YC164-FR-0730KL

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Resistors are components of electronics circuits used to limit the current. They are available in many different types, shapes, sizes, and values called resistor networks, arrays, and YC164-FR-0730KL are one of those examples. These components are designed and built from materials like carbon film, ferrite, aluminum oxide, metal film, and wirewound. Other series of resistor networks are encapsulated or ceramic, wire leads, surface mount, and many others. Each type of resistor has its own application field and working principle.

Application Field

YC164-FR-0730KL is a part of the YC Resistor Network Family. It is a four-terminal, three-resistor, high-frequency network, with a high tolerable power dissipation rating and low parasitic capacitance and inductance. This type of resistor network is usually used in RF and microwave applications like amps, filters, splitters, and even as antenna matching bias networks. Its small size and good frequency response also make it suitable for low-noise amplifier’s applications. YC164-FR-0730KL is available in sizes ranging from 0.050” x 0.190” to 0.250” x 445”.

Working Principle

When the YC164-FR-0730KL is connected, it divides the incoming signal into three bands, increases the gain of the signal, and then limits the amount of current it can handle. It is made with a variety of resistors, some of which may be single resistors or multiple resistors in networks. The resistors serve to reduce the flow of current, allowing only a certain voltage to pass through. As the current flow through the resistor, it is reduced in voltage and dissipated as heat in the form of Joule heating. This product is designed to be RoHS compliant and meet the most stringent, modern industry standards.

These YC164-FR-0730KL resistor networks are designed from copper-manganese alloy, or Manganin, for high accuracy and stability. Manganin is a type of alloy offering high temperature stability and corrosion resistance. It is also a popular choice because of its low temperature coefficient of resistance. Manganin’s temperature stability allows for consistent performance in varying operating temperatures within the designed limits. This unique alloy helps resistors maintain accuracy and precision at higher temperatures.

YC164-FR-0730KL resistor networks reduce the amount of current passing through a resistor to the desired level. This not only increases efficiency but also prevents damage to other components if too much current is present. The resistors also decrease the likelihood of interference from other components, which is also known as electromagnetic interference. These resistor networks also help stabilize the signal from changes in load, keeping the signal stable and as close to the original as possible.

Conclusion

The YC164-FR-0730KL Resistor Network Family provides a reliable solution for applications requiring accurate, consistent signal control over varying operating temperature ranges. Its Manganin alloy is highly stable and dependable, providing superior accuracy over other resistor materials. This resistor network reduces noise and limits current, and its small size makes it suitable for a variety of applications including low-noise amplifiers and RF and microwave applications. With its high tolerable power dissipation rating and low parasitic capacitance, it is an ideal choice for various electronics applications.

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