Fortify your TV antenna against disruptive interference and hone in on pristine DVB-T channels with the Digitek 09ABPFC Band Pass Filter, a sleek silver essential that seamlessly passes signals from 568-610 MHz (Channels 34-39, Block C) while rejecting noise outside this range—like a precision signal curator that blocks 4G/LTE or other transmitting devices for enhanced free-to-air (FTA) reception in urban or rural environments. Tailored for antennas, receivers, or distribution systems, this F-Type female-to-male filter provides 40-45dB typical rejection with IPX4 weatherproofing for outdoor resilience, delivering low loss and high stability without compromising your HD signals. Whether you're a homeowner tackling fuzzy channels or a professional installer refining MATV networks, its SMD construction and channel block configuration offer cost-effective, targeted protection—effortless inline twist-on installation in moments, elevating reception without the premium price. Digitek's band pass filter converts signal clutter into seamless clarity—tune in focused, watch without worry!
Key Features:
- Precise Band Pass Filtering: Passes 568-610 MHz (Channels 34-39, Block C) while rejecting out-of-band noise—like a tailored lock for DVB-T FTA TV to sideline LTE/4G interference.
- Impressive 40-45dB Rejection: Strong attenuation for unwanted frequencies—like a formidable barrier—ensures pure signals above/below the passband for distortion-free HD viewing.
- F-Type Inline Convenience: Female-to-male connectors with swivel ease—like a user-friendly twist—for rapid installs in confined antenna or splitter locations.
- Weatherproof & Robust: IPX4 rating and SMD build—like element-proof endurance—for outdoor masts or indoor racks with minimal loss and superior return.
- Budget-Friendly RF Defense: Single-piece packaging for immediate use—like value-driven clarity—in TV antennas, testing equipment, or systems up to 1GHz.
- 1-Year Warranty: Digitek's quality pledge—like inherent assurance—for consistent performance in any 5-1000 MHz RF application.
