4310R-102-471

4310R-102-471 Application Field and Working Principle

The 4310R-102-471 Chip Resistor Networks, Arrays, also known as a surface mount resistor network package, is an alternative to traditional through hole components. The network package consists of multiple resistors in a single unit with pinouts on each side, making it easy to integrate into most circuits and providing uniform electrical performance for ease of use.

The 4310R-102-471’s application field is the incorporation of high performance resistors into small PCB modules. As the size of the module decreases, the total number of components needed to complete the assembly decreases significantly. This equates to a reduced cost, as fewer components are required while still achieving the desired results. The 4310R-102-471’s small size and various package options make it a popular choice for many PCB projects.

The working principle of the 4310R-102-471 resistor network is as follows. The package contains an orderly array of electrical resistors, each with a designated resistance value. The resistors are connected to one another in series & parallel combinations so as to yield the desired total resistance value. The overall resistance value of the package is determined by the number and type of resistors used, as well as the combination they are arranged in.

In general, the package follows a simple circuit topology: the resistors are arranged in series connection with each other, so that the total resistance is approximately equal to the sum of each resistor’s resistance. Depending on the number and combination of resistors in the package, the total resistance can vary significantly. By changing the resistance values or arranging them in different combinations, the overall value and tolerance range of the resistor network can be adjusted. Additionally, depending on the configuration, the speed of the output can also be changed.

The 4310R-102-471 chip resistor network is a cost effective, versatile, and highly reliable component that can be advantageous for many different types of circuits. Its small size allows manufacturers to reduce the size of their circuit boards, ultimately leading to a decrease in manufacturing cost and a more efficient design. Additionally, the varying number and combinations of resistors available provide users with a way to adjust their products for increased performance and precision.