753163102GPTR13

Resistor Networks, Arrays are composed of an array of resistors connected in parallel and series to form a network. The most common type of resistor network is the so-called “grid array”, in which resistors are arranged in a grid pattern. The standard 753163102GPTR13 has a total of 62 resistors in a grid array configuration.

The 753163102GPTR13 resistor network offers improved performance, cost savings, and circuit protection when compared to individual resistors. It is designed to simplify product design by eliminating the need for individual resistors for multiple functions. It also allows more efficient use of board space, reduces the number of vias, and reduces material cost.

The 753163102GPTR13 resistor network can be used in a wide range of applications. It is ideal for use in mobile electronics, automotive, home appliances, consumer electronics, industrial, medical, and telecom/data products. The resistor network is also suitable for power conversion, power conditioning, level shifting, battery charging, LED protection, noise attenuation, etc.

The 753163102GPTR13 resistor network works by providing a path of current flow between two nodes in the circuit. Each resistor is connected in series and each of the nodes in the circuit is connected in parallel. This helps to divide the current evenly and provide uniform current flow through the circuit. The resistor values of the grid array can be adjusted to match the required resistance and other requirements of the application.

The 753163102GPTR13 resistor network is designed to provide easy access to the different parts of the network. It features a “smart” jumper bar that can be used to quickly switch between different resistance values without having to move individual resistors. The resistor terminals are easily accessible from both sides, and the jumper bar is also color-coded for faster identification.

The 753163102GPTR13 resistor network is a highly versatile component and can be used in a variety of applications. As it offers improved performance, cost savings, and circuit protection, it is an ideal choice for use in high frequency and high power applications. It is also well suited for low noise, low power, and low voltage applications.