PDL4-2222/50 4-Way RF Power Divider, 147-174 MHz Frequency Range, 50 Ohms Impedance, Low Insertion Loss, Max Input Power of 100 Watts, N Female Connector
Unmatched RF Signal Distribution
Explore the capabilities of the Kathrein PDL4-2222/50, a 4-way RF power divider engineered to handle the 147-174 MHz frequency band. With a low insertion loss of less than 0.5 dB, this power divider delivers excellent signal integrity by distributing power evenly across all four paths. Its uniform split ensures that each output receives 25% of the input signal, maximizing system efficiency and performance.
Robust and Reliable Design
The Kathrein PDL4-2222/50 stands out with its robust construction, designed to handle up to 100 watts of maximum input power. The device's VSWR is less than 1.2:1, ensuring minimal signal reflection and superior match. This power divider is built to withstand rigorous use, making it ideal for demanding environments.
Precision Engineered for Optimal Performance
This device is meticulously designed to maintain a 50 Ohm impedance, which is critical for matching network parameters and ensuring efficient power transfer. Its precise engineering guarantees optimal performance, enhancing any RF communication system.
Versatility in Application
The Kathrein PDL4-2222/50 is versatile for a variety of applications, particularly useful in telecommunications, broadcasting, and data transmission environments. It is a crucial component for antenna arrays, ensuring that signal power is effectively managed and distributed to achieve the best possible communication reliability and quality.
Easy Installation and Integration
With dimensions of 5.6 x 4.6 x 3.25 inches and a weight of just 2.25 pounds, this power divider is compact yet powerful. It includes mounting options for masts ranging from 1.25 to 2.375 inches in outer diameter, facilitating easy installation in diverse setups.
MPN | PDL4-2222/50 POWER DIVIDER 147-174 MHz |
---|---|
Color | Silver |
Brand | Kathrein |
Product Condition | New |
Availability | Out of Stock |