Shenzhen Bowei RFID Technology Co.,LTD.
Shenzhen Bowei RFID Technology Co.,Ltd——A leading global provider of RFID hardware solution
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BRA-06 Ltra-Thin Design 8dBic UHF RFID Antenna,Circular Polarization SMA Male Connector
Broadradio implements the global business strategy, strengthens the development of the international market, increases interaction with customers and suppliers, responds to customer needs quickly and comprehensively, and establishes a more stable long-term partnership. At the same time, Broadradio implements forward-looking and characteristic solutions based on local conditions, and promotes Broadcom's intelligent products and services to be widely used in all walks of life, providing global users and partners with an overall RFID that keeps pace with the times. )solution.
(1)Electrical Properties: It is a general antenna with high gain, low VSWR, wide AR band and etc.
(2)Mechanical Properties: ltra-thin design, sophisticated techniques, easy to install, it fits all the domestic and foreign model UHF readers and brings the best performance of the reader.
(3)BRA-06 Antenna is of convenient application in retail, conference management, personnel management, RFID sports timing, luggage management, warehousing, logistics, asset management and UHF RFID application fields.
| Frequency Range | 860MHz～960MHz |
| VSWR | ≤1.3:1 |
| Gain | 8 dBic |
| H side HPBW | 102° |
| E side HPBW | 102° |
| Polarization | Circular polarization |
| Relative humidity | 5%～95% |
| Impedance | 50±1Ω |
| Connector Type | SMA Male (Customizable) |
BRA-06 Antenna is circularly polarized directional antenna. Attention should be paid to adjusting the antenna tilt to obtain the optimal reading performance.
BRA-06 Antenna can be used outdoors, but not suitable for use in acid or alkali environment.
1) 10 years experience in hardware design such as RFID antennas and tags
2) More than 20 industry high specification configuration test equipment
3) Obtained a number of national patents and PCT international patents
4) Master the technology of distributed reverberator feed design, multi-input and multi-out phase control network;