4114R-1-913

A 4114R-1-913 resistor network is a component consisting of an array of resistors connected in series. It is used in a wide variety of circuits, including electronic amplifiers, data buses, data amplifiers, oscilloscopes and power supplies. This type of resistor can also be used to reduce heat and noise in circuits.

The 4114R-1-913 resistor network is a combination of four different resistors connected in series. Each of the resistors is rated at 1 ohm, and they are connected in a unique configuration referred to as the "DIAmeric" configuration. This configuration places the four resistors in a curved shape with the resistors parallel to each other, while their connection points follow the "X" shape. This configuration provides an effective series resistance of 4 ohms.

The 4114R-1-913 is used in electronic devices for its ability to reduce the voltage and current flowing through the circuit. It can be used in applications such as audio systems, data buses, and video amplifiers, as well as for signal conditioning in automated control systems.

The 4114R-1-913 resistor network has three major components: the resistors themselves, the terminals and the junction box. The resistors are flexible and are designed to withstand high temperatures and maintain low resistance values. The terminals, which are labeled according to the resistor values, are designed to provide a secure connection between the resistors and the junction box. The junction box contains dielectric material that distributes the voltage evenly across the resistors and reduces the overall resistance of the network.

The 4114R-1-913 resistor network works by providing a low resistance path for the current in the circuit. As the current passes through the resistors, the electrical energy is converted into heat energy, which dissipates throughout the network. This effectively reduces the voltage and current in the circuit, which can improve the performance of the device or system.

The 4114R-1-913 resistor network is a useful tool for controlling voltage and current in circuits, and it has many applications in a variety of electronic devices and systems. It can be used in audio systems, data buses, video amplifiers, and signal conditioning to reduce noise and heat. It is an effective way to increase the performance and reliability of any electronic device or system.