CRA06S04327R0JTA

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, or arrays, are used in circuits to modify the output voltage or current of a system. By selecting appropriate resistors, the designer can control the current and voltage flow through the circuit. The CRA06S04327R0JTA is a prototypical example of this.

A CRA06S04327R0JTA is a 6-pin resistor network. It consists of six precision resistors in a single or dual in-line package. The resistors are individually marked to indicate their relative resistance in ohms. The resistor network values range from 4.3kΩ to 270kΩ. It has a resistance tolerance of ±10%. A CRA06S04327R0JTA has solid state characteristics and a low temperature coefficient.

A CRA06S04327R0JTA resistor array is often used in circuits when several identical resistors are required. By using one of these arrangements, the designer can avoid having to install multiple individual resistors in the circuit. Additionally, the chip form factor, with its pins on one side, makes it much easier to route the circuit, which reduces the amount of wiring required.

The working principle of a CRA06S04327R0JTA is simple. When connected to power, different voltage drops occur across each of the resistors, and thus, a current flows through the circuit. By selecting suitable resistor values, the designer can control the voltage or current levels of the system.

The CRA06S04327R0JTA resistor array can be used in many different applications. It is commonly used in power supplies, signal processing, and audio equipment. It is also used for voltage regulation and current limiting, among other purposes. Furthermore, these components are used in automotive and industrial automation systems where multiple identical resistances are required.

In conclusion, the CRA06S04327R0JTA resistor network, or array, is a versatile and useful component in circuit design. It is a six-pin device consisting of precision resistors that vary in value between 4.3kΩ and 270kΩ. The network is often used when several identical resistors are needed in a circuit, as it simplifies routing and reduces the amount of wiring required. The working principle of the CRA06S04327R0JTA is simple: when connected to power, different voltage drops occur across each of the resistors, and thus, a current flows through the circuit. This resistor array can be used for a variety of applications, such as power supplies, signal processing, audio equipment, voltage regulation, current limiting, and automotive and industrial automation.

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