Philips US2-PHDTV3 User Manual

Philips TV antenna

Indoor

VHF/UHF/FM/HDTV

US2-PHDTV3

Optimized for HDTV

Ideal for densely populated urban areas, the digital amplified antenna receives all available local digital broadcasts in full 1080i or 780p resolution. 10dB adjustable low noise amplifier improves range and reception.

Improve your picture quality

• Highly directional design

• Even response

Enjoy more programming choices

• 10 dB adjustable amplification

• High gain directional log periodic UHF element

• 40" VHF dipoles

Easy to position

• Weighted base for excellent physical stability

TV antenna

US2-PHDTV3

Indoor VHF/UHF/FM/HDTV

Specifications Product highlights

Packaging dimensions

• Packaging dimensions (W x H x D):

14.5

x 3.3 x 13.2 inch

• Nett weight: 2.78392 lb

• Gross weight: 3.33404 lb

• Tare weight: .55012 lb

Outer Carton

• Gross weight: 6.8 lb

• Outer carton (L x W x H): 15 x 13.8 x 7.3 inch

• Nett weight: 5.56784 lb

• Tare weight: 1.23216 lb

•

Highly directional design

The high front to back ratio helps reject unwanted multipath signal corruption. This ensures densely populated urban areas receive clear DVB broadcasting signals.

Even response

A flat forward gain slope delivers balanced reception throughout UHF and ensures all channels are received to the same quality.

10 dB amplification

10 dB amplification boosts weak signals, expanding your reception range and allowing you to receive more signals over a greater distance.

High gain UHF element

Highly directional design fine tunes reception for channels 14 through 69.

40" VHF dipoles

40" dipoles adjust 360° with a 180° tilt to deliver the best possible reception.

Weighted base

The weighted base stabilizes the antenna's position so you enjoy more positioning choices.

Issue date 2008-08-19

Version: 1.0.5

12 NC: 8670 000 45788 UPC: 0 26616 01726 3

Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips Electronics N.V. or their respective owners.

www.philips.com