor Networks, Arrays – such as the 4613X-101-223LF – play an important role in electronics and electric engineering. These tiny components are used in a wide range of applications, and can even be responsible for the stability and accuracy of entire circuits. In this article, we’ll discuss the main application field and working principle of the 4613X-101-223LF, and explore how this resistor network can benefit electrical designs.

Resistor networks – also known as resistor arrays – consist of multiple resistors of the same value connected in series or parallel. This type of component is typically used to save space on the circuit board, while still providing the same resistance as a standard resistor. The 4613X-101-223LF resistor network is a surface mount 1/16 watt device, consisting of four resistors in a standard array configuration. It features 4 terminals, with a resistance value of 10K Ohms.

The most common application for the 4613X-101-223LF is as a voltage divider, to accurately divide a voltage to different parts of the circuit. This resistor network is best suited for circuits with fluctuating power supplies, as it can provide consistent voltage signal opposite power fluctuations. This helps maintain the accuracy and stability of the overall system.

Another application of the 4613X-101-223LF is as a current sensor, or ‘shunt’. This is used to limit the current flow to a specific current level, or to measure the current flowing through the circuit. The four terminals of the resistor network are designed so that the current passing through it divides into four equal parts, and the voltage drop across each individual resistor can then be measure to determine the total current flow.

The 4613X-101-223LF’s working principle is relatively simple. Each individual resistor has a certain resistance value, and this resistance determines the voltage drop across the resistor and hence the amount of current flowing through it. When multiple resistors are connected in series or parallel, the total resistance of the resistor network is determined by the combination of each individual resistor’s resistance.

By understanding the application field and working principle of the 4613X-101-223LF resistor network, we can better understand how this component is used in circuit boards. This resistor network’s ability to maintain the accuracy of volatile power supplies, and to act as a current sensor, make it an essential part of many electrical designs.

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