4310M-102-473

Resistor Networks, Arrays

4310M-102-473 Application Field and Working Principle

The 4310M-102-473 Resistor Network is an array of resistors configured onto a single chip used in various electronic circuits. It is designed for high-performance applications in commercial, industrial, and consumer markets. This resistor network can be used as a voltage divider circuit to divide an applied voltage into two or more equal values. It can also be used to create impedance matching circuits. The resistor network is a very versatile and cost-effective way to design and build circuits with multiple resistors in a single package.

The 4310M-102-473 Resistor Network is made with surface mount technology, which allows multi-resistor arrays to be mounted on a single chip. The application field of the 4310M-102-473 Resistor Network includes power supplies, current- and voltage-measurement circuits, filter circuits, and oscillators, among other designs. These resistors networks provide excellent power-handling capabilities, low parasitic losses, enhanced current density, improved thermal characteristics, and superior reliability.

The working principle of the 4310M-102-473 Resistor Network is quite simple. Each of the resistors is connected to respective taps on the chip\'s array. When a potential difference is applied across one of the taps, an electric current flows through all the resistors present in the array. The total resistance in the circuit is the sum of all the resistances of the resistors.

The 4310M-102-473 Resistor Network is typically used in designs where multiple resistors are needed but space and cost are limited factors. This resistor network provides an economical yet reliable solution for applications requiring multiple resistors. The ease of fabrication and low price of the resistor network also provide an attractive option for designers. With its powerful capabilities and useful features, the 4310M-102-473 Resistor Network represents an optimal choice for numerous applications requiring multiple resistors in a single package.