Black Friday Doorbuster Dab Notch Filter 170 Mhz - 240 Mhz Flash Sale: 40% Off [Z1f7lD8k]

DAB Notch Filter for Signal Clarity

Introducing the Black Friday Doorbuster Dab Notch Filter 170 Mhz - 240 Mhz Flash Sale: 40% Off [Z1f7lD8k], a sophisticated solution designed to enhance signal quality and prevent interference for digital audio broadcast (DAB) receivers. This 7th order filter boasts exceptional rejection in the specified frequency band, ensuring that DAB signals are effectively blocked while maintaining minimal insertion loss for signals outside the band. With its sturdy plastic enclosure and wide frequency range up to 3 GHz, this filter is an essential tool for any DAB receiver user looking to improve signal clarity and performance.

Technical Specifications and Features

The Black Friday Doorbuster Dab Notch Filter 170 Mhz - 240 Mhz Flash Sale: 40% Off [Z1f7lD8k] is equipped with SMA-F connectors for reliable connectivity and a maximum RF input power of +30 dBm or 1 Watt. This filter provides excellent rejection across the 170 MHz to 240 MHz band, with attenuation levels reaching up to 60 dB at 180 MHz. The insertion loss from 300 MHz to 3 GHz is less than 1.5 dB, ensuring minimal signal degradation. Key features include:

• Excellent rejection in the 170 MHz to 240 MHz band
• Minimal insertion loss for signals outside the band
• Sturdy plastic enclosure for durability

Practical Applications and Benefits

The DAB Notch Filter is ideal for a wide range of applications, including automotive, marine, and general-purpose DAB receiver setups. By effectively rejecting strong DAB signals, this filter prevents receiver saturation, allowing you to enjoy clear audio without interference. Key benefits include:

• Improved signal clarity and performance
• Prevention of receiver saturation
• Wide frequency range for versatile use

Don't let strong DAB signals disrupt your listening experience. Invest in the Black Friday Doorbuster Dab Notch Filter 170 Mhz - 240 Mhz Flash Sale: 40% Off [Z1f7lD8k] and enjoy the best in digital audio broadcast reception.