4108R-2-472LF

Application Field of Resistor Networks

Resistor networks, like the 4108R-2-472LF, are popularly used in a variety of fields. Primarily, they are utilized in signal processing and power management applications. Because of their ability to control signal integrity, reduce power leakage, and divide voltages, they are useful components in the design of power supplies, amplifiers, filters, and oscillators.

They are also used in many other applications such as medical devices, test and measurements, aerospace, automotive, and telecoms. In some cases, resistor networks are used to match the impedance of multiple circuits, reduce noise, or protect circuit components from overvoltage or power surges.

Working Principle of Resistor Networks

A 4108R-2-472LF Resistor Network is composed of four resistors arranged in a network, with four independent electrical pathways and several points of electrical contact.

The 4108R-2-472LF works by connecting two or more resistors to form an interconnected network. In this network, the resistors create a resistance path of varying values for controlling electrical signals. The network functions by allowing electrical signals to flow in a predetermined manner. For example, when the signal input increases, the output signal will reduce proportionally.

The resistance value of each resistor affects the output of the network. In the case of the 4108R-2-472LF resistor network, each resistor has a nominal resistance value of 47 ohms. This means that the combined resistance of the four resistors is 188 ohms. The resistance of the network can be altered by altering the resistance value of each resistor.

Furthermore, the 4108R-2-472LF Resistor Network is capable of withstanding up to 65 volts, and is available with nominal resistance values ranging from 4 to 60 ohms. Depending on the application, the resistor network can be chosen with the most suitable resistance value for the task.