DAEWOO AKF-0305, AKF-0315 Diagram
14
5. SCHEMATIC DIAGRAMS
5-1. BASIC Series AKF-0305 / AKF-0315
Size:A3
15
5-2. RDS Series AKF-0305 / AKF-0315
SCHEMATIC DIAGRAM
Size:A3
16
5-3. OIRT Series AKF-0305 / AKF-0315
SCHEMATIC DIAGRAM
Size:A3
30
10. FUNCTION OF MICOM IC
10-1. PIN CONFIGURATION (TOP VIEW) : RDS MODEL ONLY
31
FUNCTION OF MICOM IC
10-2. PIN DESCRIPTION
PIN
1
80
78
77
71
76
73
31
75
74
72
70
69
68
67
79
51
50
PIN NAME
XIN 4.5MHz CRYSTAL
PHASE COMPARISON OUTPUT PORT
If the frequency of the partial oscillation is higher than the basic
frequency, these output high, lower than the basic frequency, output
low. Otherwise, these are high-z that those frequencies correspond.
AM 2 nd CHARGE PUMP OUTPUT PORT.
(AM FREQUENCY : 90kHz)
CAN BE SUPPLIED UP TO 6.5V
FM VCO INPUT
(the signal of the partial oscillation)
* INPUT RANGE : 0.07~1.5 Vrms
* INPUT RANGE : 0.07~1.5 Vrms
Outputs the pll lock up signal to lock up the pll frequency in
high speed.
FM IF COUNT INPUT
*
INPUT RANGE : 10.7MHz+30kHz, Vpp=0.07~1.5Vrms
AM IF COUNT INPUT
* INPUT RANGE : 450kHz + 1kHz (AM)
: 450kHz + 0.37kHz (LW)
* Vpp = 0.07 ~1.5Vrms
To check if the memory state is normal on the back-up mode.
The application circuit is illustrated on the note of back pages.
To check if it is back-up mode(LOW) or normal operation state(HIGH),
but it display clock depending on the clock option.
Connect to ground.
Dm-21 loading motor control port.
MTR1 MTR2
LOADING : HIGH LOW
EJECT : LOW HIGH
STOP : LOW LOW
AM VCO INPUT
(the signal of the partial oscillation)
XOUT
E01
E02
E03
VSS
VDD
VDD
FMIN
AMIN
SUBPD
HCTR
LCTR
SNS_
HOLD_
TEST1
TEST2
PL1
PL2
DESCRIPTION I/O
I
O
O
O
O
--
--
--
I
I
O
I
I
I
I
--
--
O
O
32
FUNCTION OF MICOM IC
PIN
59
52
53
54
55
11
12
13
14
21
40
38
39
27
28
29
30
23
24
25
26
7
8
9
63
35
PIN NAME
PJ1
PL0
DM-21 MAIN MOTOR CONTROL PORT.
INPUT DATUM FROM THE RDS DEMODULATOR IC THE
TIMING CHART OF DATA IS ILLUSTRATED ON BACK
PAGES.
KEY & LCD DRIVER IC INTERFACE PORTS
EVR IC INTERFACE PORTS.
OPTION DIODE MATRIX INPUT.
OPTION DIODE MATRIX OUTPUT.
RDS DATA MEMORY EEPROM CONTROL PORT.
MULTI-PATH INPUT PORT.
* INPUT RANGE : 0.6~0.9V
LCD BACK-LIGHTING COLOR CONTROL PORT
RESET : COLOR
---
> LOW
TWO KEY IN : COLOR CHANGE
DECK EQ IC MUTE ADJUST PORT.
PK3
PK2
INT1
PE3/SI2
PE2/SO2
PE1/SCK2
PE0
PC1
PO0
PO2
PO1
PA3
PA2
PA1
PA0
PB3
PB2
PB1
PB0
PF3
PF2
PF1
PF3
PP1
DESCRIPTION I/O
O
O
I
I
I
I
O
O
O
O
O
O
O
I
I
I
I
O
O
O
O
I
O
O
I
O
MTR_ON MTR_FF
PLAY : HIGH LOW
FF/REW : HIGH HIGH
STOP : LOW LOW
33
FUNCTION OF MICOM IC
KEY MATRIX TABLE
RETURN
SOURCE
KS 6 (49)
M1 (AMS)
T. UP
KI 1 (50) KI 2 (51) KI 3 (52) KI 4 (53) KI 5 (54)
T. DOWN
M2 (DOLBY)
M5
(DISC DOWN)
VOL DOWN
---
---
SEEK UP
M3 (RPT)
M6
(DISC UP)
SELECTOR
CDC/PAUSE
AUX
SEEK DOWN
LOC
TA/TA_STBY
PTY(DISP)
POWER
ON/OFF
RADIO/BAND
(LANG)
MONO
LOUD/LOC
AF/REG
ATP
TAPE EJECT
MUTE
---
M4 (SHUF)
VOL UP
TAPE/PGM
---
KS 5 (48)
KS 4 (47)
KS 3 (46)
KS 2 (45)
KS 1 (44)
KEY MATRIX TABLE
DIODE MATRIX DESCRIPTIONS
SOURCE
RETURN
ODR 3
(PA3, 27PIN)
DOUBLE 2
(D405)
---
ODST 3
(PB3, 23PIN)
ODST 2
(PB2, 24PIN)
ODST 1
(PB1, 25PIN)
ODST 0
(PB0, 26PIN)
---
LOUD/LOC
(D408)
TUNER 1,2
(D409)
AREA 2
(D410)
---
LW ENABLE
(D411)
---
AREA 3
(D413)
---
CDC/AUX IN
(D414)
DOUBLE 1
(D415)
---
CLOCK
(D406)
AREA 1
(D407)
ODR 2
(PA2, 28PIN)
ODR 1
(PA1, 29PIN)
ODR 0
(PA0, 30PIN)
-LW select (D411) 0 : LW BAND DISABLE
1 : LW BAND ENABLE
-CLOCK USE select (D406) 0 : CLOCK ENABLE
1 : CLOCK DISABLE
-LOUD/LOC USE select(D408) 0 : LOUD/LOCAL KEY DOUBLE FUNCTION
1 : LOUD KEY ONLY
-TUNER 1,2 select (D409) 0 : CAT6 or CAT7 TUNER See page 13
1 : CET6038AFL TUNER
-DOUBLE 1,2 (D415. D405)select
DOUBLE 1
(D415)
DOUBLE 2
(D405)
MEMORY 1 MEMORY 2
0
0 1 AMS
0 AMS DOLBY
---
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