746X101471J Resistors

Resistor Networks, Arrays

Resistor networks and arrays are some of the most commonly used components for various applications such as measurement, power conversion, and other circuit functions. The 746X101471J is a 2-resistor, 4-position, broadband resistor network that is great for voltage averaging, signal filtering, and other similar applications. It consists of four individual resistors of 61.33Ω, one of which is connected to each of the terminals.

Working Principle

The 746X101471J works by creating two identical two-level resistance networks connected in series. The lower half of the network is formed by the two 61.33Ω resistors connected in parallel, while the upper half consists of the other two 61.33Ω resistors connected in series. This allows the device to be used for voltage division and other signal conditioning applications. The two identical networks form an output impedance between each side of the device, which allows the device to be used for filtering as well as low-level signal processing. The two individual networks in the device are also connected in a way that allows one of the networks to be in parallel with the other, creating a total two-resistor, four position network.

Application Field

The 746X101471J is especially useful for voltage division and is considered by many to be one of the most versatile and applicable resistor networks. It can be used in applications such as communication systems, audio and video electronics, industrial control systems, instrumentation circuitry, and more. The device\'s excellent signal linearity and low impedance also make it ideal for low-level signal conditioning applications. The device is also well suited for use as a low-cost, 4-position selector switch due to its durable construction and reliable non-contacting long life. Other applications of the 746X101471J include signal mixing and digital signal processing.

Conclusion

The 746X101471J is a very useful 2-resistor, 4-position, broadband resistor network that is suitable for use in a wide range of applications. Its robust construction and versatile design make it an ideal choice for power conversion, signal conditioning, and other circuit design functions. Its excellent signal linearity and low impedance also make it well suited for low-level signal processing applications. The device is also capable of serving as a 4-position selector switch for a variety of industrial applications.