Y4485V0363BA9W

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Resistor Networks, Arrays are essential components in various applications. In this article, we will introduce the application field and working principle of Y4485V0363BA9W resistor networks, arrays.

Y4485V0363BA9W, also known as VISHAY Y4485V0363BA9W Non-Inductive Resistor Network, is made up of 36 resistors in an array. It is specialized for bus isolation and high-accuracy measurement applications, such as providing ground resistance in avionics systems and pre-driving in industrial applications. It works with customized ceramic construction for proven reliability and excellent temperature stability. It is constructed with 6 sides with fractional ohmic values ranging from 1Ω to 1000Ω for added stability. With its superior performance, Y4485V0363BA9W resistor networks come with 3 different configurations of 36 resistors including 2W,3W, and 5W.

The working principle of Y4485V0363BA9W resistor networks is based on the principle of resistors forming a resistive network with parallel or series connections. Resistors form a network when the voltage drops across one of the resistors is distributed across all other resistors in the network. For instance, when Y4485V0363BA9W resistor networks are used in industrial applications, its 36 resistors will be connected in a series/parallel combination, which will allow for high accuracy readings when measuring current, voltage, and power signals. The resistors in the network act as a voltage divider, distributing the voltage across each resistor in the network, while maintaining the same resistance. This enables a steady, equal current flow to be maintained throughout the entire network.

Y4485V0363BA9W resistor networks are suitable for a diverse range of applications, such as providing ground resistance in avionics systems, pre-driving in industrial applications, and providing impedance matching with optimized power control in power distribution systems. The resistor networks also offer excellent temperature stability and proven reliability due to its customized ceramic constructions. It can also be used as an AC/DC offset resistance network, allowing for dynamic signal and power control.

In conclusion, the Y4485V0363BA9W resistor networks are designed to provide an accurate and reliable resistive network with superior performance. With its customized ceramic construction, Y4485V0363BA9W resistor networks are suitable for a range of applications, including avionics systems, industrial processes, and power distribution systems. The resistor networks act as a voltage divider, distributing the voltage across each resistor in the network, while maintaining the same resistance, allowing for a steady, equal current flow to be maintained throughout the entire network.

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