10
Construction Drawings
10.2 Circuit and functional illustrations
AT-10 plus
Page 66
A
rt.
-n
o.:
2.5
4004
3 Re
v.
: a
10.2.2
Microprocessor (main board) functional block diagram
CONFI
DENTI
AL
KBS[0
..5
]
A
[1.
.19]
D[
0.
.15]
230V
A
C
115V
A
C
0V
TP
4
AM
P-
2.
8/
1.
3
TP
5
AM
P-
2.
8/
1.
3
TP
6
AM
P-
2.
8/
1.
3
Cave
200m
AT
/230V
315m
AT
/115V
200m
AT
/230V
315m
AT
/115V
L
N
RE
S
L
CD/
CS
LCDRD/
CS
LCDW
R/
RE
S
L
CD/
NC3
0
...3
9
C
AVE
D[
0.
.15]
TP
1
AM
P-
2.
8/
1.
3
TP
2
AM
P-
2.
8/
1.
3
C
AVE
GND
V
erbi
ndung
Gerberdat
en
SH
EET3
RE
S
L
CD/
CS
LCDRD/
CS
LCDW
R/
TP
3
AM
P-
2.
8/
1.
3
R
ES/
R
ES/
BPTX
D
BPR
X
D
SPO
2
T
X
D
SPO
2
R
X
D
SC
M
T
X
D
SC
M
R
X
D
SH
AR
ETX
D
SH
AR
ER
X
D
KBS[0
..5
]
uPOFF/
L
O
AD
PW
M
STR
B1
STR
B2
PM
D
TPH
T
PM
PR
O
M
/
US
RA
M
/
LS
RA
M
/
C
S
FL
ASH
/
CS
LCDW
R/
CS
A
DC/
PM
AR
K
BATT
E
K
G
CONV
/
Q
S
M
/EKG
C
L
K
RE
S
L
CD/
R
ES/
332CLK
LCDM
R
D[
0.
.15]
A
[1.
.19]
BD
O
W
N
/
FR
ES/
SC
M
R
ES/
TPL/
MO
N
/
LE
DB
PD
IN
CS
K
B
RD/
W
P
FI
FO/
EKG
IN
R/
W
/
EJC
T
SEL
AD
C
CS
LCDRD/
CT
S
RT
S
DT
R
TM
U
P
TM
D
O
W
N
HDQV
F
CS
M
O
T
/
CS
DA
C/
NH/
LI
/F
FU
SSIN
CS
DA
CA
/
CS
DA
CB
/
EN
SPIR
O
C
O
M
EN
TM
C
O
M
/
E
N
E
R
GOCOM
/
DC2QRS
/
SPO
2
R
ES/
BPR
ES/
CONV
A
DC/
QS
M
D
IN
R/
C/
MO
T
O
R
O
P
/C
L
/
M
O
TOR
ON
/O
FF/
OFFuP
CP
U
CP
U.
Sc
h
A
[1.
.19]
D[
0.
.15]
PR
O
M
/
LS
RA
M
/
US
RA
M
/
R/
W
/
RE
S
L
CD/
C
S
FL
ASH
/
RA
MF
LA
SH
RA
MF
LA
SH
.S
CH
A
[1.
.19]
RE
S
L
CD/
332CLK
R/
W
/
CS
LCDW
R/
CS
LCDRD/
D[
0.
.15]
LCDM
R
LCDON
TFTCO
N
TR
TFTCO
N
TR.
SC
H
TPC
L
K
TPD
W
P
FI
FO/
FR
ES/
332CLK
D[
0.
.15]
TP
HDRI
V
E
TP
H
D
RI
V
E.
SC
H
MO
N
TPC
L
K
TPD
TPL/
STR
B1
STR
B2
TPH
T
TP
HI
NT
TP
HI
NT.
SCH
PD
O
U
T-
PD
O
U
T+
PMARK
PMD
MO
N
/
MO
N
R
ES/
CS
MOT/
D[
0.
.15]
PM
D-
ST
EP
-D
RI
V
E
PM
D-
ST
EP
-D
RI
V
E.
SC
H
MO
N
EJC
T
PD
IN
PD
O
U
T-
PD
O
U
T+
PA
PE
RD
R
PA
PE
RD
R.
SC
H
KBS[0
..5
]
ON
D[
0.
.15]
CS
K
B
RD/
LCDON
K
EYBOA
RD
K
EYBOA
RD.
SC
H
SH
AR
ETX
D
SH
AR
ER
X
D
EN
TM
C
O
M
E
N
E
R
GOCOM
ERG
O
ERG
O.
SC
H
EN
SPIR
O
C
O
M
SH
AR
ER
X
D
CT
S
SH
AR
ETX
D
RT
S
DT
R
MO
T
O
R
O
P
/C
L
/
M
O
TOR
ON
/O
FF/
QS
M
D
IN
Q
S
M
/EKG
C
L
K
R/
C/
SPI
RO
SPI
RO
.SC
H
SPO
2
R
ES/
BPR
ES/
SC
M
R
ES/
SC
M
R
X
D
BPR
X
D
SPO
2
R
X
D
L
E
D
BATT
LE
D NE
T
Z
SC
M
T
X
D
SPO
2
T
X
D
BPTX
D
HDQV
F
HDQ
LA
TC
H
LA
TC
H
.S
CH
DCI
N2+
DCI
N2-
DCI
N1+
DCI
N1-
LOA
DI
N
RP
M
IN
CS
A
DC/
D[
0.
.15]
SEL
AD
C
CONV
A
DC/
AD
C
AD
C.
SC
H
D[
0.
.15]
DCOUT
2
DCOUT
2_GND
CS
DA
C/
LOA
DOUT
DCOUT
1_GND
CS
DA
CA
/
CS
DA
CB
/
L
O
AD
PW
M
DC2QRS
/
DCOUT
1
QRS
OUT
DA
C
DA
C.
SCH
DCI
N1+
DCI
N1-
DCI
N2-
DCI
N2+
DCOUT
1
DCOUT
2
DCOUT
1_GND
DCOUT
2_GND
RP
M
IN
LOA
DI
N
LOA
DOUT
FU
SSIN
TM
D
O
W
N
TM
U
P
QRS
OUT
DC_CON DC_CON.
Sch
0V
115V
A
C
230V
A
C
U
BSW
ITC
H
MA
IN
PO
W
ER
M
A
IN
POW
ER
.S
CH
uPOFF/
ON
R
ES/
SD
NH/
LI
/B
D
OFFuP
ONOF
F
ONOF
F.
SCH
SD
DCDCPOW
ER
DCDCPOW
ER.
SCH
SD
POW
ER
24V
POW
ER
24V
.S
CH
LE
D NE
T
Z
MO
N
NH/
LI
/F
HDQ
LE
DB
L
E
D
BATT
BATT
BD
O
W
N
/
U
BSW
ITC
H
NH/LI/BD
AKKU
LA
DUNG
AKKU
LA
DUNG
.S
CH
R
406
100R
C
295
220P
R
407
100R
GND
R
408
100R
R
409
100R
C
297
220P
C
296
220P
GND
GND
R
403
100R
R
404
100R
C
293
220P
GND
1
2
3
4
5
6
7
8
9
10
P23A
W
A
NNE
-1
0
-2
+5.
2V
GND
R
411
100R
E
K
GOUT/
E
QS
M
D
IN
QS
M
D
IN
C
294
220P
GND
R
405
100R
PM
/E
EKG
IN
/E
E
K
G
CONV
/E
Q
S
M
/EKG
C
L
K/E
T
P302
T
P303
T
P304
T
P305
T
P306
T
P307
T
P308