Panasonic KX-TCD650RUC / KX-TCD650RUF Service Manual ▷ View online
A
Addddrreessss
D
Deeffaauulltt
N
Naam
mee
T
Tyyppee
D
Deessccrriippttiioonn
F10
0A
MaintainCurrent
D
Charge-current when in maintainmode needed to maintain
full charge on battery [mA]. This should not include the
consumption of the handset which is handled seperately,
but only the current needed to keep battery at full charge.
(BatteryCapacity = MaxCapacity)
F11
5A
ChargeToplimit
D
Percent of max battery capacity to be charged with fast
charge. . When BatteryCapacity reach this limit, the
chargecurrent is switched from FastChargeCurrent to
TopChargeCurrent.
F12 - F13
00 00
BatteryCapacity
D
The current-Capacity left on the battery. This capacity will
always be less than or equal to MaxCapacity. It is only used
for controlling icons for how much capacity is left on the
batteries.
Battery Capacity [eeprom] = Capaity [mAH]*50[mAh*2/100]
= [mAmin*2]*5/3 (that is 5/3*mA for 2min).
F14 - F15
EA 60
MaxNiMHCapacity
D
Max. capacity, the battery can be brought up to. This is
used for determining how much the battery should be
charged.
Max NiMH Capacity [eeprom] = NiMHcap. [mAH]*50
[mAh*2/100] = [mAmin*2]*5/3 (that is 5/3*mA for 2min).
F16 - F17
9C 40
MaxNiCdCapacity
D
Max. capacity, the battery can be brought up to. This is
used for determining how much the battery should be
charged
Max
NiCdCapacity
[eeprom]
=
NiCdcap.
[mAH]*50[mAh*2/100] = [mAmin*2]*5/3 (that is 5/3*mA for
2min).
F18- F1F
--
BattGap 1
-
F20-F29
80 .. 89
RedialFAT
D
"FileAllocationTable" - for the RedialList.
If msb is set it means location is unused.
N.B. All values is to be converted to hex before writing them to eeprom.
1177..33..66.. V
Voolluum
meeS
Seettttiinnggss
A
Addddrreessss
D
Deeffaauulltt
N
Naam
mee
T
Tyyppee
D
Deessccrriippttiioonn
F2A
10
BeepVolSetting
D
Soundlevel of buzzerbeeps, who is not affected by the
ringervolume.
Hightime = Cycle/VolumeLevel
F2B
0A
VolumeLevel1
D
Hightime = Cycle/VolumeLevel
F2C
08
VolumeLevel2
D
Hightime = Cycle/VolumeLevel
F2D
07
VolumeLevel3
D
Hightime = Cycle/VolumeLevel
F2E
06
VolumeLevel4
D
Hightime = Cycle/VolumeLevel
F2F
05
VolumeLevel5
D
Hightime = Cycle/VolumeLevel
F30
04
VolumeLevel6
D
Hightime = Cycle/VolumeLevel
nb. There is no restriction in range. That is if a value is put in, who is too high, the hightime will become zero and therefore only
clickingsounds will be heard.
clickingsounds will be heard.
1177..33..77.. D
Deeffaauulltt aauuddiioo--ppaarraam
meetteerrss
A
Addddrreessss
D
Deeffaauulltt
N
Naam
mee
T
Tyyppee
D
Deessccrriippttiioonn
F31
16
GX-index
D
Gain-transmit (values ranging from 0x00 to 0x24, each step
representing 1 dB)
F32
1B
GR-index
D
Gain-receive (values ranging from 0x00 to 0x24, each step
representing 1 dB)
F33
04
SideToneGain
D
SideToneGain (T67DSP-PPV2xD4-7600, table 1.10).
1177..33..88.. M
Meellooddyy--ppaarraam
meetteerrss
A
Addddrreessss
D
Deeffaauulltt
N
Naam
mee
T
Tyyppee
D
Deessccrriippttiioonn
F34
01
ExtMelodyIndex
D
Melody played when incoming external call
F35
01
IntMelodyIndex
D
Melody played when incoming internal call
F36
01
PageMelodyIndex
D
Melody played when paging
F37
01
AlarmMelodyindex
D
Melody played when alarm is sounded
F38
03
EERingerVolume
D
Volume of the ringer (1 - 6)
F39
02
EEVoiceVolume
D
Volume of the earpice (1 - 3)
69
KX-TCD650RUC / KX-TCD650RUF
1177..44.. R
Reecceeiivvee-- aanndd TTrraannssm
miitt--ggaaiinn
The following table shows the legal values for GX- and GR-index.
P
Poossssiibbllee ggaaiinn ppaarraam
meetteerrss
E
Eeepprroom
mvvaalluuee
G
Gaaiinn [[ddB
B]]
0x0A
-13.84
0x0B
-12.88
0x0C
-11.91
0x0D
-11.02
0x0E
-10.05
0x0F
-9.18
0x10
-8.06
0x11
-7.08
0x12
-6.13
0x13
-5.03
0x14
-4.08
0x15
-3.11
0x16
-2.00
0x17
-1.03
0x18
-0.08
0x19
0.89
0x1A
2.05
0x1B
3.01
0x1C
3.97
0x1D
4.94
0x1E
5.92
0x1F
7.07
0x20
8.01
0x21
8.95
0x22
10.07
0x23
11.04
0x24
12.04
N.B. if the gain-index is set to other values than the ones listed above, the volume will not be working according to specification.
The gain-indexes can be set using the batchfiles WRT_SLR.bat and WRT_RLR.bat, that sets respectively GX- and GR-index.
The gain-indexes can be read from the eeprom using READ_SLR.bat and READ_RLR.bat, that reads respectively GX- and
GR-index.
The gain-indexes can be read from the eeprom using READ_SLR.bat and READ_RLR.bat, that reads respectively GX- and
GR-index.
70
KX-TCD650RUC / KX-TCD650RUF
1188 S
SC
CH
HE
EM
MA
ATTIIC
C D
DIIA
AG
GR
RA
AM
M ((B
BA
AS
SE
E U
UN
NIITT))
1188..11.. M
Maaiinn
LINE VOLTAGE 60V DC
60V
DC
DC
0V ON-HOOK
+4.6V DC OFF-HOOK
+4.6V DC OFF-HOOK
+60V DC ON-HOOK
+4.8V DC OFF-HOOK
+4.8V DC OFF-HOOK
0V ON-HOOK
+0.7V OFF-HOOK
+0.7V OFF-HOOK
3.3V DC
2.65V DC
6V
6V
1.5V DC
+2.65V
PULLS TOWARDS
0V DURING RING
PULLS TOWARDS
0V DURING RING
RING
CLIP
(CALLER ID)
(CALLER ID)
CHARGE PULSE
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(10)
(11)
(12)
(13)
(14)
(15)
(8)
(9)
R40
2K2
C13
150pF
IC3
4
1
3
2
5
TP74
R27
N.M.
R35
100K
TP48
+2.65V
TP12
C6
100nF
+2.65v
R17
15R 1W
R31
N.M.
C17
680pF/500V
R14
N.M.
R30
0R
JMP19
0R
L1
R22
270K
T4
N.M.
E
C
B
C3
N.M.
C46
10n
TP35
C5
N.M.
D7
R24
10K
TP54
T7
E
C
B
R32
N.M.
R5
22K
D6
N.M.
2
3
1
TP40
TP50
TP14
RL1
N.M.
12 +
8 10 7
6
3
5
1
-
R20
220K
220K
JMP17
N.M.
C26
N.M.
+2.65v
C14
1nF/500V
C21
N.M.
D2
20V
R33
N.M.
R9
47K
TP15
R34
N.M.
R36
2K7
C50
N.M.
C45
100uF/10V
100uF/10V
TP71
TP76
C15
150pF
JMP21
N.M.
TP88
JMP4
N.M.
R23
N.M.
R39
10K
C37
N.M.
TP77
JMP16
N.M.
TP2
TP38
C24
N.M.
C41
10nF
10nF
IC2
2
VOUT
ADJ
1
3
VIN
4
VOUT
T2
N.M.
E
C
B
TP49
C42
100uF/10V
100uF/10V
C52
N.M.
TP89
D1
N.M.
D5
20V
TP16
R1
N.M.
R4
10K
R19
470K
D8
0.5A 600V
1
2
3
4
IC6
1
2
3
4
C25
N.M.
N.M.
TP52
C44
10pF
10pF
TP73
JMP9
N.M.
JMP15
N.M.
T9
E
C
B
R7
N.M.
TP26
J2
DCJACK
1
2
3
2
3
R3
4K7
C30
N.M.
N.M.
L4
JMP13
N.M.
C72
N.M.
N.M.
R21
470K
TP45
TP84
C23
R10
47K
TP95
TP43
L2
R86
N.M.
JMP18
N.M.
C32
N.M.
N.M.
C40
100uF/16V
C16
680pF/500V
R85
N.M.
C12
1nF/500V
+2.65v
SA3
T5
N.M.
N.M.
E
C
B
TP36
C93
N.M.
TP5
R11
N.M.
+3.3V
TP39
C2
470nF
250V
C7
N.M.
R12
N.M.
IC4
N.M.
1
2
3
4
T3
N.M.
E
C
B
TP44
TP51
T8
E
C
B
TP90
JMP3
N.M.
C1
100n
L3
N.M.
C22
N.M.
N.M.
J1
TelJack
1
2
3
4
5
6
R26
N.M.
EARTH
EARTH
LINE_C
HOOK
CHARGE_PULSE
RING
RING
REV_PDL
REV_PDL
CLIP_STATE
VDDLR
TXAF
Positive charge terminal
Negative charge terminal
3n3
71
KX-TCD650RUC / KX-TCD650RUF
TX-AF
FREQ 10.368MHz
TX-DATA
RX-DATA
RING
10.368MHz burst
+2.5V peak
70ns 700ms
1V
RX-AF
0V ON-HOOK
+2.8V OFF-HOOK
+2.8V OFF-HOOK
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(10)
(11)
(12)
(13)
(14)
(15)
(8)
(9)
KX-TCD650RUC/RUF SCHEMATIC DIAGRAM (BASE UNIT)
C68
10pF
TP78
IC9
8
VCC
1
A0
3
A2
4
GND
6
SCL
5
SDA
7
WP
2
A1
R41
33K
33K
C71
10p
TP65
R54
18K
18K
R74
C70
10pF
D16
C9
N.M.
C67
3p3
R57
22R
22R
ANT202
Antenna
1
2
2
TP93
TP117
TP94
10p
R2
390R
C4
100n
100n
C49
C43
C39
C19
C38
10p
TP104
R44
10K
T11
E
C
B
R70
5K6
T13
E
C
B
C55
10n
TP201
C51
10pF
R13
56R
R59
390R
R73
C20
10p
+3.3V
TP101
R122
N.M.
R56
56R
56R
C31
C69
10pF
68pF
C60
470pF
C36
C33
N.M.
X1
10.368MHz
R25
N.M.
C34
C58
10n
C122
N.M.
R46
1K8
R16
1K0
C18
330p
ANT201
Antenna
R47
27K
27K
J103
C27
4.7nF
C74
N.M.
R60
TP107
C47
2.2uF
D10
30V
C10
10p
J104
R51
1K
R8
N.M.
R58
N.M.
TP69
TP186
J101
+2.65v
T6
E
C
B
TP67
C53
33pF
R45
10K
C28
R55
100K
J102
C11
10p
D3
4V7
C57
10n
TP97
10p
C59
10n
TP75
D4
4V7
4V7
(IP)
(IP)
(IP)
(IP)
(OP)
(OP)
(OP)
(OP)
(IP)
(IP)
(IP)
(IP)
(OP)
(OP)
(IP)
(IP)
(IP)
(IP)
(IP)
(OP)
(OP)
(IP)
(IP)
(OP)
IC8
I2CLK
65
I2DAT
64
SUPEEP
63
RESETQ
24
MODE
66
VBACK
69
VDDA
35
VSSA
36
VDD
1
VDD
22
VDD
61
VDD
75
VDD
84
VSS
2
VSS
23
VSS
62
VSS(T_DSPCLK)
73
VSS
83
MPCINP
44
TONE
74
AD3
45
AD4
46
DSPIN/P1.0
76
DSPOUT/P1.1
77
DSPCLK/P1.2
81
DSPFRM/P1.3
82
PO.0
86
PO.1
87
PO.2
88
PO.3
89
PO.4/TXD
90
PO.5/RXD
91
PO.6
92
PO.7
93
D0
3
D1
19
D2
18
D3
98
D4
97
D5
96
D6
95
D7
94
OERAQ
17
WRRAQ
16
CSRAQ
15
CSRDQ
85
A0
4
A1
5
A2
6
A3
7
A4
54
A5
55
A6
56
A7
59
A8
78
A9
79
A10
48
A11
58
A12
60
A13
80
A14
47
A15
70
BSEL0(A16)
71
BSEL1(A17)
72
PX.2
53
PX.1
52
PX.0
51
PX.3
57
ADREF
42
ADRSSI
43
TXDA
14
RXDA
10
PADN(TXSWON)
20
DRON
8
RXDSG
9
SYDA
12
SYCL
13
SYEN
11
SYRI
21
ANT1
99
ANT2
100
R2
67
R1
68
MICN
41
MICP
40
HOP
38
HON
37
LDAD
29
VSSD
28
XTAL
30
VDDLR
33
LRB
34
VDDPM
25
BREF
39
NC
26
NC
31
NC
27
NC
32
NC
49
NC
50
C63
3p3
B1
R72
BUZ1
2
1
B0
C73
N.M.
TP109
R62
TP99
C29
N.M.
C64
68n
R15
390R
TP120
L5
10uH
K1
TP103
TP3
TP57
10p
TP98
C56
10n
C35
N.M.
N.M.
N.M.
TP70
TP202
TP108
C48
1uF
IC1
RFMODULE
25
SYRI
34
PAON
24
DRON
21
RXDSG
20
RXDA
13
TXDA
18
TXDA
37
RF2
44
RF1
11
RSSI
6
3.3V
7
3.3V
2
GND
12
SYRI
17
SYEN
14
SYCL
15
SYDA
1
ANT1
35
ANT2
C8
N.M.
TP66
C54
470p
TP1
+2.65V
B2
C81
10p
C79
100n
C66
10n
R43
150R
C61
N.M.
C80
100pF
C62
100nF
TP119
J100
C65
10n
(IP)
(IP)
(IP)
IC5
N.M.
10
A16
11
A15
12
A12
13
A7
14
A6
15
A5
16
A4
17
A3
18
A2
19
A1
20
A0
21
D0
22
D1
23
D2
25
D3
26
D4
27
D5
28
D6
29
D7
30
CE
31
A10
32
OE
1
A11
2
A9
3
A8
4
A13
5
A14
6
A17
9
NC
7
WE
24
GND
8
VCC
R49
8K2
8K2
A[12]
A[10]
A[16]
CSRDM
CSRDM
MODE_SEL
MODE_SEL
A[16]
A[15]
PULSE_DIAL
A[0]
A[8]
LRB
LRB
A[1]
OERAQ
OERAQ
1
A[8]
LINE_C
LINE_C
A[17]
A[14]
A[9]
A[5]
HOOK
CHARGE_PULSE
A[9]
A[17]
A[00-17]
A[3]
A[14]
A[10]
A[7]
A[15]
A[2]
RING
A[7]
REV_PDL
A[13]
WR
WR
+2.65V
+2.65V
+2.65V
SCL
A[4]
CLIP_STATE
A[5]
SDA
A[13]
A[0]
A[1]
A[12]
TXAF
TXAF
TXAF
A[6]
A[11]
A[2]
A[3]
A[4]
A[3]
A[4]
RXAF
RXAF
A[6]
VUNREG
VDDLR
TXAF
TXAF
A[11]
Hardware Version Resistor
PAGE
18K
10R
2K2
10K
390R
2u2/50V
470nF
72
KX-TCD650RUC / KX-TCD650RUF
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