Leaflet

SDV4240/10
TV antenna
UHF/VHF/FM Indoor 45 dB amplified
Specifications Product highlights
Tuner/reception/transmission
Aerial output: 75 ohm coaxial (IEC75)
Tuner bands: UHF, VHF, FM
Antenna cable length: 2M cm
Gain (antenna + amplifier): 45 dB
Electricity
Power LED indicator: Green
Power Adapter: Included
Accessories
User manual: User manual
Dimensions
Product weight: 1. kg
Gross weight: 1.605 kg
Tare weight: 200 kg
Net weight: 1.405 kg
Product dimensions (W x H): 240 x 230 mm
Product thickness: 150 mm
Packaging Data
Quantity: 1
EAN/UPC/GTIN: 00 26616 02446 9
Gross weight: 1.605 kg
Tare weight: 0.200 kg
Net weight: 1.405 kg
Length: 180 mm
Width: 247 mm
Height: 320 mm
Outer Box
EAN/UPC/GTIN: 87 10895 96303 9
Quantity: 4
Gross weight: 6.920 kg
Tare weight: .5 kg
Net weight: 6.420 kg
Length: 664 mm
Width: 324 mm
Height: 259 mm
Issue date 2009-01-26
Version: 4.1.10
12 NC: 9082 100 07063
EAN: 00 26616 02446 9
© 2009 Koninklijke Philips Electronics N.V.
All Rights reserved.
Specifications are subject to change without notice.
Trademarks are the property of Koninklijke Philips
Electronics N.V. or their respective owners.
www.philips.com
45 dB amplification
45 dB amplification boosts weak signals, expanding your
reception range and allowing you to receive more signals
over a greater distance.
Design lines compliment TVs
Simple, elegant design lines compliment today's new TVs.
Touch control with LED
Easy touch control increases or decreases amplification
strength. Also confirms amplification strength at a glance.
UHF flat panel array
The highly efficient UHF flat panel array offers improved
reception over conventional loop antennas. Due to the
flat design, the antenna concentrates the signal for better
reception.
Low noise amplification
Together with the adjustable amplification, low noise
amplification ensures you of a great reception range and
improves the quality of your signal.
VHF/FM dipoles
VHF/FM dipoles, commonly know as "rabbit ears", allow
you to receive TV programmes broadcast on the VHF
spectrum and radio broadcast on the FM spectrum.
Extending and manipulating the dipoles brings in
optimum signals.