Features:
- Broadband
- Small Size
- Low Insertion Loss
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sales@qualwave.com
52 Way Power Dividers/Combiners RF Microwave Millimeter High Power Microstrip Resistive Broadband
52 Way Power Dividers／ Combiners
The core function of a power divider is to distribute the power of an input signal to each output branch in a certain proportion, and there needs to be sufficient isolation between output ports to avoid mutual influence between them.
As a power divider/combiner, it is also known as a 52-way RF power divider/combiner, 52-way microwave power divider/combiner, 52-way millimeter wave power divider/combiner, 52-way high power divider/combiner, 52-way microstrip power divider/combiner, 52-way resistor power divider/combiner, 52-way broadband power divider/combiner.
Features:
1. The 52 way power divider has 52 output ports. When used as a combiner, combine 52 signals into one signal.
2. A certain degree of isolation should be ensured between the output ports of a power divider.
The application of 52-way power divider/combiner is very extensive, including but not limited to:
1. Wireless communication system: In wireless communication systems, 52-way power dividers/combiners are used to distribute a signal to multiple antennas to achieve signal diversity and spatial division multiplexing. This helps to improve the reliability and stability of communication.
2. Radar system: In radar systems, 52-way power dividers/combiners are also used to distribute radar signals to multiple antennas for beamforming and target tracking. This is crucial for improving the detection capability and accuracy of radar.
3. Testing and Measurement System: In testing and measurement systems, 52-way power dividers/combiners are used to distribute a signal to multiple testing points to achieve multi-way testing. This has important applications in fields such as circuit board testing and signal integrity analysis.
Qualwave supplies 52-way power dividers/combiners at frequencies from DC to 2GHz, and the power is up to 20W.
In order to produce high-quality products, we optimize the design to reduce mutual interference between various output ports; Improve manufacturing processes, enhance machining accuracy, welding quality, etc., to reduce errors in the manufacturing process; Select dielectric materials with lower loss tangent to reduce signal loss during transmission; If necessary, use isolators, filters, and other equipment to further reduce interference between output ports.
Part Number |
RF Frequency(GHz, Min.)  |
RF Frequency(GHz, Max.) |
Power as Divider(W) |
Power as Combiner(W) |
Insertion Loss(dB, Max.) |
Isolation(dB, Min.) |
Amplitude Balance(±dB,Max.) |
Phase Balance(±°,Max.) |
VSWR(Max.) |
Connectors |
Lead Time(Weeks) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| QPD52-200-2000-20-S | 0.2 | 2 | 20 | - | 12 | 15 | ±1 | ±2 | 2 | SMA | 2~3 |
| QPD52-1000-2000-10-S | 1 | 2 | 10 | - | 4 | 15 | 1 | ±1 | 1.65 | SMA | 2~3 |
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