Sharp FO-CC500, Руководство по обслуживанию

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FO-CC500A
FO-K01A
6 – 14
5 5
4 4
3 3
2 2
1 1
D
D
C
C
B
B
A
A
A14
A6 A8
A3
A7 A14
A0
A0
A[0
..15]
A10
A1
D5 D3 D1
A7 A5 A11 A6
A12 A1
A4
A5
D7 D0
A12 A9
D[0
..
7
]
D[0
..
7
]
A15
D2
A3 A4 A9
A15
D6
A2
A13 A8
A13 A11
D4
A2 A10
D0 D3 D2 D5 D4 D7 D6 D1
DG
VVC
CC
C_
_3
3.
.33V
V
DG
DG
VVC
CC
C_
_3
3.
.33V
V
VVC
CC
C_
_3
3.
.33V
V
DG
DG
DG
AG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
VVC
CC
C_
_3
3.
.33V
V
DG
RFG
AG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
DG
VVC
CC
C_
_3
3.
.33V
V
DG
DG
DG
DG
DG
DG
DG
D
CDDAT
A
IN
D
DSSO
UT
D
RO
MC
S
D
INCOM
D
CDDATAO
UT
C
ICLK
D
FRAM
E
C
MCLK
D
MO
NI
N
D
PARK
D
WR
IT
E
D
R
EAD
D
RESET
O
D
DSS
IN
D
MONOUT
D
SYNEN
D
SY
NDA
TA
A
AGC
D
SY
NS
TB
C
REFOSC
A
RX
IN
D
RX
EN
A
RXIP
C
SYNCLK
A
TXD
A
T
A
A
RXQP
A
RX
QN
D
TXP
W
R
1
D
TXP
W
R
0
D
TXE
N
D
LNAT
TN
A
CI
D
ROM
CS
D
RE
AD
D
WR
IT
E
TD
D Control
TX
EN = High : Transmit Data
RX
EN = High : Receiver Data
Po
wer Level Control
TX
PWR1 = Low , TXPWR0 = Low : High Power
TX
PWR1 = Hihg, TXPWR0 = Low : Medium Power
TX
PWR1 = Low , TXPWR0 = High : Low Power
TX
PWR1 = Hihg, TXPWR0 = Hihg : Undefined
Re
se
t
Tu
rn
on
V
cc_
BA
T
=
2.
76
V
(R
ES
ET
IP
Inpu
t
Vo
lt
ag
e
=
1.
257
V[
+36m
V,
-36m
V]
)
Tu
rn
o
ff V
cc_
BA
T
=
2.
96V
(R
ES
ET
IP
Inpu
t
Vo
lt
ag
e
=
1.
35
V[
+36m
V,
-36m
V]
)
(
3-5B)
(
3-3B)
(
3-5D)
(
3-5D)
(
3-5D)
to
NMI
(
3-5B)
(
1-1A)
Co
de
c Co
nt
rol
to
EMUSYNC
(
3-5B)
(
1-1A)
to
RESET
(
3-5D)
(
3-5B)
(
3-3B)
(
3-5B)
(
1-1A)
(
3-5D)
(
3-5B)
(
3-3B)
to
EMUCLK
(
3-5D)
(2
-4C)
I2
C Clock
(2
-2C)
(P
LL Cl
oc
k
9.
6M
Hz
)
I2
C Serial Data
(2
-5C)
(2
-4C)
(2
-4C)
(2
-5C)
(2
-4C) (2
-2D)
(
2-2C)
(
2-2D)
(
2-2D)
(
2-5C)
(
2-2C)
(
2-5C)
(
2-2C)
(
3-5B)
(
1-5B)
(
1-5B)
(
1-5B)
Lo
w Noise Amp attenuation
LN
ATTN = Low : receiver High Gain mode
LN
ATTN = High : receiver Low Gain mode
Common Ro
und
X1 Cr
ys
ta
l [K
SS]
4
2
1
3
R
130
10
0
C
119
0.
1u
C
113
100p
TP17 TP26
R
148
0
C
8
8p
C
112
100p
IC2
CX80705-13
Merlin ASIC XROM
AUX DAC
107
ARTO
41
ARTI
39
RESETIP
94
OSCI
91
OSCO
90
BATT1
96
BATT0
97
NC
99
VDDP
56
VDDP
74
VDDP
113
VSSP
7
VSSP
29
VSSP
57
VDDC
2
VDDC
32
VDDC
71
VSSC
5
VSSC
33
VSSC
70
AVDD
92
AVSS
93
AGND
95
PARKP
40
KEYPADR0
60
KEYPADR1
61
KEYPADR2
62
KEYPADR3
63
KEYPADR4
64
KEYPADR5
65
KEYPADR6
66
KEYPADR7
67
KEYPADC5
10
KEYPADC3
12
KEYPADC4
11
KEYPADC2
13
KEYPADC1
14
KEYPADC0
23
GPIOA0
123
GPIOA1
124
GPIOA2
125
GPIOA3
126
GPIOA4
127
GPIOA5
128
GPIOA6
1
GPIOA7
8
GPIOB0
38
GPIOB1
37
GPIOB2
36
GPIOB3
31
GPIOB4
30
GPIOB5
26
GPIOB6
25
GPIOB7
24
GPIOC0/SWCTL
9
MCLK/CDCMCLK
45
CDCDATAO
43
CDCDATAI
44
CDCFRAME
42
CDCICLK/ICLK
58
RESETOP/CDCPOR
59
REFOSC
89
RXIN
102
RXIP
101
RXQP
103
RXQN
104
AGC
105
TXDATA
100
TRSW
110
TXEN
108
RXEN
76
GPIOC1
75
GPIOC2
111
GPIOC3
109
GPIOC4
88
GPIOC5
87
GPIOC6
77
GPIOC7
78
AUXREF
106
DATA0
122
DATA1
121
DATA2
120
DATA3
119
DATA4
118
DATA5
117
DATA6
116
DATA7
115
ADDR0
15
ADDR1
16
ADDR2
17
ADDR3
18
ADDR4
19
ADDR5
20
ADDR6
21
ADDR7
22
ADDR8
51
ADDR9
52
ADDR10
55
ADDR11
53
ADDR12
46
ADDR13
50
ADDR14
49
ADDR15
47
WPR~3
48
RDP
54
ROMCSP
112
RAMCSP
79
HOSTCSP
83
HOSTACK
84
SYNC~3
82
NMIP
81
XCODEP
85
EMUCLK~3
80
VSSP
73
VSSP
114
VDDP
28
VDDP
6
VDDP
27
NC
98
NC
69
NC
68
NC
35
NC
34
NC
3
NC
72
NC
4
VISP~3
86
R
141
10
0
TP41
C 60 1u
RA
6
10
0
5
1
8 7 6
2 3 4
TP40
R
124
56k
(F)
R5
27
0
L
102
0
TP34 TP35 TP49 TP31
TP37
R
119
10
k
TP48
C
4
0.
1u
TP24
IC
6
TC
7S
Z
04F
NC
1
IN
2
GND
3
OUT
4
Vcc
5
C 39 8p
TP21
TP20
TP
3
TP
4
TP
1
R
156
56k
(F)
R
131
10
0
TP46
R
105
0
C 40 0.
1u
R
112
10
0
L
101
0
TP18
RA
1
10
0
5
1
8 7 6
2 3 4
R
120
10
k
C 37 8p
C 59 0.
01u
(K
)
R
144
10
0
TP23
C 42 8p
TP12
C
3
0.
1u
C 32 0.
1u
TP
5
R
127
10
0
IC
3
SST
39L
F5
12 [
SST
]
A0
20
A1
19
A2
18
A3
17
A4
16
A5
15
A6
14
A7
13
A8
3
A9
2
A10
31
A11
1
A12
12
A13
4
A14
5
A15
11
DQ0
21
DQ1
22
DQ2
23
DQ3
25
DQ4
26
DQ5
27
DQ6
28
DQ7
29
CE#
30
OE#
32
WE#
7
NC
9
NC
10
NC
6
VSS
24
VDD
8
L
111
BLM
11H
B
102S
D
TP32
TP42
TP22
R
109
10
0
IC
4
S-
24C
04 [S
II] A0
1
A1
2
A2
3
GND
4
SDA
5
SCL
6
TEST
7
VCC
8
R
138
10
0
TP50
R
125
47k
(F)
R
142
10
k
R
106
N.
M
TP52
R
140
10
0
TP
6
RA
5
10
0
5
1
8 7 6
2 3 4
TP14 TP30
C 31 0.
1u
C 33 8p
TP54
R
123
100k
C
118
0.
1u
C 56 0.
01u
(K
)
L
104
0
TP28
TP43
TP33
R
126
10
0
TP51
C
114
N.
M
TP53
C
130
33
p
R
129
22
k
TP15
R
139
10
0
R
111
10
0
R
128
10
0
R
155
56k
(F)
C 41 8p
C
9
0.
1u
R
121
10
k
C 30 8p
RA
2
10
0
5
1
8 7 6
2 3 4
C 43 0.
1u
RA
3
10
0
5
1
8 7 6
2 3 4
C
2
8p
TP62 TP11
C
7
N.
M
TP47
C 35 8p
C 38 0.
1u
C 36 0.
1u
C 61 0.
1u
TP25
TP36
R
143
10
k
R
108
10
0
R
154
10
TP13
C
5
8p
TP39
TP16
RA
4
10
0
5
1
8 7 6
2 3 4
R
107
N.
M
TP44
R
132
10
0
C 34 0.
1u
TP27
TP38
C
102
0.
22u
R
110
10
0
TP
2
C 55
0.
1u
[3] Cordless PWB circuit Main control block
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