Aiming the Antenna, Overview | Philips SDV9201/17, SDV9201K/17

Aiming the Antenna

7. Connect a good quality RG-6 coaxial cable to the transformer. Slide the

fig. 7

weatherproof boot over the connection firmly until it seals (fig. 7) (Cable sold separately)

8.Attach cable standoff to mast as shown in figure 8 (included in SDV9201K only)

fig. 8

Aiming the Antenna

Before permanently mounting the antenna for digital television (DTV) reception it is a good idea to perform a quick sight survey to find the spot with the best signal. Moving the antenna one way or another just a few feet can make a tremendous difference in the success of the antenna installation.

WARNING – Installation of this product near power lines is danger- ous. For your safety, keep ladder and antenna away from power lines. Contact may cause electrocution.

Overview

DTV is a little different than analog TV.With analog TV peak signal strength was the most important factor for good reception and creating a good picture.With DTV peak signal strength is not the most important factor for good reception. This means that our old methods for finding a location and aiming a TV antenna will not give us the best results for DTV. In choosing a permanent location for our DTV antenna we want to look at a couple of mounting locations.There are two methods for testing for the best antenna location:

1.Terrestrial Digital receivers internal signal strength indicator.

2.Conventional Analog TV pointing method.

Tip:

Do not use a convention signal strength meter for installing a DTV antenna. Chances are this will give you false information and cause the antenna not to work reliably. Severe ghosting is the number one reason for DTV reception problems. Most severe ghosting occurs in locations where there is plenty of sig- nal strength. A conventional signal strength meter will find this location.

SDV9201K/17, SDV9201/17 specifications

The Philips SDV9201/17 and SDV9201K/17 are advanced indoor antennas designed to enhance the digital TV viewing experience. With their sleek and modern design, these antennas not only offer aesthetic appeal but also deliver high-performance capabilities that significantly improve signal reception.

One of the standout features of the Philips SDV9201 series is its ability to provide a wide range of channel reception. The antennas are engineered to receive VHF and UHF signals, ensuring that users have access to a broad spectrum of over-the-air channels. This flexibility allows viewers to enjoy local broadcasts without the need for a cable subscription.

In terms of technology, the Philips SDV9201/17 and SDV9201K/17 utilize a high-gain design that enhances signal strength, minimizing the potential for interruptions or pixelation during broadcasts. The built-in amplification technology plays a crucial role in boosting weaker signals, making these antennas particularly effective in areas where reception might be challenging due to distance from broadcast towers or physical obstructions.

Another notable characteristic of these antennas is their ease of installation. Philips has designed the SDV9201 series for straightforward setup, allowing users to quickly connect the antenna to their television and begin accessing channels. The included mounting options also provide flexibility in placement, whether on a tabletop or wall-mounted, ensuring optimal performance based on the user's environment.

The antennas are also equipped with a compact and lightweight design, making them easy to transport and relocate as needed. This portability ensures that users can experiment with different placements to find the optimal position for signal reception without hassle.

In conclusion, the Philips SDV9201/17 and SDV9201K/17 indoor antennas offer an excellent combination of performance, versatility, and design. With their high-gain reception capabilities and user-friendly installation process, they are ideal solutions for anyone looking to enhance their digital TV experience and enjoy a wide array of channels without the need for traditional cable services.