Sony Trinitron PVM-14L4 - Detailed Technical Specifications; Signal and Performance Metrics

24 (GB)
Specifications
AUDIO input
Pin jack (1) –5dBu 47 kΩ or higher
LINE B input connector
VIDEO input
BNC type (1) 1Vp-p ± 6dB
negative synchronization
AUDIO input
Pin jack (1) –5dBu 47 kΩ or higher
RGB/Component input connector
BNC type (3)
RGB input 0.7Vp-p ± 6dB (Sync On Green,
0.3Vp-p negative sync.)
Component input
0.7Vp-p ± 6dB (75% chrominance
standard color bar signal)
AUDIO input
Pin jack (1) –5dBu 47 kΩ or higher
Externally synchronized input
BNC type (1) 0.3 to 8Vp-p ±
bipolarity ternary or negative
polarity binary
Optional AUDIO input
Pin jack (2) –5dBu 47 kΩ or higher
Remote input
Serial remote
D-Sub 9-pin (1)
Parallel remote
Modular connector 8-pin (1)
Output
LINE A output connector
Y/C output 4-pin mini-DIN (1) Loop-through,
with 75 Ω automatic terminal
function
VIDEO output
BNC type (1) Loop-through, with
75 Ω automatic terminal function
AUDIO output
Pin jack (1) Loop-through
LINE B output connector
VIDEO output
BNC type (1) Loop-through, with
75 Ω automatic terminal function
AUDIO output
Pin jack (1) Loop-through
RGB/Component output connector
BNC type (3) RGB/Component output
Loop-through, with 75 Ω automatic
terminal function
AUDIO output
Pin jack (1) Loop-through
Externally synchronized output
BNC type (1) Loop-through, with 75 Ω
automatic terminal function
Remote output
Serial remote
D-Sub 9-pin (1) Loop-through
Video signal
Frequency response
PVM-14L4/20L4: 50 Hz to 10
MHz (0 dB/–3 dB)
Aperture compensation
1)
OFF: 0 dB
ON: 2 dB to 6 dB
Picture performance
Normal scan 7% overscan of CRT effective
screen area
Underscan 5% underscan of CRT effective
screen area
Linearity PVM-14L4/14L3
H: 4% or less
V: 4% or less
PVM-20L4
H: 5% or less
V: 5% or less
Color temperature
D65, D93/USER (Adjustable color
temperature: 5000K to 10000K)
.........................................................................................................................................................................................................
1) The aperture cannot be compensated for RGB input signals.