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Resistor Networks, Arrays

A resistor network is a general term for any collection of resistors and capacitors wired together in a particular fashion, such as the Y1485V0002BA9W. The basic purpose of such networks is to provide a specific resistance value to a circuit board at a controlled cost during production. In larger resistor networks, often times the resistors and capacitors are arranged in an array–a set of parallel and/or series connectives of resistors and/or capacitors. By arranging resistors and capacitors in this manner, the overall resistance of the network can be calculated and more complex networks with many possible resistance values can be produced.

Y1485V0002BA9W

The Y1485V0002BA9W is a resistor network containing six pulse-guard resistors and six small-signal resistors. The pulse-guard resistors are used to protect the connected device from interference from other components, while the small-signal resistors are used to reduce the total resistance value of the network. The six resistors and capacitors are arranged in a parallel and series configuration that produces a resistance of 2.25Ω with a total tolerance of ±0,25%.

Application Fields

The Y1485V0002BA9W is used in a wide variety of high-end applications in the commercial and industrial sectors. Its combined resistance and tolerance value make it suitable for use in precision measurement applications, such as weighing and medical equipment. Its robust construction and efficient arrangement make it suitable for use in noise-sensitive applications such as machine control, automation, and communication. It is also used in high-speed digital circuits, as its resistance and capacitance characteristics make it an effective choice for reducing ringing during high-frequency signals. Finally, it is also commonly used in power supplies, thanks to its low resistance and high level of protection.

Working Principle

The working principle of the Y1485V0002BA9W is fairly straightforward. The pulse-guard resistors serve to block interference caused by other components, while the signal resistors reduce the overall resistance of the network. The two sets of resistors and capacitors are arranged in a parallel and series configuration. This type of arrangement allows for a large number of resistance values to be produced from a small number of components, significantly reducing the cost and number of components needed for the network. When a current is passed through the network, the resistors and capacitors limit the amount of current that can pass through, thus providing resistance.

Conclusion

The Y1485V0002BA9W resistor network is a versatile device with a multitude of applications. Its combination of pulse-guard and small-signal resistors allow it to provide efficient protection against interference, while its unique arrangement allows for a wide variety of resistance values to be produced. The Y1485V0002BA9W is an essential component in many precision measurement applications, high-speed digital circuits, and power supplies. To sum it up, the Y1485V0002BA9W is a reliable and efficient resistor network that has been proven to provide a high level of protection and performance.

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