This single-port USB 2.0 RF filter connector is part of the USBx series and is designed for USB signal feedthrough and RF isolation in shielded test environments.
It features a fully enclosed, precision-machined aluminum alloy shielding enclosure and a single USB 2.0 Type-A female feedthrough port. Installed through the wall of a shielded box or compact RF/EMC test chamber, the connector enables USB data communication and low-power DC supply between the inside and outside of the enclosure.
While supporting USB 2.0 data rates of up to 480 Mbit/s, the built-in RF filtering structure helps suppress conducted RF interference and RF leakage along USB cables, maintaining the shielding effectiveness of the test enclosure.
The connector is suitable for RF and EMC testing of Bluetooth remote controls, smart sensors, TWS earbuds, and other wireless devices, as well as single-station automated test systems.
| Classification | Parameter item | Technical indicators |
|---|---|---|
| RF parameters | operating frequency band | 700MHz ~ 12GHz |
| isolation | >70dB | |
| EE Electrical Parameters | Rated electrical specifications | 5V 0.5A |
| Maximum transmission speed | 480Mbit/s(USB2.0) | |
| Structural parameters | Interface form/quantity | USB 2.0 Type A Female Head/1 Port |
| machine overall size | 71mm*68mm*35mm | |
| Installation screw specifications | 6-M4 |
Single-station RF testing of smart sensors, Bluetooth remote controls, TWS earbuds, and other wireless devices
Device debugging, communication, command transmission, and log collection in shielded test environments
RF and EMC testing of wireless terminals within the 700 MHz–12 GHz frequency range
USB signal feedthrough for compact shielded boxes with limited interface installation space
USB signal routing and RF isolation in RF/EMC test chambers
This product is part of the USBx series of RF filter connectors. Single-port USB 3.0, USB Type-C, and multi-port USB models are also available.
USB interfaces can also be combined with RJ45 Ethernet, BNC, DC power, XLR audio, and other connector types to create customized multi-interface RF filter connectors for specific test system requirements.