The ACASOM 4-way microstrip RF power divider is designed to split or combine RF signals across a wide operating range of 400MHz to 6000MHz. Built using Wilkinson architecture, the device ensures balanced signal distribution across four output ports while maintaining reliable electrical performance.
Low insertion loss of ≤0.5dB helps maintain signal strength and minimizes power degradation across the RF path. High port isolation of ≥20dB reduces interaction between output channels and supports stable operation in multi-path RF systems.
The divider supports DC pass capability, allowing DC voltage to travel through the RF line. This feature enables integration into antenna feed systems and RF networks where remote equipment requires DC power through coaxial cables.
With 50Ω impedance and standard N-female connectors, the module integrates easily with professional RF equipment, wireless communication systems, and testing infrastructure. Its wide frequency coverage makes it suitable for wireless networks, IoT systems, and RF engineering environments.
Technical Specifications:
| Parameter | Specification |
| Frequency Range | 400–6000MHz |
| Output Ports | 4-Way |
| Insertion Loss | ≤0.5dB |
| Ripple | ≤0.2dB |
| Return Loss | ≤1.5 : 1 |
| Isolation | ≥20dB |
| Amplitude Balance | 0.2dB |
| Phase Balance | 3° |
| Impedance | 50Ω |
| Power Handling | 50W |
| Operating Temperature | -40℃~75℃ |
| RF Connector | N-Female |
| Surface Finish | White Paint |
| Dimensions | - |
| Weight | 0.55kg |
Why Choose This Module:
- Wide operating band from 400MHz to 6000MHz supports many RF systems.
- Low insertion loss helps maintain signal efficiency.
- High port isolation improves channel stability.
- Wilkinson architecture ensures balanced power distribution.
- Standard N connectors simplify RF system integration.
- DC pass capability supports antenna feed systems.
- Robust construction suitable for RF engineering and testing.
Applications:
- Wireless communication systems.
- Wi-Fi signal distribution networks.
- IoT infrastructure and wireless devices.
- RF laboratory testing platforms.
- Antenna feed and RF distribution systems.
- Communication equipment development.
- Signal routing in RF engineering projects.
Package Includes:
1 PCS power divider
Important Notes:
- Operating frequency range is 400–6000MHz.
- Maximum supported RF power is 50W.
- The module supports DC pass through the RF path.
FAQ:
- What does a 4-way RF power divider do?
It splits one RF input signal into four output signals or combines signals in reverse operation. - What frequency range does the divider support?
The device operates from 400MHz to 6000MHz. - Is the divider suitable for Wi-Fi frequency bands?
Yes, it supports RF systems operating around 2.4GHz and 5.8GHz. - What connector type is used?
The module uses N-female RF connectors. - Can it be used in RF laboratories or engineering systems?
Yes, it is commonly used in RF testing setups and communication system development.
The ACASOM 4-way Wilkinson RF power divider operating from 400MHz to 6000MHz is designed for signal distribution in modern wireless communication systems. By splitting a single RF signal into four balanced outputs, the device enables efficient signal routing in Wi-Fi infrastructure, IoT networks, and RF engineering platforms.
The microstrip Wilkinson design ensures balanced power distribution and strong isolation between ports ≥20dB. Low insertion loss of ≤0.5dB helps maintain signal quality and reduces attenuation across the RF transmission path.
Supporting up to 50W RF power and DC pass capability, the divider can be integrated into antenna feed networks and RF installations that require power delivery through the coaxial line. N-female connectors ensure compatibility with standard RF equipment and coaxial cables.
For RF engineers, wireless system developers, and testing laboratories, the ACASOM 4-way RF power divider provides a reliable solution for signal distribution across multiple RF channels. Explore Chipomi to find professional RF components for wireless communication infrastructure and RF testing systems.
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