This single-port AC power RF filter connector is designed for AC power feedthrough in shielded RF and EMC test environments.
It features a single IEC-standard AC power feedthrough interface and a fully enclosed, precision-machined aluminum alloy shielding enclosure. Installed through the wall of a shielded box or RF/EMC test chamber, the connector enables AC power transmission between the inside and outside of the enclosure while suppressing conducted RF interference and RF leakage along the power path.
With an operating frequency range of 700 MHz–12 GHz and high RF isolation performance, the connector is suitable for wireless communication device testing, RF measurement systems, and EMC test applications.
| Parameter Classification | Parameter item | Technical indicators |
|---|---|---|
| RF parameters | Operating frequency band | 700MHz ~ 12GHz |
| Isolation | >70dB | |
| EE Electrical Parameters | Rated electrical specifications | 250V 10A |
| Transmission speed | NA (power channel, no data transmission) | |
| structural parameters | Interface form/quantity | AC power supply male and female heads/1 port |
| Machine overall size | 57mm*97mm*49mm | |
| Install and fix | 8-M2 tapered countersunk screw hole |
AC power feedthrough and RF isolation for single-station shielded boxes
EMC and spurious emission testing within the 700 MHz–12 GHz frequency range
Automated test fixtures for Bluetooth, Wi-Fi, 5G, and other wireless communication modules
Independent AC power supply for compact shielded test enclosures
Shielded AC power routing for DUTs in RF laboratories and automated test systems
This model is a single-port AC power RF filter connector. The same series also includes 2-port, 65 mm deep and 2-port, 100 mm deep AC power RF filter connectors.
The single-port version offers flexible installation and is suitable for distributed test stations or applications requiring independent power feeds. The dual-port versions are better suited for centralized power distribution to multiple DUTs.
Customized configurations are also available by combining AC/DC power interfaces with RJ45, USB, DB-series, and other data interfaces to form integrated multi-interface RF filter connectors.