Beschreibung
2000-6000MHz Wilkinson RF Power Splitter SMA-Female
The wilkinson power splitter also called Wilkinson power divider, uses quarter wave transformers to split the input signal to provide two output signals that are in phase with each other. Wilkinson power divider, splitter / combiner circuit. The resistor between the two output ports enables the two outputs to matched while also providing isolation.
| Model No. | TPW-2WPS-2060-SF |
| Split Channel | 2-way |
| Split Loss | 3.0 |
| Insertion Loss(dB) | ≤0.5 |
| Isolation(dB) | ≥20 |
| Freq(MHz) | 2000-6000MHz |
| VSWR | ≤1.3 |
| Power Rating(W) | 50W (average Per Port) |
| Impedance | 50 ohm |
| Verbinder | SMA Female |
| Farbe | Sandblasting natural color conductive oxide |
| Relative Humidity | 5-95% |
| Operating Temperature(°C) | -30~+65 |
| Abmessungen(mm) | See Mechanical Drawing |
* Frequency Band Covering 2000-6000MHz
* Low Insertion Loss
* Low VSWR
* Indoor Using IP60
* Available with Type N, 7/16DIN or 4.3/10 Connectors
Hefei Topwave Telecom Co.,Ltd, is a worldwide leading provider of comprehensive RF passive equipment and high-performance wireless infrastructure solutions focused on innovation and differentiation at the edge of wireless telecommunication networks.
Topwave Telecom established in 2007, located in Hefei National High-tech Zone. With the decades of development, we have our own R&D center and manufacturer center.We are OEM and ODM service provider and network operators to improve performance and reduce operating expenses via comprehensive set of products and solutions. Topwave has more than 10 years experience to export goods to all over the world, the RF passive devices like power splitter, coupler, filter, multiband combiner etc, which widely used for DAS, IBS, BTS and BDA.
Topwave persist to provide excellent products and service for every client as always. Our mission is to make the world connected, make the world small, and make the world smart. Topwave Telecom, your trusted strategic business partner, your RF expert in telecommunication.
