768201222G

Resistor Networks, Arrays

The 768201222G Resistor Network contains integrated resistors with a total resistance of 768201222G in a single package. This type of resistor network utilizes an extremely low-resistance polymeric material that provides it with a wide range of applications. Additionally, these resistor networks have a wide temperature range of operation and a high degree of precision.

Applications

The 768201222G resistor network can be used in a variety of applications, including multi-output voltage regulators, current and voltage regulation, impedance matching, fixed-frequency analog systems, and high-frequency signal processing. It is suitable for use in automotive applications, computer peripheral equipment, industrial and medical electronics, and other applications that involve high-density, reliable power switching.

The resistors in this resistor network are ideal for use in circuit boards as they provide excellent electrical conduction properties and exceptional temperature stability. Additionally, they are highly suitable as power supply decouplers for AC/DC converters, providing an excellent voltage, current, and frequency response for the system.

Working Principle

The working principle of the 768201222G resistor network is based on a resistance matrix design. This design allows for a high level of precision and accuracy and minimizes the amount of errors during operation. The resistor network is composed of a single integrated resistor in a polymeric material. The resistors in this network are connected in parallel, forming a wide variety of possible designs. This allows for flexibility in voltage, current, and impedance levels in a variety of applications.

The resistor network operates by allowing the user to select the desired resistor values. These values are programmed into the integrated resistor material, which then determines the overall resistance of the network. By varying the value of the resistors, different levels of current and voltage can be controlled, allowing for precise control of the application.

In addition, the 768201222G resistor network utilizes an extremely low-resistance material to provide unparalleled performance. This material is able to dissipate heat and operate with a wide temperature range. This enables the network to operate efficiently in high temperatures without any risk of overheating.

Conclusion

The 768201222G resistor network is a versatile and reliable resistor network designed for use in a variety of applications. It provides excellent electrical conduction properties and a wide temperature range of operation. Additionally, it is highly accurate and provides precise control of voltage, current, and impedance levels. All these benefits make this resistor network an excellent choice for automotive, industrial, medical, and computer applications.