RF Power Splitter And Power Combiner are essentially the same class of devices that either split a single RF signal into multiple output paths (power division) or combine multiple RF signals into one output (combining).SHINHOM offers 2-way, 3-way, and 4-way configurations, with a frequency range from DC to 6800 MHz, making them suitable for communication systems, CATV, cellular networks (GPS/PCS), VHF/UHF transceivers, laboratory testing, and wireless applications such as WiFi and Bluetooth.These products use surface-mount packaging and feature wideband performance, high isolation, and excellent amplitude and phase balance, ensuring accurate and reliable signal distribution and combination.
Features
- Broadband frequency – DC to 6800MHz (model dependent)
- Low insertion loss – As low as 0.25dB (2-way model)
- High isolation – Up to 30dB
- Amplitude balance – As low as ±0.01dB
- Phase balance – As low as 0.2°
- Impedance – 50Ω
- Compact surface mount package – Saves PCB space
- Shielded housing – Excellent interference immunity
Series in this family
| Product Series | 1. AD4PS-1 ✉ | 2. ADP-2-1W ✉ | 3. JPS-2-1W ✉ | 4. JPS-3-1 ✉ |
| 5. SC4PS-33 ✉ | 6. SCA-4-132 ✉ | 7. SCRP-2-682W ✉ | 8. SRSC-4-63 ✉ |
Applications
- Communication systems – Base station, repeater signal distribution
- CATV – Cable television signal distribution
- Cellular networks – GPS, PCS signal combining/splitting
- VHF/UHF transceivers – Transmit/receive signal distribution
- Laboratory testing – Test equipment signal distribution
- Wireless communications – WiFi, Bluetooth, WiMAX
- Radar systems – Signal distribution and combining
FAQ
Q: What is the difference between a Power Splitter and a Power Combiner?
A:A Power Splitter and a Power Combiner use the same circuit topology. The only difference is signal direction: a Power Splitter distributes one input signal into multiple outputs, while a Power Combiner merges multiple input signals into a single output.
Q: How do I select the right Power Splitter model?
A:
Selection depends on frequency range, number of ways (2/3/4-way), and isolation requirements. For example, VHF/UHF applications can use 1–650 MHz 2-way models, while laboratory wideband testing typically uses DC–6800 MHz 2-way models.
Q: Why are amplitude balance and phase balance important?
A:Amplitude and phase balance directly affect signal consistency. In applications such as phased-array radar and multi-channel receivers, imbalance can lead to beam steering errors and degraded system performance.
SHINHOM is dedicated to setting a high bar of excellence for industries that integrate or utilize magnetics technologies in our Power Splitter And Power Combiner products.
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