Product Features:
Compact, low weight
Easily installed between the feed and LNB
High reliability
Environmentally sealed and moisture resistant
The Ku Band Filter (10700 ~ 12750 MHz) is an essential component designed to selectively allow frequencies within the Ku band spectrum while effectively blocking out-of-band signals. Operating across the 10.7 GHz to 12.75 GHz range, this filter ensures high signal integrity, reduced noise, and minimal interference for satellite communication systems, broadcast receivers, and radar applications.
Engineered with advanced materials and precision tuning, it delivers low insertion loss and high return loss, optimizing overall system performance. Its innovative design supports robust operation in demanding environments, making it ideal for both commercial and military-grade systems requiring reliable frequency selectivity in the Ku band.
Product Features:
Compact, low weight
Easily installed between the feed and LNB
High reliability
Environmentally sealed and moisture resistant
The Ku Band Filter (10700 ~ 12750 MHz) is an essential component designed to selectively allow frequencies within the Ku band spectrum while effectively blocking out-of-band signals. Operating across the 10.7 GHz to 12.75 GHz range, this filter ensures high signal integrity, reduced noise, and minimal interference for satellite communication systems, broadcast receivers, and radar applications.
Engineered with advanced materials and precision tuning, it delivers low insertion loss and high return loss, optimizing overall system performance. Its innovative design supports robust operation in demanding environments, making it ideal for both commercial and military-grade systems requiring reliable frequency selectivity in the Ku band.
| Parameter | Specifications | Remark |
|---|---|---|
| Frequency | 10700MHz ~ 12750MHz (BW2050MHz) | |
| Center Frequency | 11725MHz | |
| VSWR | ≤1.25:1 | |
| Insertion loss | 0.3dB max ; 0.2dB Typ | |
| Out-of-band Rejection | ≥80dB @13750-14500MHz | |
| Impedance | 50 Ohm |
