SAMSUNG DIGIMAX 210 Troubleshooting

46

Ⅵ. TROUBLESHOOTING & MAINTENANCE

When using the adaptor, the

power does not turn ON.

If using the battery, the

power doesn’t turns ON.

Poor soldering of Power

diode.(Power PCB D10)

Resolding the Diode

전원 Diode 납땜 불량

Replace the Fuse

(Power PCB F2)

See 6-1.POWER Error

Disconnected FUSE.

(Broken FUSE)

Replace the Battery CapPoor contacts of Battery Cap

Verify if disconnected

between Battery spring

and Power Board.

When using the battery,the

power does not turn ON.

See 6-2. SUB PCB Error

See 6-1. POWER Error

Check the LED FPCB

LED is illuminated.

The letter does not appear

on TN LCD

See 6-4. CAMERA Mode

Error

Check the booting by mode.

Poor booting in CAMERA

Mode

See 6-3.MAIN PCB Error

Booting does not operate.

YES

NO

YES

47

Ⅵ. TROUBLESHOOTING & MAINTENANCE

KEY IN Error See 6-2. KEY IN Error

YES

Image display Error TFT LCD Output Error

TV Monitor output Error

See 6-5. LCD Error

See 6-6. TV Output Error

See 6-7. Image Error

YES

Moving Image display Error

YES

See 6-9. Replay Error

Replay Error

YES

See 6-10. CARD ErrorCARD related Error

YES

See 6-11. Strobo Error

Strobo luminescent Error

YES

See 6-12. Barrel Error

See 6-13. Software

Installing Error

See 6-14. USB Error

See 6-15. SERIAL Error

Lens drive

(Zoom,Shutter,AF)Error

YES

NO

YES

Photographing Error

Though the shutter pressed,

it will not photograph

Image recording Error

See 6-2. KEY IN Error

See 6-8. Card Recording

Error

YES

NO

YES

PC Interface Error

Program Installation Error

Serial Interface Error

YES

NO

YES

USB Interface Error

48

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Check for overcurrent with

VCC connected

Check if C4,C18,C51,C52,C103

damaged and shorted.

Lift Pin 5 of U3 and check

for overcurrent with power

on.

Lift L9 and check for

overcurrent with power on.

Replace damaged TALTAL

Replace U1

Replace U3

Replace

Q8

Replace

C50

Replace

Q7

Replace

Q9

Replace

U2

Replace

Q1

Replace

Q2

Detach D9 (from a board)

and check for overcurrent

with

Detach C50 and check for overcurrent with power on.

Detach Q7 and check for

overcurrent with power on.

Detach Q9 and check for

overcurrent with power on.

Detach Q1 and check for

overcurrent with power on.

Detach Q2 and check for

overcurrent with power on.

YES

NO

YES

6-1. POWER Error

Lift pin 20,37,47 of U1 and

check for overcurrent with

power on.

󳟆

49

Ⅵ. TROUBLESHOOTING & MAINTENANCE

C4

Q9

Q1

J2

R210

R203

C16

C35

Q9

C15

L7

C27

R208

L3

L1

C46

Q2

C201

C11

J4

D4

D6

D1

C10

C34

D12

Q102

R201

D7

C2

D3

R51

Q1

C26

L6

C18

Q6

C4

C18

Q2

R41

Q8

C37

R44

R35

C38

C47

R52

C14

C31

R37 C40

R39

R46

R43

C39

VR1

D9

R17

R42

U3

C13

R27

R31

C30

R30

R49

R15

C33

R13

R24

R48

C32

C12

C23

L9

R10

C29

R8

C17

R7

R22

U1

R4

C9

R12

R18

C25

C103

L12

C103

J3

D9

L9

50

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Replace C44

YES

Replace Q3

YES

NO

NONO

NO

Connect R26 with VCC(F2,C52) and check for overcurrent with power on.

Connect R25 with VCC(F2,C52) and check for overcurrent with power on.

Check C44

for short.

Check if

D8

damaged.

Detach Q2 and check if there is

short between Collector & Base,

Collector & Emiter, Emiter & Base

Detach D4, D6, D7 and check

the board for short.

Detach C19

and check the

board for short

Replace

C19

Detach Q3 and check

if short between

Collector & Base,

Collector & Emiter,

Emiter & Base

Replace

U1

Replace C44

Replace

Q2

YES

YES YES

YES

NO

Solder D4 and then check the

board for short

Detach C16

and check the

board for short

Replace

C16

YES

NO

Detach C15

and check the

board for short

Replace

C15

Check Pin

11,13,15 of J2

YES

NO

Solder D6 and then check the

board for short

Detach C27

and check the

board for short

Replace

C27

YES

NO

Detach C26

and check the

board for short

Replace

C26

Check Pin

13,15,17 of J2

YES

NO

Detach L5 and

check the

board for short

Replace

C20

YES

NO

Check Pin 3,5 of J2 for short

Replace

U1

YES

NO

After touch up J2

connector and check

the board for short

Replace

U1

YES

󳟇

󳟆

󳟈

51

Ⅵ. TROUBLESHOOTING & MAINTENANCE

BAT-

R26

J5

L11

F2

R2

C1

R16

R14

R21

D8

C51

R6

R5

C22

C28

R9

3.3V

Q3

D10

R23

C52

C24

L4

T2

R209

Q203

R207

U2

C6

D5

C19

C3

ZD1

Q202

D2

LCD_BL

R28

C41

R25 R26

T-WAE

7V_TP

R29

C36

R38

L8

C44

R32

R34

LCD_TP

R40

R36

CCD_TP

R33

T1

C45

L10

C50

LCD_7V

L5

R50

C8

Q204

Q201

C101

C20

C21

C5

L2

R206

Q7

F2

C51

C52 C50

52

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Solder D7 and then check the

board for short

Detach C35

and check the

board for short

Replace

C35

Detach Q2 and check if short

between Collector & Base,

Collector & Emiter, Emiter & Base

Connect R31 with VCC(F2,C52) and check for overcurrent with

power on.

Replace

Q1

YES

Detach D1,D3 and

check the board for

short

Detach C5 and check the

board for short

Replace

C5

YES

Solder D1 and check

the board for short

YES

Solder D3 and check

the board for short

Check C10,11 broken and

short

Check Pin 23,25,27 of J2

YES

Check C2,C3,C201,R207,208,209, Q202,Q203 parts and if

short in cold soldered.

Replace

abnormal

parts and

remove

short

Replace

abnormal

parts and

remove

short

Remove

short

Detach L2 and check the

board for short

Replace

C6

YES

Detach Pin 27,29 of J2.

Replace

U1

YES

After touch up connector and check the board for

Replace

U1

NO

Detach C34

and check the

board for short

Replace

C34

Check Pin 4,6,8 of J2

YES

Check Pin

16,18,20 of J2

YES

󳟇󳟈

53

Ⅵ. TROUBLESHOOTING & MAINTENANCE

3.3V is input at V2 Test Port

When mounting battery or

DC adaptor, the voltage is

changed from L to H in the

output end(#3) of

Reset IC(U1)

If pin #9 and #10 of

connector J1 being short

more than 0.5 seconds,

Beep(Buzzer-1) sound

occurred.

Short at V2 T.P and G1 T.P

terminals

Visual check if the parts

are soldered properly.

Y : Replace SUB board N : Replace and check the

part

Replace SUB board

Replace J2 connector parts

Replace Reset IC(U1)

Resolder Reset IC(U1)

Replace Oscillator(Y1)

Replace Buzzer

Resolder CPU(U2)Pin #38

Resolder J1 Pin #9, #10

Resolder R3,D1,C10

Resolder CPU(U2) Pin #49

Resolder BZ+, BZ- L/W

Resolder R2

Resolder and check CPU(U2)

Pin #70, #71 Oscillator(Y1)

YES

NO

NO NO

NO

YES

6-2. SUB PCB Error

Good soldering of J2

connector PIN #4, #6

Good soldering Reset IC(U1)

CPU(U2) #38 Pin is

changed from H to L level.

Oscillating wave form is

measured at CPU(U2)Pin

#70 and #71

Oscillating wave of about

100ms is output to

CPU(U2)Pin #49 (f=4kHz)

󳟆

54

Ⅵ. TROUBLESHOOTING & MAINTENANCE

“boot”display goes on and

off(2Hz) in Status LCD

“boot”display disappears

within 5 seconds

During booting, green LED

next to finder goes on and

off

LCD driving power is normal.

󳢯T.P terminal of T1 :about 3.0V

󳢯T.P terminal of T2:about 2.0V 󳢯T.P terminal of T3:about 1.0V

“Err”is displayed in

Status LCD

Connector(J2)Pin #14 is

measured as “H”

Connector(J2)Pin #18 is

measured as “H”

Connector(J2)Pin #10 is

measured as “L”

Connector(J2)Pin #15 is

changed to “L”to “H”after

25ms

3.3V power supplied at ASL+ terminal

Check if 3.3V output at

CPU(U2) Pin #25 and then

resolder it

Resolder R10/R5/R7/R9

Resolder

CPU(U2)#26/#27/#28

Resolder CPU(U2) Pin #10 ~#24, clean and check it

Check of the contacts of

mode dial distorted

clean the mode dial pattern

Resolder CPU(U2) Pin #47

Resolder connector(J2) Pin

#14

Resolder CPU(U2)Pin #75

Resolder connector(J2)Pin

#18

Resolder CPU(U2)Pin #53

Resolder connector(J2)Pin

#10

Resolder CPU(U2)Pin #50

Resolder connector(J2)Pin

#15

Resolder SUB PCB

(Jump wire) or Resolder

SUB PCB Ass’y

See 5-3. Main PCB repair

Resolder LED FPCB

YES

NO NO

NO

YES

󳟇󳟈

󳟆

NO

55

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Cst5 280V

U1

J2 #14->H #18->H #10->L #15->25ms L->H

V2 Test point

G1 Test point

U2 #25=3.3V #38 H->L #70,71 #49 100ms #58=About 3V

T1 = 3.0V T2 = 2.0V T3 = 1.0V

ASL=3.3V

T6=

8kHz

STL=

4kHz

STL=

4kHz

#49 =

#70,71 =

56

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Oscillating wave form is

measured in the end T.P of

T6

Resolder CPU(U2)Pin #39 to

#41 and connector(J2)Pin

#7/#9/#11

Oscillating wave output in

AFL-terminal(f=4Hz)

Resolder CPU(U2)Pin #35

Resolder R4/R6

See 5-3. Repairing

Main PCB

Resolder AF LED(LED FPCB)

YES

NO

Battery Half mark goes on

and off(2Hz)

The voltage of about 3V is

measured in CPU(U2)Pin

#58

Resolder CPU(U2) Pin

: #58/#65/#64

Resolder connector (J2)Pin

#2. Resolder C6/C7

Whill charging flash,

red LED next to finder

goes on and off(8Hz)

Oscillating wave is output

in STL-terminal (f=8Hz)

Resolder CPU(U2) #34 Pin

Resolder R11/R18

See 5-3. Repairing

Main PCB

Resolder STB LED(LED FPCB)

NO

If controlling button and

mode dial, it operates

KEY recognition Buzzer

sound is generated.

After about 2 minutes,“E10”

will be displayed in Status

LCD

Resolder CPU(U2) Pin

: #54 to #57 Pin : #77 to #80 Pin

Resolder U3/U4/U5/U6

Resolder CPU(U2) Pin

: #39 to #41,48 Pin

Resolder connector (J2) Pin

: #7/#9/#11/#13 Pin

Replace KEY FPCB Ass’y

NO

󳟇󳟈

57

Ⅵ. TROUBLESHOOTING & MAINTENANCE

1. Check Buzzer sound

2. Check Mode Dial conversion

3. Check if the current 600mA (If error occurred, See Merr 8)

Mode Dial→MACRO→

CAMERA→PLAY→MACRO

Menu Key→Right→Left

→Down→Up→Menu Key

Status(Erase)Key

“ON”, “OFF”

Enter Key “ON”, “OFF”

LCD Key “ON”, “OFF”

Zoom Key operation

T ↔ W 2 times

1. check TV Monitor

2. Remove video cable

3.Check TFT-LCD screen

Start

Mode Dial → PLAY

Power Switch “ON”

1. Check buzzer sound(if error occurred, See Merr 1)

2. Check of the current being 500mA(If error occurred, See Merr 2)

1. Check if Zoom operation Checking current being 800mA. (if error occurred, See Merr 9)

1. Check TFT-LCD User I/F (If error occurred, See Merr 10)

1. Check TFT-LCD backlight control terminal

(If error occurred, See Merr 11)

󳢤 Setting in TFT-LCD or TN-LCD

1. Check SUB↔HOST micom communication

(TN-LCD “BOOT”display continuously →

See

Merr 3)

2. Check HOST↔ZORAN micom communication

(Green LED ON continuously →

See

Merr 4)

3. Check ZORAN Card related I/F (“Card ERROR”display →

See

Merr 5)

4. Check Video ZORAN related (No image on TV monitor →

See

Merr 6)

5. Check TFT-LCD I/F related (No image on TFT-LCD →

See

Merr 7)

6-3. MAIN PCB ERROR

Fill-in flash mode setup

58

Ⅵ. TROUBLESHOOTING & MAINTENANCE

1. check of shutter button operated on the 1st stage and the current being 1.0A

(If Error occurred, → See Merr 12)

2. check of shutter button operated on the 2nd stage and the current being 1.1A

(If Error occurred,→ See Merr 13)

3. Check of strobo operated and illuminated (If Error occurred,→ SeeMerr 14)

4. Check for photo Sensor Circuit and photo sensor open/close.

(If Error occurred,→ See Merr 15)

Mode Dial→MACRO→

shutter button 1st stage→

2nd stage→Photographing

(with photo sensor)

Shutter button 1st stage→

2nd stage→Photographing (With photo sensor open)

Mode Dial→PLAY

Check screen TFT-LCD

Mode Dial→PLAY

Check TFT-LCD screen

When inserting and

removing CF Card 2 Times,

check “Card Error”

Power switch→“OFF”

End

1. Check Card recognition, if “card Error”displayed (If error occurred, See Merr 5)

1. Check PR circuit, If TN LCD is extinguished 3 seconds of Power OFF

(If error occurred, See Merr 16)

59

Ⅵ. TROUBLESHOOTING & MAINTENANCE

Check the mounting status

of CP 8,9,10

Check the mounting status

of CP11,Rp1,and RP2

Check if Pin J2 #4, 6,and

other pins being short.

check of Pin J3 #2 and

other pins being short.

UP3 #3=3.3V? CP11-1=3.3V?

Buzzer sound can not be

heard.

Check the SUB PCB

power,VCC3-KA is 3.3V?

Battery check power,

BAT-CHK is 2.7V?

MAIN Power,

+3.3VCC(MAIN)=3.3V?

MERR1

YES YES

NO NO

Check if Pin J3 #20, 22, 24

and other pins being short.

Check if pin J3 #20, 22, 24

and other pins being short.

Check if J3 pin #19, 21, 23

and other pins being short.

UP3 #2=5.6V? UP4 #3=5.6V? UP4 #2=3.3V?

60

Ⅵ. TROUBLESHOOTING & MAINTENANCE

J3

UP4 #2=3.3V #3=5.6V

RP1,2

CP8,9,10

CP11=3.3V

UP3 #2=5.6V #3=3.3V