770103332

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Resistor Networks, Arrays is a type of electrical component designed for creating circuits. It is made up of a set of resistors connected to each other in various ways. The 770103332 is a Specific Array Resistor Network.

The 770103332 array contains twelve individual resistors within a single-piece, multi lined package. The values of the resistors range from 0.50 Ω to 5.6 Ω. Each of these resistors are used to create uniform and linear performance within a circuit.

The 770103332 resistor network is predominantly used within todays’ electronic systems and audio/video applications for voltage and current regulation. With its linear performance traits and unique design, the 770103332 provides a neat way of forming complex circuitry for low current, low voltage applications.

Let’s take a closer look at how performance is achieved with the 770103332 resistor network. The spacing between each of the resistors is designed in such a way that it produces a linear resistance change with image frequency components reduced to a minimum. This is achieved by the precise design and spacing of the resistors in the array.

The 770103332 resistor network also offers features that provide superior performance in noise voltage elimination. Each device is carefully constructed to reduce noise levels and improve common-mode rejection, making it ideal for digital audio and video applications.

The 7701033, thanks to its precise design, is ideal for a variety of electronics applications due to its linear performance and noise voltage elimination. Some applications where this resistor network provide noteworthy results include single-supply sensors, op amp filters, VCOs, PLLs, pulse generator circuits, linear multipliers, and other high-accuracy electronics applications.

The 770103332 is a great choice for achieving high accuracy results when dealing with low-current, low-voltage microprocessor circuits. The device provides exceptional performance for its price and it is no surprise that it is employed in a wide range of applications.

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