768143274G

Resistor Networks, Arrays

In electronics, resistor networks and arrays are special types of electronics components, usually composed of two or more individual resistors, that are designed to work in tandem. The main purpose of resistor networks and arrays is to serve as security devices designed to prevent over-voltages and to provide input and/or output protection for equipment. Resistor networks can be used to improve production efficiency, reduce costs, and provide desirable characteristics for a particular electrical system.

The most commonly used resistor network type is the 768143274G (768KG). This type of resistor network is designed to offer over-voltage protection and is suitable for applications in industrial power supplies, electronic systems, and other fields. It is an MIT certified, high-temperature, high-voltage, mixed-signal resistor network, capable of providing ESD protection capability to up to 10kV.

The 768KG resistor network consists of a single power-supply pin above or below a group of pins (pins 1 to 8) where each pin contains its own resistor. Each resistor has a resistance value from 1R to 800K. The resistors are configured in a special way in order to provide the required protection against over-voltage.

The working principle of the 768KG resistor network can be summarized as follows. When an over-voltage occurs, the resistor network spreads the voltage evenly among the resistors connected to each pin. This process dissipates the over-voltage, and prevents it from reaching the connected device. The device is thus protected from over-voltage, and can continue to operate normally.

In addition to providing over-voltage protection, the 768KG resistor network also offers EMC/EMI noise immunity, as well as EMI shielding. These extra features are beneficial for applications in computers, communication equipment, and other applications that require strong interference protection.

The 768KG resistor network can be used in a wide range of applications, from consumer electronics to industrial power supplies. It is cost-effective and reliable, and provides high-temperature, high-voltage, and EMC/EMI protection for many different types of equipment. As such, it is an ideal choice for many different types of electronics applications.