4604X-102-123LF

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Resistor Networks, Arrays are components that are connected in a particular order to provide a certain electrical resistance or resistance value to a current. They are often used in applications such as in current sensing devices and also for filtering and signal processing. The 4604X-102-123LF Resistor Network is one such component and has several uses in various applications.

It is a surface mount on a compact rectangular package of 4.2x3.2x1.1mm size which is suitable for high density boards and it provides a variable resistor value from 0 to 99.99 ohms. The 4604X-102-123LF offers high power rating, high stability, wide temperature range (including surge current) and low temperature coefficient. It also has a low profile which makes it ideal for tight locations on high density boards.

The 4604X-102-123LF is designed for current sensing in power supplies and motor controls as it can be used to accurately measure the current of the load that is being monitored. This type of resistor network can also be used to provide a low resistance ground in a circuit that can improve the transient response. In addition, it can be used to buffer and level shift signals from a potentiometer. It can also be used for voltage division and audio crossover networks.

The working principle of a resistor network is based on the fact that when current passes through a resistor, it brings the resistance of that component to a certain level. When two or more resistors are connected together, their resistances are combined and the total value of the circuit will be governed by the resistors themselves. The 4604X-102-123LF resistor network has a total resistance value of up to 99.99 ohms, and can be adjusted by changing the values of the individual resistors that make up the network.

This type of resistor network is generally constructed in a specific way in order to achieve its intended purpose. In order to construct the network, the resistors are typically arranged in a series or parallel combination. If the resistors are connected in series, the total resistance value of the circuit will be the sum of the individual resistors. Alternatively, if the resistors are connected in parallel, the total resistance value of the circuit will be the reciprocal of the individual resistors. The 4604X-102-123LF can be easily modified by changing the values of the individual resistors in order to adjust the overall resistance value of the network.

In conclusion, the 4604X-102-123LF Resistor Network is a versatile component that has a wide range of applications in various fields. It is widely used for current sensing, filtering, level shifting, buffering and signal processing applications. The resistors that make up the network must be arranged in a particular way in order to achieve the desired total resistance value, and the total resistance value can be adjusted by changing the values of the individual resistors.

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