49
CDX-MG2006ZRN
[BAND/REL]
Power Off
[B]
Focus Close/S-curve/
F, EQ Measurement
[C]
Focus Mode Select
[A]
Tracking Servo
Close
[BAND/REL]
Power ON
(T.OFFSET adjustment required)
[B]
Power ON
(T.OFFSET adjustment not required)
[SO]
Source CD
TRACK
[BAND/REL]
Power Off
[A]
Tracking Close
(AGC, Applicable Servo)
[C]
Tracking Close
(No AGC, Applicable Servo)
[B]
Auto Adjustment Display
/Rough Servo
[D]
Tracking Balance
Adjustment
[Key]
Contents
Display
[AF]+[6]
Test Mode In
[B]
AGC
[C]
CRG/TR Jump Count
Select
[FWD]
CRG-/TR Jump-
[REV]
CRG+/TR Jump+
Power Off
[A]
AGC/F.BIAS
Display Switching
[FWD]
CRG-
[REV]
CRG+
[FWD]
CRG-
[REV]
CRG+
Power Off
[D]
Trackig Open
[D]
Trackig Open
*1
*6
*5
*3
*2
*2
*4
*1) Switching must take place in the following sequence.
1 : S.Curve Check
2 : Focus EQ Measurement.
99 : Focus Close
*2)
→
→
→
→
→
9X(8X):91(81)
4 TR
92(82)
10 TR
93(83)
32 TR
94(84)
100 TR
95(85)
CRG Move
96(86)
*4)
→
→
→
F.AGC Gain
F.AGC Gain
F. BIAS Setting
(AGC Gain = (Current value/Initial value) x 20)
→
→
→
→
→
Single TR /4TR / 10TR / 32TR / 100TR
Single TR
*3) Switching must take place in the following sequence.
It applies to the CRG Move and 100TR Jump alone.
Min/Sec (or Track No.)
*5) Switching must take place in the following sequence.
F.Cancel Display
*6) Switching must take place in the following sequence.
T.Offset Display
T.Bal Display
Rough Servo.
(F.Bias value, F.Cancel value, T.Offset value, T.Bal value
= (Upper 8 bits of the setting (7F[H] to 80[H] + 80[H])/4
= 63[D] to 32[D] to 00[D]).
•
•
•
Operation of TR JUMPs other than 100TR is continued after your finger has left the key.
CRG Move and 100TR Jump are forced to the Tracking Close Mode when the key is released.
Powering on or off resets the Jump Mode to the Single TR (91).
When ACC or Back up is off, the test mode is canceled.
Note:
Note:
Sound is unavailable even after the tracking has been closed
(this trouble results when the IC for the STS is not controlled in the test mode).
When you pressed the [FWD] or [REV] key during the Focus Search, you must turn the power off immediately
(otherwise, the lens can stick resulting in actuator damages).
[Key]
[BAND/REL]
[REV]
[FWD]
[A]
[D]
[B]
[C]
Operation
Power ON/OFF
CRG+/TR Jump+
(Toward outer perimeter)
Tracking Close/AGC gain,
F.Bias adjustment value display switching
Auto Tracking Balance adjustment/
Tracking Open
Focus Close, S.Curve, F.EQ measurement/
Rough Servo/AGC
Focus Mode select/Tracking Close/
CRG,TR Jump Switching
CRG-/TR Jump-
(Toward inner perimeter)
0
[BAND/REL]
[BAND/REL]
TRACK
99
TRACK
91
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
TRACK
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
XX
TRACK
TRACK
8X
TRACK
8X
TRACK
TRACK
or
9X
8X
TRACK
or
9X
8X
TRACK
or
9X
8X
TRACK
or
9X
8X
TRACK
or
9X
8X
TRACK
or
9X
-
CD Player Flowchart
Содержание CDX-MG2006
Страница 4: ...4 CDX MG2006ZRN 2 2 EXTERIOR ...
Страница 6: ...6 CDX MG2006ZRN 2 3 CD MECHANISM ...
Страница 14: ...14 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A CN701 CN101 SYSTEM CONTROLLER CD CORE UNIT STS UNIT D 1 A a A b A a 2 ...
Страница 15: ...15 CDX MG2006ZRN 5 6 7 8 5 6 7 8 D C B A CN901 CN701 SYSTEM CONTROLLER KEYBOARD UNIT B A a A b B 3 A a ...
Страница 27: ...27 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A CN701 CN901 EXTENSION UNIT SIDE B A AB D CN703 M ...
Страница 31: ...31 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A CD CORE UNIT SERVO UNIT SIDE B C C ...
Страница 33: ...33 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A CD CORE UNIT STS UNIT SIDE B D D ...
Страница 34: ...34 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A 4 6 MOTOR PCB B MOTOR PCB B E E SPINDLE MOTOR M5 ...
Страница 35: ...M M4 CARRIAGE 1 12 D CN301 35 CDX MG2006ZRN 5 6 7 8 5 6 7 8 D C B A E C ...
Страница 37: ...1 41 G CN801 37 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A MOTOR PCB A SIDE B F D 50 F ...
Страница 39: ...39 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A 4 10 PCB UNIT E PCB UNIT E PCB UNIT E SIDE A SIDE B I I I ...
Страница 40: ...1 4 D883 S885 MAX DETECT Q881 40 CDX MG2006ZRN 1 2 3 4 1 2 3 4 D C B A 4 11 PCB UNIT C PCB UNIT C J J I ...
Страница 47: ...47 CDX MG2006ZRN Grating waveform Ech Xch 20mV div AC Fch Ych 20mV div AC 45 0 75 60 30 90 ...