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Specifications
PT-D5500U PT-D5500UL
Power supply AC 120 V, 50 Hz/60 Hz
Power consumption 770 W (about 10 W in standby without fan running)
DLP
TM
panel
Panel size
Display system
Number of pixels
0.7 inch (aspect ratio 4:3)
DMD
TM
element, DLP type
786 432 pixels (1 024 x 768 dots)
Lens
Powered zoom
Powered focus control
1 to 1.36
F=1.7 to 2.0 f=25.6 to 33.8
Option
Projection lamp 2 bulbs x 300 W UHM lamp
Optical output
5 000 lm
1
Applicable scanning frequency
For video signal (S-video included)
For RGB signal
For DVI-D signal
For YP
BPR signal
Horizontally 15.73 kHz/15.63 kHz, vertically 59.94 Hz/50 Hz
Horizontally 15 kHz–91 kHz, vertically 50 kHz–85 kHz,
Panasonic Intelligent Auto Scanning (PIAS) system
Dot clock frequency Less than 108 MHz
VGA–SXGA Dot clock frequency 108 MHz or less
[480i], horizontally 15.73 kHz, vertically 59.94 Hz
[480p], horizontally 31.5 kHz, vertically 59.94 Hz
[576i], horizontally 15.63 kHz, vertically 50 Hz
[576p], horizontally 31.25 kHz, vertically 50 Hz
[720/60p], horizontally 45 kHz, vertically 60 Hz
[1035/60i], horizontally 33.75 kHz, vertically 60 Hz
[1080/60i], horizontally 33.75 kHz, vertically 60 Hz
[1080/50i], horizontally 28.13 kHz, vertically 50 Hz
• HD/SYNC, VD terminals are not compliant with 3 value composite SYNC.
Contrast ratio 1 600:1 (when “HIGH” is selected as the “CONTRAST MODE” setting)
Color system 7 standards (NTSC/NTSC4.43/PAL/PAN-N/PAL-M/SECAM/PAL60)
Screen size 50 inch–600 inch
Screen aspect ratio 4:3
Projection scheme Menu-selectable from front/rear/ceiling mount, and floor standing
Interface ports
RGB1 input terminal 1 set, BNC x 5
[For YPBPR input]
Y: 1.0 V[p-p] synchronization signal included,
PBPR: 0.7 V[p-p] 75 Ω For G-SYNC: 1.0 V[p-p] 75 Ω
HD/SYNC: TTL, high-impedance, positive/negative polarity
automatically adjusted
VD: TTL, high-impedance, positive/negative polarity automatically
adjusted
• However, HD/SYNC, and VD terminals are not compliant with 3-value
direct SYNC.
Model No.
1
These values are for the lens provided with the PT-D5500U. Note that these values change according to the
lens used.
