4114R-3-391/821

Resistor Networks, Arrays

The 4114R-3-391/821 is a resistor network designed for high thermal stability, reliability, and low contact resistance. It is made up of two networks with three 391 resistors in series per network and is connected to 821 threaded studs, one for each network. In each network there is a 391 ohm resistor connected between two 821 threaded studs. The other two ends of the two networks are connected directly together without a resistor.

This resistor network is typically used to provide a stable, low resistance connection between two components in an electronic circuit. It provides a uniform resistance and is commonly used in power supplies and on-board regulation of current. Due to its high thermal stability, it can withstand high currents and temperatures, making it suitable for high power applications.

The 4114R-3-391/821 works by providing a low resistance connection between two components, and thus keeping the voltage constant. This is achieved by creating a uniform distribution of resistors between the two 821 studs of the network. Each individual resistor has a resistance value of 391 ohms, and this is distributed evenly across the four points of the network. This uniform distribution of resistors ensures that the voltage across the network remains constant.

This low resistance connection makes the 4114R-3-391/821 ideal for use in applications such as power supplies and on-board regulation of current. In addition, it offers a reliable and durable connection between two or more components. It is also highly resistant to shock and vibration, making it suitable for use in industrial and automotive applications.

The 4114R-3-391/821 is a versatile and reliable resistor network with a wide range of applications. It provides a stable, low resistance connection between two components and is suitable for use in power supplies, on-board regulation of current and in industrial and automotive applications. Its high thermal and vibration resistance make it well suited for demanding environments.