QCH-392+技术参数

制造厂商：Mini-Circuits
类别封装：90度和180度混合式分路器_合路器，标准封装
技术参数：Mini-Circuits 射频微波器件
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QCH-392+技术参数详情说明：

The QCH-392+ from Mini-Circuits is a high-performance 90° hybrid splitter/combiner designed for RF applications, operating over a wide frequency range from 600 MHz to 3900 MHz with a 50-ohm impedance. This device features a PQ2098-1 case style and SMT interface, making it easy to integrate into compact and efficient designs while ensuring robust signal handling in demanding environments.

Key specifications include a typical insertion loss of 0.8 dB above 3 dB, isolation of 14 dB, and phase unbalance of 5 degrees, which are critical for maintaining signal integrity. It supports up to 130 W input power and utilizes microstrip/stripline technology for optimal performance, making it suitable for applications requiring precise amplitude balance and minimal signal distortion in high-frequency systems.

制造商产品型号: QCH-392+
制造商: Mini-Circuits
功能类别: 90度和180度混合式分路器_合路器
Case Style: PQ2098-1
Impedance (Ω): 50
Interface: SMT
Description: 90° Hybrid
F Low (MHz): 600
F High (MHz): 3900
Isolation (dB), Typ.: 14
Insertion Loss (dB) above 3 dB, Typ.: 0.8
Phase Unbalance (deg), Typ.: 5
Amplitude Unbalance (dB), Typ.: 1.3
Input Power, Max.: 130
Technology: Microstrip / Stripline
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QCH-392+应用范围：

In communication systems, the QCH-392+ is used as a hybrid splitter to distribute signals evenly across multiple channels, ensuring minimal degradation with its low insertion loss and high isolation. This makes it ideal for wireless networks and satellite communications, where reliable signal management is essential for maintaining data integrity and reducing interference.

Additionally, in test and measurement equipment, this component serves as an efficient combiner to merge signals during calibration and analysis processes. Its SMT interface and high-power handling up to 130 W ensure reliable performance in automated test systems, providing RF engineers with a dependable solution for high-frequency applications like signal routing and modulation testing.