Philips SBCRU990 Universal Remote User Manual


 
SBCRU990/00
Home Theatre Control Panel
Specifications Product highlights
Picture/Display
Backlight
Backlight colour: White
Diagonal screen size (inch): 3.8 inch
Display colours: 65,536
Resolution: 320 x 240 pixels
•Touch panel
Display screen type: LCD TFT
Infrared Capabilities
Operating distance: 33 ft (10 m)
Learning IR codes
Learning frequency range: Up to 78 kHz and 455
kHz
Transmitting LEDs: 4
Universal IR code database
Number of brands in database: Over 1100
RF Capabilities
Addresses (IDs): 16
Channels: 4
Communication: 1-way
Frequency (MHz): 433
Connectivity
USB: USB 1.1
Customisation
Editor application on PC: ProntoProEdit NG
On screen customisation
Full screen configurability
Transparency
Alpha-blending
Macros: Up to 250 steps
Convenience
Automatic power off
Clock with calendar
Cradle/ docking station
•Cursor key
Gentle fade out of light
•Hard buttons
Pick up sensor
Multi language: GB, D, F, E, NL
Programmable timers: 20
Power
Mains power: 230V (+/-10/-15%)/50Hz
Charging time: Max 3 hr
Dimensions
Master carton quantity: 1
Product dimensions (W x H x D):
92
x 153 x 27 mm
Product weight: 0.250 kg
Temperature range (operation): 5°C to 45°C
System Specifications
CPU: Mitsubishi 32 bit
CPU speed: 20 MHz
Flash memory size: 32 MB
System Requirements
•CD-ROM drive
Hard disk space: 75 MB
PC OS: Windows 98 SE, 2000, ME, XP
RAM memory: 64 MB
USB: Free USB port
Accessories
•Printed User Guide
Batteries: Ni-MH battery pack
•Docking Station
•USB cable
•User Guide on CD-ROM
Warranty Card
Issue date 2009-02-12
Version: 1.0.3
12 NC: 9082 100 80134
EAN: 87 10895 90924 2
© 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
Universal IR code database
A universal IR code database refers to a library of infrared
codes built-in to a particular remote. This feature allows
a remote to control your equipment without needing to
learn individual signals. Select the correct infrared code
sets in the database for the devices you want to control,
to enable control of virtually every audio/video system
element on the market today – regardless of model or
brand.
Learning functionality
Learning functionality refers to the process through which
a remote control captures and stores infrared signals
from other remotes for later use. When device codes are
not included in the on-board database, they can always
be learned from the original remote, simply by pointing to
it.
Radio frequency
A radio technology that allows you to control components
not in direct line-of-sight, such as through walls or other
obstacles. There are two types of RF used in remote
controls: RF to component, and RF to infrared.
Future proof
To keep your device up to date and enhance its
functionality you can download new softwares that
become available. Connect the device to the Internet,
either directly or through a PC, and launch the upgrade
utility.
Alpha blending
Alpha blending is used to create the effect of
transparency. It does this by combining a translucent
foreground with a background colour to create an in-
between blend.
Transparency
One-touch convenience
One-touch control allows you to perform multiple
commands with one press of a button via a macro. A
macro combines a string of pre-programmed commands
under one single button. Therefore, it simply takes one
button press to execute a series of functions.
Backlight on screen
Backlighting is a feature that illuminates the LCD screen
or keypad for use in the dark. The two most common
types of backlighting include LED and electroluminescent
(EL). Remotes backlit with LEDs are typically bright but
uneven with a yellow or green colour, while EL panels are
smooth with blue, white or green shades.
Pick-up sensor
Pick-up sensor is a feature that automatically activates
the backlighting when the remote is moved or picked up.
Timer functionality
Timer functionality refers to a feature that allows a
remote control to perform certain actions automatically
at a predefined time.