Y0035V0051AT9L

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Resistor Networks, Arrays comprise numerous resistors wired in combination with one another and occasionally with other components. The Y0035V0051AT9L is a resistor network designed to provide solutions for customers who want to create a specific resistance at high levels with reliable performance. In applications such as motor control and power distribution, the Y0035V0051AT9L can be used to protect other components by distributing the voltage among multiple resistors.

Applications

This type of resistor array enables engineers to design virtually any combination of resistance values with a single package. The Y0035V0051AT9L features high resistance ratings from 0.001 ohms to 470 ohms in a four-resistor package. The low insertion resistance combined with the parallel and series resistor arrangement allows for high accuracy in the output resistance. The Y0035V0051AT9L is widely used in a variety of applications, such as motor control, power distribution circuits, and electrical discharge machines.

Working Principle

The Y0035V0051AT9L is designed with four resistors strapped together in the package. The resistors in a series combination reduce the potential difference between them, and the current is also divided among the components. This configuration enables customers to create any combination of resistance values simply by changing the amount of resistors. With both series and parallel combinations, the Y0035V0051AT9L can give exceptional performance from low resistance (<0.001 ohms) to high resistance values (up to 470 ohms).

The Y0035V0051AT9L is designed to work with a wide range of voltage levels, from 24V to 36V. This level of voltage control allows for greater accuracy in the output resistance. Additionally, the Y0035V0051AT9L has low input capacitance and high isolation resistance, providing greater accuracy and reliability.

The Y0035V0051AT9L is designed to be robust and can withstand harsh environmental conditions. It has a high temperature range and can be used in temperatures ranging from -45°C to 150°C. Additionally, it is highly resistant to moisture and shock, and is UL and RoHS certified.

Conclusion

The Y0035V0051AT9L resistor network is designed for high resistance applications such as motor control and power distribution. Its four-resistor array provides a wide range of resistance values, enabling customers to design almost any resistance value. The low insertion resistance and wide voltage range results in excellent performance and accuracy, while its high temperature range and resistance to moisture and shock makes it suitable for harsh environments. In conclusion, the Y0035V0051AT9L is the perfect choice for any high resistance application.

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