4114R-2-100

A  4114R-2-100 is a 4-position  resistor network array that consists of four individual resistors. It is a  surface mount device that is designed to provide protection from high levels of voltage and current. The design of the network array also facilitates efficient power distribution. The network array offers high performance and stability in a wide variety of applications.

Application Field

The 4114R-2-100 is ideally suited for use in audio applications, displays, analog-digital controls, wireless communications, and automotive applications. In each installation, the four resistors are configured to provide precisely the required electrical protection. For instance, in audio applications, the resistor array is used to reduce signal distortion and protect amplifiers from over voltage and current. It also helps to protect the speakers from damage due to an overload. In wireless communications, the array is used to regulate the impedance of the amplifier and the antenna.

Functional Principle

The 4114R-2-100 is an array of four individual resistors that are placed in a circuit configuration. Each resistor in the network array is connected to two other resistors in the configuration. The arrangement of the four resistors forms a grid that can be used to control the voltage and current flow. This is achieved by manipulating the resistance of the individual resistors. The major benefit of the array is that it reduces the complexity of the circuit as well as minimizes the component count. It also helps to reduce power consumption, which extends the battery life of the system.

The 4114R-2-100 array is a precision instrument that is designed to provide enhanced protection in electrical applications. It is used to shield sensitive components from any potential damage and also troubleshoot any electrical problems quickly by identifying the source of the fault. This makes the array an excellent choice for applications where high levels of reliability and accuracy are required.

The 4114R-2-100 is a versatile device and can be used in a variety of applications. It allows for a precise control of the voltage and current flow while maintaining a high level of protection for sensitive components. Additionally, it provides a high degree of accuracy and stability in a wide range of applications.