4820P-1-473LF

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Resistor Networks, Arrays

Resistor networks are collections of resistors that are configured together to achieve a specific outcome. The 4820P-1-473LF is a resistor network comprised of four resistors—each of a different value, but linked together to form a single component. The basic treatment of it is capacitors are used in a wide range of applications from filtering and motor control to healthcare and lighting. The 4820P-1-473LF is no exception.

Application Fields

The 4820P-1-473LF is a resistor network composed of four resistors of 0.05Ω, 0.25Ω, 0.75Ω and 1.5Ω made with a high-grade polyphenylene oxide material and designed to provide superior performance. The resistors are packaged together in a single, conventional four-terminal molded package. A few of the applications where it finds use include:

• Power management systems
• Communication systems
• Electronic motors
• Processors
• Medical equipment
• Handheld electronic components

Working Principle

The 4820P-1-473LF is an automated resistor network that works on the principle of functionality with resisters. To understand the purpose of this resistor, it is important to first understand the basic principles of resistors. A resistor slows down the flow of current, regulates voltage, or divides power between two points. It is this working principle that allows the resistors in a network to control current in both series and parallel connections.

Series Connections

In a series connection, the resistors are arranged in a line, with each resistor in the line being placed directly in front of the other. This ensures that the current flows through each resistor in the series. The voltage divided between the resistors in the chain is the same as the total voltage applied. The current is divided among the resistors, with each resistor receiving a different amount of current depending on the resistance of the resistor.

Parallel Connections

In a parallel connection, the resistors are arranged so that the current flows through each of them at the same time. The voltage is the same across each resistor in the network, but the resistors receive different amounts of current due to the difference in their individual resistances. The total force is divided among the resistors, with each resistor receiving an amount of power according to its specific resistance.

The 4820P-1-473LF employs series and parallel connections in order to allow for a variety of operations. For instance, if the resistors in the network are arranged in a series configuration, the network is capable of controlling current, whereas in a parallel configuration, the network is capable of regulating voltage. This automatically makes the 4820P-1-473LF a versatile device that can be used for a variety of purposes in various applications.

Conclusion

The 4820P-1-473LF is a four-resistor network that can be configured to perform a variety of functions. The resistors in the network are arranged in either series or parallel configurations which allow for current control and voltage regulation respectively. The 4820P-1-473LF is clearly a versatile and professional component that holds a wide range of potential applications.

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