This 100 mm deep dual-port AC power RF filter connector is designed for AC power feedthrough in shielded RF and EMC test environments.
It integrates two AC power channels within 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.
Compared with the 65 mm deep AC filter model, this version features a deeper shielding cavity, wider RF isolation coverage, and improved high-frequency isolation performance. It is suitable for broadband RF, high-frequency wireless, and EMC test applications.
| Parameter Classification | Parameter item | Technical indicators |
|---|---|---|
| RF parameters | Operating frequency band | 700MHz ~ 12GHz |
| Isolation | 700MHz-8GHz >70dB 8GHz-12GHz >60dB | |
| 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/2 ports |
| Machine overall size | 144mm*56mm*100mm | |
| Installation hole specifications | 12- Φ 4.5 through-hole |
AC power feedthrough and RF isolation for shielded boxes used in broadband wireless and 5G device testing
EMC and spurious emission testing in RF/EMC test chambers
Automated RF test fixtures for wireless products within the 700 MHz–12 GHz range
AC power distribution for multi-station parallel test systems in shielded environments
RF laboratory applications requiring enhanced high-frequency isolation performance
This model is the 100 mm deep version of the dual-port AC power RF filter connector. A 65 mm deep version, model W05-000605, is also available in the same series.
Compared with the 65 mm version, the 100 mm deep model provides improved high-frequency isolation performance and is better suited for broadband RF applications extending above 8 GHz.
Single-port and multi-port AC/DC power modules can also be customized. Power interfaces may be combined with RJ45, USB, DB-series, and other data interfaces to form integrated multi-interface RF filter connectors.