4614X-102-103LF

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Resistor Networks, Arrays are used in many applications, and the 4614X-102-103LF is one of the most popular. This surface mount resistor array is designed for high frequency applications with wide frequency ranges. It offers low insertion loss, low noise, and low distortion. The 4614X-102-103LF is capable of dissipating high power levels without introducing self heating. With its high power capability, it is often used in power amplifiers and RF systems.

The 4614X-102-103LF in particular is an array of three different resistor networks. The networks are organized as perpendicular rows and columns, or in a hexagonal arrangement. The resistor networks are connected in parallel with each other, allowing them to share a common output terminal. This arrangement makes the four resistors of each network connected in parallel, so that each resistor is connected in parallel with two other resistors.

The resistance of each resistor network is calculated based on the design parameters, such as the width, length, and material of the resistor elements. Each network consists of four resistors, which can be configured to achieve different resistances. For example, two resistors can be connected in parallel, while two networks can be connected in series. By changing the configuration of the networks, the resistance of the resistor array can be easily adjusted for particular applications.

The working principle of the 4614X-102-103LF is similar to any other resistor array. When a signal passes through the resistor array, it is split into two parts – one part is dissipated by the resistor, while the other part is passed through the resistor network. The signal that passes through the resistor network is divided into three separate voltage sources. Each of the voltage sources is connected to a different network, which provides resistance to the signal passing through. As the signal passes through the resistor networks, its impedance is changed, and the signal is reduced.

The 4614X-102-103LF is used in a wide range of applications, such as antennas, waveguides, high frequency amplifiers, and power supplies. It is also used in audio/video systems, medical equipment, and automotive systems. In addition, it can be used for low noise and distortion in RF systems. The 4614X-102-103LF is a reliable and cost effective component for many applications.

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