746X101472J Resistors

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Resistor Networks, Arrays

Resistor networks, arrays, are collections of resistors wired together in a uniform pattern. They provide an alternate means to networking or stacking multiple resistors in order to create a larger, unified circuit capable of providing the desired resistance. The 746X101472J is a novel example of a resistor network array, and provides a perfect means of discussing the varied capabilities of such an array design and its applications.

At the core of the network is the main array, with the components arranged in a grid of four columns and twelve rows. Each row of the grid contains three SMD resistors, identified as R10, R20 and R30. These three resistors allow for the network to achieve different resistance values depending upon the ratio of the resistors.

The 746X101472J is an ideal network for applications requiring high conducting power, due to the close proximity of the resistors within the grid. This tight arrangement allows for more efficient power distribution for applications utilizing high current levels. Furthermore, the array is capable of drawing or transferring more current than individual resistors would be able to handle. For example, if each of the resistors was capable of handling 1 mA of current, they would be able to handle 12 mA of current, assuming all the resistors were wired in series. This application would have been made impossible if individual resistors were singularly connected.

In addition to the array\'s ability to provide higher conducting power, it also offers variable resistance values due to the arrangements of the resistors. If all three resistors in a row are combined in parallel, then the resistance is reduced to the lowest of the three resistors. Similarly, the resistors can be combined in a parallel arrangement in order to increase the resistance. Additionally, the three resistors can be combined in any ratio as long as the total value of the resistors is the same as that of the original array. This gives the user immense flexibility when choosing the desired resistance values that would best suit an application.

The 746X101472J resistor network array is also capable of providing accurate signal transmission for applications that handle ADC or DAC signals. Due to the close proximity of the SMD resistors, and the ability to have the resistors wired in parallel or in series, signal accuracy can be greatly improved. Furthermore, if any of the resistors were to fail, the array still provides a reliable output by having the other resistors take up the slack. This reliability is invaluable in applications requiring accurate signal transmission.

Finally, due to the size of the 746X101472J array, it can be installed on to a circuit board with relative ease. The small footprint of the array makes it an ideal choice for applications requiring space saving features and/or efficiency.

In conclusion, the 746X101472J resistor network array is a great option for applications requiring high conducting power, variable resistance values, accurate signal transmission and space saving. It is an excellent example of the diverse capabilities available from resistor networks or arrays.

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