Features:
- Broadband
- Small Size
- Low Insertion Loss
The 4-way power divider divides the input signal into four equal power outputs, with the same amplitude and a phase difference of 0 °. Correspondingly, a 4-way combiner can combine signals from four input ports into one output port.
1. Allocation and synthesis of power: 4-way power splitters can evenly distribute input power to 4 output ports, maintaining a balance of output power; The 4-way logic converter combines four signals into one.
2. High isolation: The power divider can effectively isolate different signal channels and reduce mutual interference between signals.
3. Wideband performance: With broadband characteristics, suitable for wireless communication systems in different frequency bands.
4. Low insertion loss: During the signal distribution process, the power divider has low insertion loss, reducing signal attenuation.
1. Network allocation: 4-way power splitters are commonly used to allocate signals to multiple receiving devices, such as antenna distributors in wireless communication systems.
2. Antenna system: The power divider can evenly distribute the input signal to multiple antennas, improving the coverage range and reception quality of the signal.
3. Signal testing: The power divider can be used to allocate input signals to different testing equipment for multi-channel signal testing, improving testing efficiency.
4. Communication base station: The power divider plays a role in signal distribution and isolation in the communication base station, ensuring stable signal transmission.
Qualwave provide 4-way power divider/combiner with frequencies ranging from DC to 67GHz, with a power of up to 3000W and high insertion loss reliability. It has multiple connectors such as SMA, N, 1.85mm, 1.92mm, BNC, etc., with a wide operating temperature range and stable performance, and the power is up to 3000W. Our 4-way power dividers/combiners are widely used in many areas. The product has a lead time of 2-3 weeks, and customers are welcome to place orders.