4304M-101-221LF

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A 4304M-101-221LF resistor network belongs to the Resistor Networks, Arrays product group. The 4304M-101-221LF combines resistors, capacitors and other passive components into a single package to form a single component with optimized operations. The product is designed to offer cost savings, footprint savings, and reduction of assembly complexity.

The 4304M-101-221LF resistor network is mainly used for high-frequency RF attenuation in coaxial cables and microwave applications. With a frequency range from DC to 4 GHz, the 4304M-101-221LF offers a high performance and cost-effective solution for microwave RF attenuation in industrial and commercial applications. It is tailored for applications such as radio frequency (RF) test systems, broadband systems, high-speed data systems, and portable devices.

The 4304M-101-221LF resistor network operates on a unique principle. The resistor network is composed of two resistors in series, each offering a defined value of resistance. The combination of the two resistors creates an attenuated signal that is suitable for RF applications. In addition, the device has two capacitors that are responsible for bypassing low frequency noise and providing conductor isolation for improved signal quality. Each capacitor is connected to one of the resistors, allowing a high-performance signal path.

The 4304M-101-221LF resistor network has several advantages over traditional solutions. With its optimized design, the 4304M-101-221LF reduces the number of parts and components required for a given application, which reduces the cost and assembly time. It also provides a better signal path with improved noise reduction and signal isolation. Additionally, its wide frequency range allows it to be used in a variety of applications.

The 4304M-101-221LF resistor network is an ideal solution for high-frequency RF attenuation in coaxial cables and microwave applications. With its optimized design, it offers cost savings, footprint savings, and reduced assembly complexity. Its wide frequency range ensures consistent performance across many different applications, making it a versatile solution for RF test systems, broadband systems, high-speed data systems, and portable devices.

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