1-12
P.TM
SYS MODE
MSD MODE
LAST KEY
TAPE REM
DEW
TEMP
DIAMETER
M. POSI
H. POSI
CAP
REL
DRM
DIR
DRV
CAPV
RELV
POWER HOUR METER
SYSCON CPU mode when error occurred
PLAY (03, 00)
MSD CPU mode and target mode when
error occurred
PLAY (01, 00)
Final Key code when error occurred
PLAY (E7, 01)
TAPE REMAIN
DEW sensor A/D intake value
Temperature sensor A/D intake value
The value "49" [5
C] is threshold of
detecting low temperture.
The value "DC" [60
C] is the threshold of
displaying "OVER HEATING" message.
Displays wound tape diameter (Take-up, Supply)
Mechanism position and target mechanism
position
Housing position and target housing position
Capstan status
Reel status
Drum status
Direction of tape running (Direction of target)
Drum control voltage
Capstan control voltage
Reel control torque value
Power hour meter is display.
SFF/SREW parameter is speed display.
(Refer to Fig. 1.8.7 (2) Speed parameter)
Parameters of other modes are irrelevant.
EJECT (01) : Eject
ADUB (0B) : Audio Dub
STOP (02)
: Stop
ADBP (0C) : Audio Dub Pause
PLAY (03)
: Play
REC (13)
: Rec
STL (04)
: Still
RECP (14) : Rec Pause
FF (05)
: FF
DVRC (15) : DV Rec
REW (06)
: Rew
DVRP (16) : DV Rec Pause
SFF (07)
: Search Fwd
POFF (1A) : Power Off
SREW (08) : Search Rev
NDEF (1F) : During initial operation
SFF/SREW parameter is speed display (See Fig. 1.8.7(2))
Other parameters are 01: ON, 00: OFF
REC (E0)
: Rec
SFF (EB)
: Search Fwd
RECP (E1) : Rec Pause
SREW (EC) : Search Rev
DVRP (E2)
: DV Rec Pause
STOP (F0) : Stop
ADUB (E5) : Audio Dub
EJECT (F1) : Eject
ADBP (E6) : Audio Dub Pause
HWUP (F2) : Housing Up
PLAY (E7)
: Play
HWDN (F3) : Housing Down
STL (E8)
: Still
POFF (F4) : Power Off
FF (E9)
: FF
DVRC (F5) : DV Rec
REW (EA)
: Rew
PON (FA)
: Power on
Displays tape remaining in minutes ([FFFF] : not detected)
DEW detects (at low temp. [13], at normal temp [CD])
DEW off (at low temp. [12], at normal temp [99])
Temperature is displayed in hexadecimal value.
-10
!
C
a
[22]
20
!
C
a
[7C]
50
!
C
a
[CC]
- 5
!
C
a
[2D]
25
!
C
a
[8C]
55
!
C
a
[D4]
0
!
C
a
[3A]
30
!
C
a
[9C] 60
!
C
a
[DC]
5
!
C
a
[49]
35
!
C
a
[AA]
10
!
C
a
[59]
40
!
C
a
[B7]
65
!
C
a
[E1]
15
!
C
a
[6A]
45
!
C
a
[C2]
70
!
C
a
[E6]
[00]—[FF] : 0mm-82mm (Diameter) ([00] is non-detected)
[2ULD], [ULD2BRK], [BRK], [BRK2FAST], [FAST],
[FAST2STP], [STP], [STP2SRH], [SRH], [SRH2], [INIT]("2" is
the meaning of "TO". It means transition. Refer to section 2,
Mechanism Timing Chart.)
[EJECT], [EJECT2IN], [CASS IN], [RELEASE](Release the
SUP reel lock.)
[INIT](For the intake and eject operation, refer to section 8.2.3.)
[ON]
: Rotate
[FWD/REV]: Direction display
[OFF] : Stop
[ON]
: Rotate
[FWD/REV]: Direction display
[OFF] : Stop
[ON]
: Rotate
[OFF] : Stop
[FWD/REV] : Direction display
[00-FF] : 0—3V
[00-FF] : 0—3V
[00-FF] : 0—3A
Parameter
MODE DATA
Parameter
MODE DATA
Parameter
MODE DATA
Item
Content
Displayed Content
Summary of Contents for AG-DV2500P
Page 2: ...2 ...
Page 7: ...7 ...
Page 8: ...1 Service Information 2 Mechanical Adjustments 3 Electrical Adjustments 8 ...
Page 39: ...MAIN SCHEMATIC DIAGRAM 4 6 5 10 ...
Page 41: ...MAIN SCHEMATIC DIAGRAM 6 6 5 12 Page 5 16 Page 5 16 5 18 ...
Page 42: ...5 12 MDA DC SCHEMATIC DIAGRAM 1 4 5 21 TO CN112 Page 5 27 MECHA CONN ...
Page 43: ...5 22 MDA DC SCHEMATIC DIAGRAM 2 4 CN105 Page 5 18 CN116 Page 5 27 ...
Page 45: ...5 24 MDA DC SCHEMATIC DIAGRAM 4 4 CN108 Page 5 18 ...
Page 77: ...5 5 OVERALL WIRING DIAGRAM 5 5 CN111 MDA DC CN101 DV CPU ...
Page 169: ...5 3 VIDEO BLOCK DIAGRAM 5 3 ...
Page 170: ...5 4 AUDIO BLOCK DIAGRAM 5 4 ...
Page 171: ...5 5 OVERALL WIRING DIAGRAM 5 5 CN111 MDA DC CN101 DV CPU ...
Page 172: ...5 6 DV UNIT OVERALL WIRING DIAGRAM 5 6 ...
Page 176: ...MAIN SCHEMATIC DIAGRAM 4 6 5 10 ...
Page 178: ...MAIN SCHEMATIC DIAGRAM 6 6 5 12 Page 5 16 Page 5 16 5 18 ...
Page 181: ...5 9 DV CPU SCHEMATIC DIAGRAM 1 4 5 15 MIX AGC BIAS REC GAIN ...
Page 183: ...DV CPU SCHEMATIC DIAGRAM 3 4 5 17 ...
Page 187: ...5 12 MDA DC SCHEMATIC DIAGRAM 1 4 5 21 TO CN112 Page 5 27 MECHA CONN ...
Page 188: ...5 22 MDA DC SCHEMATIC DIAGRAM 2 4 CN105 Page 5 18 CN116 Page 5 27 ...
Page 190: ...5 24 MDA DC SCHEMATIC DIAGRAM 4 4 CN108 Page 5 18 ...
Page 191: ...5 13 FDM FRONT DV CONN MIC SCHEMATIC DIAGRAMS 5 25 Page 5 12 Page 5 16 Page 5 9 ...
Page 194: ...5 28 5 16 MECHA MECHA CONN CIRCUIT BOARDS SIDE A MECHA CIRCUIT BOARD ...
Page 195: ...5 29 SIDE B SIDE A MECHA CONN CIRCUIT BOARD ...
Page 196: ...5 30 5 17 IC BLOCK DIAGRAMS ...
Page 197: ...5 31 ...
Page 198: ...5 32 ...
Page 199: ...5 33 ...
Page 200: ...5 34 ...
Page 201: ...5 35 ...
Page 202: ...5 36 ...
Page 203: ...5 37 ...
Page 204: ...5 38 ...
Page 205: ...5 39 ...
Page 224: ...5 4 AUDIO BLOCK DIAGRAM 5 4 ...
Page 226: ...5 3 VIDEO BLOCK DIAGRAM 5 3 ...
Page 232: ...5 28 5 16 MECHA MECHA CONN CIRCUIT BOARDS SIDE A MECHA CIRCUIT BOARD ...
Page 233: ...5 29 SIDE B SIDE A MECHA CONN CIRCUIT BOARD ...
Page 236: ... 3 AG DV2500E ...
Page 238: ... 5 AG DV2500P ...
Page 239: ... 6 AG DV2500E ...
Page 240: ... 7 ...
Page 241: ...FCD0303BYNK130 ...
Page 256: ...5 9 DV CPU SCHEMATIC DIAGRAM 1 4 5 15 MIX AGC BIAS REC GAIN ...
Page 258: ...DV CPU SCHEMATIC DIAGRAM 3 4 5 17 ...
Page 260: ...5 6 DV UNIT OVERALL WIRING DIAGRAM 5 6 ...
Page 295: ...5 13 FDM FRONT DV CONN MIC SCHEMATIC DIAGRAMS 5 25 Page 5 12 Page 5 16 Page 5 9 ...
Page 296: ...5 30 5 17 IC BLOCK DIAGRAMS ...
Page 297: ...5 31 ...
Page 298: ...5 32 ...
Page 299: ...5 33 ...
Page 300: ...5 34 ...
Page 301: ...5 35 ...
Page 302: ...5 36 ...
Page 303: ...5 37 ...
Page 304: ...5 38 ...
Page 305: ...5 39 ...