741X083220GP

Resistor Networks, Arrays

The 741x083220GP is a large multi-dimensional resistor network designed for a variety of application fields. It is manufactured by global chipmaker GlobalFoundries and is designed to provide better signal precision and greater ability to handle multi-path environments. It is commonly used in performance-critical consumer electronics and industrial applications including automotive, medical, defense, security, and communications. The 741x083220GP is available in several form factors, including leadless chip carriers (LCCs) and through-hole packages, allowing for an easy integration into various application designs.

The 741x083220GP is designed to function as a general purpose, high speed, multi-dimensional resistor network. It includes four resistor elements, each connected at the corners of a frame. The source and sink points are at the middle of each frame. This configuration creates a symmetrical signal, which allows the 741x083220GP to offer superior signal transmission and better control in multi-path and long-distance environments.

The 741x083220GP works by providing a two-stage filtering system. The first stage is a set of filter coils, which act as a low-pass filter to prevent high-frequency noise from being transmitted. The second stage is a set of terminal resistors which are used to protect the electrical signals from becoming degraded in multi-path environments.

The 741x083220GP is designed to use high-density metal films, allowing it to maintain its high accuracy and re-calibration accuracy over its long expected life expectancy. The resistor network also features random thermal compensation, which keeps the device\'s resistance levels stable even when extreme temperature changes occur. This ensures that the 741x083220GP doesn\'t suffer any drops in performance despite fluctuating environmental conditions.

The 741x083220GP is an ideal choice for many performance-critical applications, especially in automotive, medical, defense, security, and communications. This device provides superior signal transmission and greater ability to handle multi-path environments. Its versatile form factors make it an ideal choice for easy integration into various application designs. Its high accuracy and re-calibration accuracy ensures that it can be relied upon for long-term, consistent performance.