Digitek Band Pass Filter - Block E (652 - 694Mhz)

Shield your TV reception from unwanted interference and lock in crystal-clear DVB-T channels with the Digitek 09ABPFE Band Pass Filter, a compact silver powerhouse that allows signals from 652-694 MHz (Channels 46-51, Block E) to flow smoothly while rejecting noise outside this range—like a precise signal bouncer that blocks 4G/LTE or other transmitting devices for sharper free-to-air (FTA) viewing in urban or rural setups. Ideal for antennas, receivers, or distribution systems, this F-Type female-to-male filter delivers 40-45dB typical rejection with IPX4 weatherproofing for outdoor reliability, ensuring low loss and high stability without distorting your HD signals. Whether you're a homeowner frustrated with fuzzy channels or a pro installer fine-tuning MATV networks, its SMD construction and channel block design provide affordable, effective protection—simple inline install twists on in seconds, improving reception without breaking the bank. Digitek's band pass filter turns signal chaos into seamless entertainment—tune in pure, watch worry-free!

Key Features:

• Targeted Band Pass Filtering: Passes 652-694 MHz (Channels 46-51, Block E) while rejecting out-of-band noise—like a custom gate for DVB-T FTA TV to eliminate 4G/LTE interference.
• Strong 40-45dB Rejection: High attenuation for unwanted frequencies—like a robust shield—ensures clean signals above/below the passband for distortion-free HD viewing.
• F-Type Inline Design: Female-to-male connectors with rotating ease—like a flexible twist—for quick installs in tight antenna or splitter spots.
• Weatherproof & Stable: IPX4 rating and SMD build—like all-weather toughness—for outdoor masts or indoor racks with minimal loss and excellent return.
• Affordable RF Protection: Single-piece packaging for easy use—like budget-friendly clarity—in TV antennas, testing gear, or distribution systems up to 1GHz.
• 1-Year Warranty: Digitek's assurance of quality—like built-in confidence—for reliable performance in any 5-1000 MHz RF application.