Pasternack PE20DV1263 2-Way Power Divider

Introduction

The Pasternack PE20DV1263 2-Way Power Divider is a high-performance component designed for splitting signals in various communication applications. With its wide frequency range and robust power handling capabilities, this power divider is an essential tool for engineers and technicians working in advanced communication systems.

Part Description

The Pasternack PE20DV1263 operates within a frequency range of 8GHz to 54GHz and can handle up to 20W of input power. This power divider utilizes a type 2.4mm coaxial interface with female inputs on all ports, ensuring compatibility with a variety of RF systems. Key specifications include a minimum isolation of 15dB, a maximum VSWR of 1.8:1, and a maximum insertion loss of 1.3dB. The device is designed to split a single input signal into two output signals with equal magnitude and phase, making it ideal for applications that require precise signal distribution.

Applications

• Test and measurement
• Military communications
• Commercial communications
• Wireless communications
• SATCOM (Satellite Communications)

Industries

• Telecommunications
• Aerospace and Defense
• Research and Development
• Broadcasting
• Wireless Networking

Usage Ideas

1. Signal Distribution in Test Equipment: Use the PE20DV1263 to distribute a single test signal to multiple measurement devices in a laboratory setting, ensuring consistent signal quality across all instruments.

2. Military Communication Systems: Implement the power divider in military communication setups to enhance signal distribution and reliability in tactical environments, where robust performance is critical.

3. SATCOM Applications: Integrate the power divider in satellite communication systems to split signals for multiple antennas, optimizing the performance of satellite links in both commercial and military applications.

Conclusion

The Pasternack PE20DV1263 2-Way Power Divider is a versatile and high-quality component that meets the demands of various communication applications. Its excellent performance characteristics, combined with its robust design, make it an ideal choice for professionals in telecommunications, military, and research industries. Whether for testing, military communications, or satellite applications, this power divider provides reliable signal splitting with minimal loss.