Glossary of terms
TMDS
Transmission Minimized Differential Signalling (Used for DVI, HDMI).
DVI
Digital Visual Interface
HDCP
High Definition Content Protection
HDMI
High Definition Multimedia Interface
HD-DW
High Definition Double-Window
NTSCNational Television Systems C
ommittee - Refers to the broadcast which has an odd and
even field of 262 lines each with 525 lines per frame. Two fields make up one frame.
There are 242 visible lines per field. The Horizontal frequency is 15734 Hz and the Frame
rate (Vertical) is 59.94 Hz.
ATSCAdvanced Television Systems C
ommittee. Digital broadcast system which is capable of
18 formats. The most common are 480p or SDTV, 720p, and 1080i. 720p and 1080i are
considered HDTV formats.
STANDARD DEFINITION TELEVISION (SDTV):
This term is used to signify a digital television system in which the quality is approximately
equivalent to that of NTSC.This equivalent quality may be achieved from pictures sourced
at the 4:2:2 level of ITU-R Recommendation 601 and subjected to processing as part of
the bit rate compression.The results should be such that when judged across a represen-
tative sample of program material, subjective equivalence with NTSC is achieved. Also
called standard digital television. Horizontal frequency is 31.47 kHz and the Vertical rate
is 59.94 Hz.
480p
Resolution that is 2 times NTSC which displays 480 visible lines displayed in a
progressive scan format. Horizontal frequency is 31.47 kHz and the Vertical rate is 59.94
Hz. Same basic format as SDTV.
720p
This format has a Horizontal frequency of 45 kHz and a vertical rate of 60 Hz.
1080i
This format has an odd and even field with 540 visible lines per field. Two fields make up
one frame. The Horizontal frequency is 33.75 kHz and the vertical rate is 60 Hz.
SSB
Small Signal Board
SSM
Small Signal Module
LSB
Large Signal Board
PIB
Power Interface Board
AKB
Automatic Kinne Bias
Page 72
Summary of Contents for DPTV400 Series
Page 9: ...7 FIGURE 3 EPIC REAR JACK PANEL Page 6 ...
Page 14: ...FIGURE 6 STANDBY POWER SUPPLY Page 11 ...
Page 15: ...FIGURE 7 MAIN POWER SUPPLY Page 12 ...
Page 20: ...FIGURE 11 HORIZONTAL OUTPUT Page 17 ...
Page 21: ...FIGURE 12 HIGH VOLTAGE Page 18 ...
Page 22: ...FIGURE 13 VERTICAL AMPLIFIER Page 19 ...
Page 25: ...FIGURE 15 VIDEO SIGNAL FLOW BLOCK Page 22 ...
Page 26: ...FIGURE 16 SIDE JACK PANEL Page 23 ...
Page 27: ...FIGURE 17 SSM NTSC AV INPUTS AND SWITCHING Page 24 ...
Page 29: ...FIGURE 18 NTSC SSB SIGNAL PROCESSING Page 26 ...
Page 30: ...FIGURE 19 HD ATSC BLOCK Page 27 ...
Page 31: ...FIGURE 20 EPIC ATSC BLOCK Page 28 ...
Page 32: ...FIGURE 21 HD DW MODULE Page 29 ...
Page 35: ...FIGURE 23 AV3 AND AV4 INPUTS AND SWITCHING Page 32 ...
Page 38: ...FIGURE 25 SSM VIDEO DRIVE Page 35 ...
Page 41: ...FIGURE 26 SHARPNESS CONTROL Page 38 ...
Page 42: ...FIGURE 27 TINT CONTROL Page 39 ...
Page 43: ...FIGURE 28 CRT DRIVE Page 40 ...
Page 45: ...FIGURE 30 CRT PANEL Page 42 ...
Page 47: ...FIGURE 31 AUDIO SIGNAL FLOW BLOCK Page 44 ...
Page 48: ...FIGURE 32 SSB AUDIO PROCESSING Page 45 ...
Page 49: ...FIGURE 33 AUDIO AMPLIFIER Page 46 ...
Page 52: ...FIGURE 35 CONVERGENCE PROCESSOR Page 49 ...
Page 53: ...FIGURE 37 INTELLISENSE SENSING CIRCUIT Page 50 ...
Page 55: ...FIGURE 38 CONVERGENCE HORIZONTAL DRIVE Page 52 ...
Page 56: ...FIGURE 39 VERTICAL CONVERGENCE DRIVE Page 53 ...
Page 58: ...FIGURE 40 SET CONTROL AND I2C BUSSES Page 55 ...
Page 59: ...FIGURE 41 OSD SIGNAL PATH Page 56 ...
Page 62: ...Figure 59 FIGURE 42 WIRING INTERCONNECT ...
Page 71: ...FIGURE 44 SAM MENUS Page 68 ...
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Page 78: ...MMARTIN 04 13 04 ...