Mercury: 120.807UK, Log Periodic Aerial, K Band, 14 Elements, 12dB Gain, F Type Connection, 470-694MHz

Product Overview & Key Benefits

TheLog Periodic Aerial (K Band)is a high-quality digital aerial designed for optimum performance across the K band frequency range. With 14 robust elements, this aerial ensures superior reception and is perfect for those who demand high-definition digital television. Ideal for both outdoor and indoor installations, it offers hassle-free setup thanks to its use of F-connectors, making it suitable for both residential and commercial users who seek reliability and exceptional quality in their television viewing experience.

Technical Specifications & Product Details

• Gain:12dB
• Frequency Range:470 ~ 694MHz
• Channels:21-48
• Number of Elements:14
• Front-to-Back Ratio:22-35dB
• Connection Type:F type connector
• Assembled Length:1035mm
• Weight:0.680 kg
• Dimensions:Width: 50mmHeight: 100mmLength: 350mm

Ideal Uses & Applications

The Log Periodic Aerial is versatile in its applications, making it suitable for various scenarios. Whether you are setting it up for domestic DIY projects or installing it in a commercial building, this aerial excels in all settings. It is a perfect choice for households wanting to enhance their reception quality, as well as for public venues that require reliable television signals. Hospitality settings, such as hotels or cafes, can also benefit from the aerial's ability to deliver clear digital television to guests, ensuring a satisfactory viewing experience.

Energy Efficiency & Cost Savings

Introducing the Log Periodic Aerial can lead to significant energy savings. By using this efficient aerial, you may experience a reduction in the need for additional signal-boosting devices that consume extra power. With optimal reception, you can enjoy an uninterrupted viewing experience without the added costs associated with poor signal reception. Make the shift towards a more eco-friendly solution and enjoy the benefits that come with improved technology without compromising on performance.