YC124-FR-0788R7L

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor networks, arrays are widely used in the fields of electronics engineering, electrical engineering and applications. This article aims to give a more detailed introduction on the application field and working principle of the popular type YC124-FR-0788R7L.

The YC124-FR-0788R7L resistor array consists of two-terminal 8 resistors all within one package. It provides two solutions to wind the circuit. Firstly, it can be used as a single, eight-terminal resistor network. When it is incorporated in this configuration, all the resistors in parallel have the same resistance. Secondly, it can be operated as an independent eight-resistor array. This configuration increases its versatility in different applications, allowing, for example, current division when wired in series.

The core strength of YC124-FR-0788R7L is its small size and light weight. With the dimensions of 7.5mm x 7.5mm x 4.1mm and weight of 2.3g, it offers an excellent solution to replace standard discrete resistance networks where space constraints are an issue. In addition, this product lines nine mounting types, and its current rating range is up to 100mA. Thanks to its design of wide resistance range from 200 ohms up to 20K ohms, the YC124-FR-0788R7L can be widely used in different applications where resistance varies.

In terms of working principle, YC124-FR-0788R7L adopts the use of a network of individual resistors that have been configured into one unit. When wired in parallel, each resistor within the network has the same resistance and it is determined by the total resistance of the array. When wired in series, the total resistance is calculated by adding up the individual resistor values.

In short, the YC124-FR-0788R7L presents many advantages due to its size and functions. This miniaturized two-terminal resistor can be used as an independent 8-resistor array or wired as a single, 8-terminal resistor network. Its two-solution design increases the versatility in many application, while small size and weight reduce the need for more space. The working principle of this resistor array is dominated by the resistor network theory. All of these aspects make it a perfect match for small-size requirement and make it an ideal tool for efficiently populating printed circuit boards.

The specific data is subject to PDF, and the above content is for reference