CRA06P04315R0JTA

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 traditionally available in a wide range of sizes from several millimeters to over a hundred millimeters thick. The CRA06P04315R0JTA series of resistor networks includes parts with size from 6mm wide to 30mm high and with 0.5mm pitch. It is designed to fit into various applications.

The basics of these networks is that they are composed of several resistor elements connected in a specific pattern. These resistor elements are connected to a closed circuit, usually one in series or one in parallel, and each resistor element have a resistance value that defines its performance.

The CRA06P04315R0JTA resistor network is soldered by reflow. It has 20 resistors, 40 terminal pins and is connected commonly by terminals (3 link structures). Each resistor gets soldered at the same time, resulting in unsurpassed reliability. The resistor elements are evenly distributed and spaced between terminals to avoid mechanical stresses during handling and soldering. Due to the key features of the CRA06P04315R0JTA resistor network, it is suitable for a variety of applications, such as for signal switching and power distribution in medical and industrial applications.

The application field of the CRA06P04315R0JTA resistor network is intended to meet today\'s high demands for electronical devices and applications. In addition, it is suitable for applications with high-speed requirements, such as mobile phones, GPS devices and other computer multimedia devices. As its features from the good flexibility and regulation of impedance, the CRA06P04315R0JTA resistor network can also be used in automotive field, including audio circuits, power supplies and motor drivers.

The working principle of the CRA06P04315R0JTA resistor network involves the resistance value of each resistor being set according to the application needs. The resistor elements and the terminals are connected in a matrix configuration. The resistor elements are connected to the top end of the upper two terminals and to the bottom of lower two terminals, forming a loop within the device. The resistance value of each resistor element is fixed, however, an adjustable resistor can also be included, which allows the resistance value of each element to be adjusted in order to achieve the desired result.

The current being supplied to the device is then distributed according to the resistance values of each resistor element. This will influence the voltage output of each resistor element, which is then passed through the terminations and follows the design of the network. Thus, the CRA06P04315R0JTA resistor network is capable of providing either direct current (DC) or alternating current (AC) signals to the connected devices.

The CRA06P04315R0JTA resistor network is a complex device that offers a great number of benefits for a variety of usage. It offers flexibility and versatility as well as an economical way to get the job done. Its application field is wide, and its working principle is a reliable and consistent solution, thanks to its design. It can be used for circuit protection, current and voltage regulation, signal switching and power distribution applications.

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