Hybrid Coupler HC0638-2I2O-ODH Wall-through

The Hybrid Coupler Product Description

The Hybrid Coupler is a high-performance passive RF device primarily used for signal combining, splitting, and power distribution in wireless communication systems. Featuring a high-quality cavity structure and precision manufacturing processes, it offers extremely low intermodulation distortion and excellent electrical performance. It is widely applied in base stations, repeaters, and In-Building distribution systems, supporting efficient transmission and distribution of multi-band and multi-system signals. The Hybrid Coupler excels in low intermodulation (PIM), low insertion loss, and high isolation, making it suitable for wireless network optimization, In-Building Distribution Systems (IBS), Base Transceiver Stations (BTS), Distributed Antenna Systems (DAS), and Antenna Feeder System (AFS).

Product Functions

1. Signal Combining and Splitting

·The 2x2 Hybrid Coupler: Combines or splits two signal paths, such as merging signals from two base stations into a single feeder line or splitting signals from one feeder line to two receivers.

·The 4x4 Hybrid Coupler: Supports combining, splitting, and power distribution for multiple signal paths, suitable for complex multi-system and multi-band scenarios.

2. Power Distribution and Combining

· Evenly distributes input power to multiple output ports or combines power from multiple signal paths to enhance system capacity.

· Ensures accurate power distribution across ports and minimizes signal loss.

3. Reducing Signal Interference

· Generates extremely low intermodulation distortion (IMD), avoiding spurious signal interference and ensuring high inter-system isolation.

· Improves signal transmission quality and enhances communication stability.

Product Features

1. Ultra-Low Intermodulation Performance

· Utilizes special materials and precision machining processes, with typical third-order intermodulation (IM3) products as low as -160 dBc @ 2×43 dBm, far exceeding industry standards.

· Effectively suppresses spurious signals and prevents system interference.

2. Excellent Electrical Performance

· Low insertion loss and high isolation ensure efficient signal transmission.

· High power handling capacity supports high-power base stations and dense user environments.

3. High Reliability and Stability

· All-metal cavity structure provides strong shielding and outstanding anti-interference capability.

· Passive design with no active components ensures low failure rates and long service life.

4. Flexible Scalability and Compatibility

· Available in multiple configurations, supporting multi-band and multi-system access.

· Standardized interfaces for easy integration and expansion.

5. Easy Installation and Maintenance

· Compact design, small size, and lightweight for convenient deployment.

Application Scenarios

1. Base Station and Repeater Systems

· Used for multi-carrier signal combining and splitting to enhance base station capacity and coverage.

2. In-Building Distributed Systems (IBS&DAS)

· Enables shared antenna feeder resources for multi-system signals in venues such as shopping malls, office buildings, airports, and subways.

3. Microwave and Satellite Communications

· Provides signal power distribution and combining to ensure long-distance communication quality.

4. Test and Measurement Equipment

· Used for calibrating and testing RF systems to ensure equipment meets performance standards.

5. IoT and 5G Communications

· Supports multi-band and multi-mode signal processing to meet high-speed, low-latency requirements.

Summary

The Hybrid Coupler, with its ultra-low intermodulation distortion, high reliability, and outstanding performance, is a critical passive device in wireless communication networks. Whether in base stations, In-Building distribution systems, or specialized communication scenarios, it effectively enhances signal quality, reduces interference, and optimizes network resources, serving as a core enabler for the efficient operation of modern communication systems.