EXB-14V222JX

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 various applications, and EXB-14V222JX belongs to such a type. This product has multiple features, configurations, and applications. In this article, an overview of the application field and working principle of EXB-14V222JX will be provided.

EXB-14V222JX is a resistor network that has 14 pins. With its 2200 ohm, 10 ohm series input and output resistance, it features excellent integrated performance and excellent high frequency characteristics. This resistor network is designed to provide superior noise immunity and thermal stability. It is an ideal component for applications involving high-speed analog/digital switching, radio frequency signal processing, and general-purpose switching circuits.

EXB-14V222JX offers a wide range of applications, including the following:

• High-speed analog/digital switching circuits
• Radio frequency signal processing
• General-purpose switching circuits
• Audio and video equipment
• Medical equipment

EXB-14V222JX resistor network is based on a differential amplifier configuration. The amplifier is configured by a series of resistors, which are connected to two opposite power pins. The power pins works in tandem to create a low-noise environment and achieve the desired total resistance of 2200 ohms (depending on variation from one resistor network to another). The resistors themselves can be of various types, including through-hole, surface-mount, and film types.

In addition, EXB-14V222JX resistor network can also be used with various types of transistors, such as NPN, PNP, JFET, and MOSFET transistors. This enables the resistor network to be used in applications such as power management, switching systems, and signal conditioning. With its wide range of applications, the EXB-14V222JX resistor network has become an extremely popular and cost-effective solution for many electronic and automotive applications.

The working principle of EXB-14V222JX is simple. It is based on a differential amplifier configuration, in which two power pins are connected together in order to achieve the desired total resistance. The connected pins are then used to drive two sets of resistors. The values of these resistors determine the resistance values of the various pins within the resistor network. Depending upon the ratio of the resistance values of the power pins, the total resistance value of the resistor network can be adjusted accordingly.

In terms of performance, EXB-14V222JX resistor network boasts excellent integrated performance and excellent high frequency characteristics. It also features excellent thermal stability and noise immunity. With its superior performance, high reliability, and reasonable cost, EXB-14V222JX Resistor Network has become a preferred component for a wide range of applications in various industries.

To conclude, EXB-14V222JX is a resistor network that provides superior noise immunity, excellent integrated performance, and excellent high frequency characteristics. This solves a wide range of applications in various industries, such as high-speed analog/digital switching circuits, radio frequency signal processing, and general-purpose switching circuits. Its working principle is based on a differential amplifier configuration, through which two power pins are connected together in order to achieve the desired total resistance of 2200 ohms.

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