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ICD-UX60/UX70/UX80
9
SECTION 3
TEST MODE
This set provides the checks given blow in TEST MODE.
Setting the TEST MODE
Turn on power to the set. Turn on [DPC] switch from the off state
while pressing [MENU] key and [
Turn on power to the set. Turn on [DPC] switch from the off state
while pressing [MENU] key and [
.
] button at the same time.
Exiting the TEST MODE
Turn off power.
Turn off power.
TEST MODE Menu
The menu given below appears when TEST MODE is entered.
The menu given below appears when TEST MODE is entered.
Select an item using [
v
]/[
V
] key and determine the selected item
using [ENT] key.
1. Version
Check the version of each module.
Check the version of each module.
ICD-UXx0 build: Language
(JP: Japanese, US: English, and CN: Chinese)
(ICD-UX80 (2GB), ICD-UX70 (1GB), ICD-UX60 (512MB)
Charge: C (With), No display (Without)
F/W: Version
D: NAND DEVICE CODE
M: NAND Marker CODE
Time: 12 or 24
France sound press match: F (With), No display (Without)
Charge: C (With), No display (Without)
F/W: Version
D: NAND DEVICE CODE
M: NAND Marker CODE
Time: 12 or 24
France sound press match: F (With), No display (Without)
2. KeyChk+Fmt
Check the input by pressing each key.
Check the input by pressing each key.
Input and INT check (KEY input acceptance check and KEY_
XWAKE interrupt check).
XWAKE interrupt check).
Target input keys:
[
[
z
]/[
x
]/[
>
]/[
u
]/[
.
]/[A-B]/[MENU]/[VOL+]/[VOL–]/[
v
]/
[
V
]/[ENT]/HOLD OFFtON/DPC OFFtON
Total of 14 key locations
The backlight is lit for 0.5 sec. when a key input is accepted.
When all the inputs have been confi rmed at least once, format the
NAND fl ash memory (delete all entries) and set the MENU set-
tings to their defaults. (Hold the LCD contrast setting.)
* Once the NAND memory has been normally formatted, restart
NAND fl ash memory (delete all entries) and set the MENU set-
tings to their defaults. (Hold the LCD contrast setting.)
* Once the NAND memory has been normally formatted, restart
the system.
3. Loop
Perform a ADDA LOOP BACK.
Perform a ADDA LOOP BACK.
External mic input: HP/SP output change
HP INSERT: Change to L/H
ALC function OFF
HP INSERT: Change to L/H
ALC function OFF
[PLAY]: Loop Back Start
[VOL+], [VOL–]: Volume operation to set. (Initial value 20)
[DPC]: OFF: Sensitivity H, ON: sensitivity L
[A-B]: External mic select (MIC IN y AUDIO IN)
[VOL+], [VOL–]: Volume operation to set. (Initial value 20)
[DPC]: OFF: Sensitivity H, ON: sensitivity L
[A-B]: External mic select (MIC IN y AUDIO IN)
4. SetMic Cal
Write the correction value for the level difference between L and R
channels of the internal stereo microphone into the NAND memo-
ry. With the L channel level as the reference, measure the R chan-
nel recording level. Then adjust the R channel’s ADC VOL level so
that the R channel level is equal to the L channel level.
* Make a mental note of the setting even when the battery has been
Write the correction value for the level difference between L and R
channels of the internal stereo microphone into the NAND memo-
ry. With the L channel level as the reference, measure the R chan-
nel recording level. Then adjust the R channel’s ADC VOL level so
that the R channel level is equal to the L channel level.
* Make a mental note of the setting even when the battery has been
removed.
[PLAY]: Recording start
LCD display
Version
KeyChk+Fmt
Loop
Loop
Version
7
W
+
Datermine using ENT key.
KeyChk+Fmt
Loop
SetMic Cal
Beep
Lcd Cont
RTC Int
Battery
Batt AB4
VBUS TEST
MENU INIT
Sleep
Version
Loop
SetMic Cal
Beep
Lcd Cont
RTC Int
Battery
Batt AB4
VBUS TEST
MENU INIT
Sleep
Version
•
•
•
•
•
•
•
•
K
LCD display
<KEY CHECK>
KEY:
KEY:
Display the key of
which input is accepted.
which input is accepted.
Total of 14 keys counted.
LCD display
<Loop> MIC:L
Vol:20 MIC IN
Vol:20 MIC IN
LCD display
<SetMic Cal>
R-ch: –02dB
R-ch: –02dB
LCD display
ICD-UXx0 JP C
FW 1.00.00
D:1A M:2B 12F
D:1A M:2B 12F
ICD-UX60/UX70/UX80
10
5. Beep
Test to Beep.
Test to Beep.
[PLAY]: 800 Hz t 1.3 kHz t 2.0 kHz t 800 Hz ......
[STOP]: STOP
6. Lcd Cont
Adjust the LCD contrast.
* Make a mental note of the setting even when the battery has been
Adjust the LCD contrast.
* Make a mental note of the setting even when the battery has been
removed.
Initial value: 36
[FF]: +
[FR]: –
[FF]: +
[FR]: –
7. RTC Int
Perform a self- test on RTC.
Perform a self- test on RTC.
The count is indicated every second.
8. Battery
Check the current value of Battery A/D.
Check the current value of Battery A/D.
9. Batt AB4
Check the current value of Battery x4A/D.
Check the current value of Battery x4A/D.
10. VBUS TEST
Check the presence of VBUS.
Check the presence of VBUS.
[PLAY]: Suspend, LCD off
To reset, remove the battery and then insert it again.
To reset, remove the battery and then insert it again.
11. MENU INIT
Initialize the set values.
Initialize the set values.
[PLAY]: Menu initialize start.
12. Sleep
Perform a sleep test.
The LCD display disappears and then the sleep mode is entered.
To exit the sleep mode, turn off power.
Perform a sleep test.
The LCD display disappears and then the sleep mode is entered.
To exit the sleep mode, turn off power.
LCD display
<LCD Cont>
Value: 36
[FF] + [FR]
Value: 36
[FF] + [FR]
−
LCD display
<RTC lnt>
01s
RTC lnt OK
01s
RTC lnt OK
LCD display
<VBUS Test>
VBUS ON / OFF
VBUS ON / OFF
LCD display
<Menu lnit>
[PLAY]: ENTER
[PLAY]: ENTER
ICD-UX60/UX70/UX80
ICD-UX60/UX70/UX80
11
11
SECTION 4
DIAGRAMS
4-1. BLOCK DIAGRAM – MAIN Section –
NAND FLASH MEMORY
IC7000
P14
M15
28
27
27
26
22
1
CN8001
(USB)
2
3
4
3
4
VBUS
D–
D+
GND
D–
D+
GND
E7
D7
D7
P8
•
R9
•
T9
•
P9
•
N9
•
M9
•
T10
•
R10
29
I
32
•
41
I
44
L12
K14
P2
K13
L5
M4
8
5
1
1
32
N8
M8
R8
7
19
9
T8
P7
T7
P7
T7
10
16
17
16
17
N7
M7
8
18
9
ADCDAT
1
5
2
9
SPEAKER AMP
IC1003
DQ0
I
DQ15
EXD0(DQ0)
I
EXD15(DQ15)
EXA1(A0)
I
EXA20(A19)
A0
I
A19
VOA
7
VOB
INA
INB
SD
BCK
MCLK
SCLK
ADCLRC
CSB
SDIN
LINPUT1
RINPUT1
RINPUT1
R/B
I/O0
I/O7
FD0
FD7
WP
CE1
CE2
CLE
CE2
CLE
ALE
RE
WE
XFBSY
DP
DM
SDO1(P15)
SDI1(P16)
LRCK(P12)
SCK1(P14)
MCLK(P13)
BCK
DIN
EXTINT4(P25)
N15
EXTINT5(P26)
B9
LOUT
C10
ROUT
T16
XFCE3(P07)
T1
RXD1(P28)
M13
NRD(NOE)
G5
NCS0
J2
NWRENWRL/NWE
F1
NRES
RD
CS0
NWRENWRL
CS0
NWRENWRL
B4 RP
F1 F
G1 G
A4 W
XFWP
XFCEO
XFCE1(P1F)
XCLE
XALE
XFRE
XFWE
XFCEO
XFCE1(P1F)
XCLE
XALE
XFRE
XFWE
LINPUT2
J1002
A/D CONVERTER
IC1001
SYSTEM CONTROL,
D/A CONVERTER
IC5001 (1/2)
MIC901
(L–CH)
MICBIAS
RINPUT2
30
31
31
25
J1001
J
MIC902
(R–CH)
RESET
IC5000
MUTE
Q1000
RESET
IC5002
CPU VDD+1V
RESET
CPU VDD+3.1V
SP901
(SPEAKER)
N
M14,L13,K12,J15,H16,
G15,F15,F14,M16,L16,
K16,J13,H12,G14,F16,
G12
P16,N3,P1,N1,K5,M2,
J5,K4,H2,F5,G2,E5,
E4,E1,E3,E2,E15,
K3,J4,G4
E2,H2,E3,H3,H4,
E4,H5,E5,F2,G2,
E4,H5,E5,F2,G2,
F3,G3,F4,G5,F5,
G6
E1,D1,C1,A1,B1,
D2,C2,A2,B5,A5,
C5,D5,B6,A6,C6,
D2,C2,A2,B5,A5,
C5,D5,B6,A6,C6,
D6,E6,B2,C3,D4
NOR FLASH MEMORY
IC6000
HP INSERT
MIC INSERT
POWER/DISPLAY
SECTION
A
VBUS
• Signal Path
: AUDIO (DIGITAL)
: AUDIO (ANALOG)
: USB
(Page 12)
ICD-UX60/UX70/UX80
ICD-UX60/UX70/UX80
12
12
4-2. BLOCK DIAGRAM – POWER/DISPLAY Section –
BOOST CONVERTER
IC2003
OUT
SHDN
BATT
DC/DC CONVERTER
IC2004
SHDN
BATT
BATT
DRY BATTERY
SIZE"AAA"
(IEC DESIGNATION LR03)
1PCS,1.5V
H4
H3
H3
M6
P4
P3
P3
LED DRIVE
Q4000,4001
LCD901
LIQUID
CRYSTAL
DISPLAY
PANEL
CPU VDD+3.1V
D4000
(OPR)
D4004,4005
(LCD BACK LIGHT)
UNREG+2.2V
D6
A5
B5
E6
A4
D5
C5
5
4
1
3
3
N5
R15
D14
C15
T16
M4
M5
A6
H13
R16
L1
M1
L3
J1
J1
T13
6
5
5
9
10
8
4
BACK LIGHT
LED DRIVE
Q4002
CHARGE ON
CONTROL
SWITCH
Q2001
RESET
SWITCH
Q5003
CHARGE
IC2000
VBUS B+
SWITCH
Q2010
VOLTAGE
CONTROL
SWITCH
Q1001,1002
VOLTAGE
CONTROL
SWITCH
Q4004
USB VOLTAGE
DETECT
IC4001
VDD B+
REG
IC1004
CPU VDD+1.5V
REG
IC2010
CPU VDD+1V
REG
IC2011
CPU DAMP+1.5V
REG
IC2009
CPU VDD+3.1V
REG
IC2005
CPU VDD+3.3V
REG
Q2008
CPU PLL2 +2.8V
REG
IC2006
CODEC VDD+1.8V
REG
IC2008
KEY WAKEUP
SWITCH
Q4003
POWER
CONTROL
SWITCH
Q2007
CPU VDD
+3.1V
SWITCH
Q8001
POWER
CONTROL
SWITCH
Q2000
VOLTAGE
CONTROLLER
Q2005,2011
KEY
MATRIX
S4000–4007
SWITCH
Q5001
SWITCH
Q5002
SWITCH
Q2009
X5000
12MHz
2
7
7
4
8
2
8
LX 6
4
4
VOLTAGE
CONTROLLER
Q2002
VCC+3.3V
NCS2(P20)
LCD CS
LCD A0
LCD RESET
LCD A0
LCD RESET
CPU VDD+3.1V
CPU VDD+3.1V
CE
CLK
DATA
DATA
CEO
FOUT
FOUT
AIRQ
REAL TIME CLOCK
IC3000
VOLTAGE
DETECT
Q2003,2004
CONSUMPTION
VOLTAGE
DETECTOR
IC2001
SCK0
SDO0
CS3
CPU32K
SDI0
SCK0
SDO0
SDI0
SDO0
SDI0
CS3
CPU32K
CPU32K
LED G
LED R
LED R
BACKLIGHT
KEYWAKEUP
KEY AD0
KEY AD1
DPC
HOLD
CPU POWER ON
AIRQ
BATT CHARGE LEVEL
BATT TEMP
CHARGE MEASURE ON
AUDIO POWER ON
CHARGE ON
USB INT
BATT
BATT
VDD B+
VCC+3.5V REG
IC2002
BATT
CAP DAMP+1.5V
CAP VDD+1V
CODEC VDD+1.8V
VDD+3.5V
UNREG+2.2V
CPU VDD+3.1V
+3.3V
CPU PLL2+2.8V
CODEC VDD+3.1V
VBUS
D1006
D2005
VBUS
VDD+3.5V
CPU VDD+3.3V
BATT
OUT
VDD
IN+
IN–
IN–
+3.3V
D2002
D8000
D2006
D2003
TH8001
BATTERY DETECT
IC8001
SYSTEM
CONTROL,
D/A CONVERTER
IC5001 (2/2)
VIN
VCONT
VOUT
OFF S8000
DPC
ON
EXA21(P2E)
XFCE2(P06)
XFCE2(P06)
SCK0
SDO0
SDI0
TIOCB1(P1C)
TIOCA1(P1B)
AN0
AN1
AN3
AN2
EXTINT1(P22)
EXTINT0(P21)
AN5
AN6
PO5
PO2
AN4
PO4
RESET
XOUT1
XIN1
PO0
NCS3(P10)
XIN32K
RXD2(P2D)
EXTINT3(P24)
S8001
HOLD
VCC+3.3V
SWITCH
Q2006
BATT
BATT
MAIN
SECTION
A
OUT
FB
FB
7
EXCEPT US,CH MODEL
EXCEPT US,CH MODEL
CODEC VDD+3.1V
REG
IC2007
• Abbreviation
CH : Chinese model
CH : Chinese model
(Page 11)
Ver. 1.1
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