DOWNLOAD Panasonic KX-TDA0155CE Service Manual ↓ Size: 1.75 MB | Pages: 55 in PDF or view online for FREE

Model
KX-TDA0155CE
Pages
55
Size
1.75 MB
Type
PDF
Document
Service Manual / Supplement
Brand
Device
PBX / 2-CHANNEL CELL STATION UNIT FOR DECT PORTABLE STATION
File
kx-tda0155ce.pdf
Date
PREV: Panasonic KX-TDA0144XJ / KX-TDA0144CE (serv.man6) Service Manual / Supplement

Panasonic KX-TDA0155CE Service Manual / Supplement ▷ View online

17
KX-TDA0155CE
6.3.2.
Input The Command Directly Menu
- Example of Operation - 
1. Click [test command] tag.
2. Input the command and parameter (if necessary) directly to the [command] box.
     (Don't set paramter to the [parameter] box. )
     (in case of test command "RFC")
18
KX-TDA0155CE
3. Click [send] button.
Maintenance Window is generated, and transmitted command and parameters are displayed.
Then receive data from TDA0155CE is displayed. 
note:
When you overwrite the command used last time and input a new command, it is no problem though parameter of old command
remains.
19
KX-TDA0155CE
7 Troubleshooting Guide
7.1.
Portable Station (PS) Cannot Register to Cell Station (CS) or PS Does
not Link CS.
3.
2V
2.1
V
1.6
V
IC
104 p
in36
PD
R
IC
104 p
in37
PD
R
H
IC
104 p
in35
PD
R
L
1.8
V
5.
25V
1.8
V
IC
100 p
in
 120
BBR
S
T
DC
DC
O
U
T
IC
105 p
in
 1
IC
101 p
in26
AC
S
0
IC
101 p
in28
RD
N
IC
101 p
in34
D
[10]
3.
2V
3.
2V
3.
2V
3.
2V
3.
2V
3.
2V
IC
104 p
in
2
CS
_
E
CO
IC
104 p
in
3
RD
N
IC
104 p
in64
D[
0
]
3..
2V
3..
2V
3..
2V
IC
102 p
in
6
AC
S
1
IC
102 p
in41
RD
N
IC
102 p
in
8
D[
1
]
1
2
C
heck
 C
S
 s
ta
tus
 b
y
 L
E
D
G
R
EEN
 O
N
 R
e
d
 F
la
s
hi
ng
C
heck
 C
S
 s
ta
tus
 "I
N
S
" b
y
 P
C
 p
ro
g
ra
m
m
ing
.
C
h
eck
 ca
b
lin
g
 b
e
tw
een C
S
 a
n
d
 E
x
te
nt
io
n
Ca
rd
Re
pl
a
c
e
 c
a
bl
e
C
heck
 G
A
_C
L
K
(16.
384M
H
z
).
S
e
t a
 r
a
ng
e t
o
 16.
384 M
H
z
  
  
 2 k
H
z
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t X
101,
 R
205
R
206,
 C
2
05,
 C
206.
Re
p
la
ce X
101 i
f s
o
ld
er
in
g
 is
 O
K
.
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t X
100,
 C
4
27
Re
p
la
ce X
100 i
f s
o
ld
er
in
g
 is
 O
K
.
C
heck
 S
C
L
K
-BB(10.
368M
H
z
).
Se
t a
 r
a
n
g
e t
o
 10.
368 M
H
z
  
  
 10 H
z
C
heck
 BB_R
S
T
N
 (p
in
 120 o
f I
C
100).
C
h
eck
 s
o
ld
er
 co
nd
iti
o
n a
b
o
u
t I
C
105,
 R
404,
C
4
10,
 C
400,
 Q
4
00,
 Q
401,
 R
400,
 R
4
03.
R
e
p
la
c
e I
C
105 i
f s
o
ld
er
in
g
 i
s
 O
K
.
Su
p
p
ly
 t
h
e
 p
o
w
e
r 
fr
o
m
 AC 
a
d
a
p
to
r and Power Supply Adaptor. Refer to 6.2. Initial Setting.
Set DIP switch pin 5 from OFF to On.
C
heck
 V
e
rs
io
n b
y
 s
e
rv
ice J
IG
 ca
b
le.
If
 OK
, BBI
C
(I
C
100) i
s
 OK
..
(Refer t
o
 Se
c
ti
o
n
 9
.1
.3
.)
C
heck
 v
o
lt
a
g
e p
in 6 7-10 13-16 29-32 
35-
38 41 o
f I
C
102 (A
C
S
1 R
D
N
 D
0
-15 )
C
h
eck
 v
o
lt
a
g
e p
in 2 3 57-64 o
f I
C
104.
(CS
_
E
CO
 R
D
N
 D
0
-7
)
Set all DIP switches OFF.
C
o
nnect
 t
o
 P
B
X
.
C
heck
 v
o
lt
a
g
e p
in 35,
37o
f I
C
104
(PD
R
L
,PV
R
H
)
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t R
238,
 R
2
39
R
240
, C2
1
3
, C
214.
C
heck
 v
o
lt
a
g
e p
in 36 o
f I
C
104 (P
D
R
)
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t T
101,
 R
230
R
231
, R
232.
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
100,
 
R
422,
 R
423.
R
e
p
la
c
e I
C
100 i
f s
o
ld
er
in
g
 i
s
 O
K
.
C
h
eck
 s
o
ld
er
 co
nd
iti
o
n a
b
o
u
t I
C
102,
 R
7
43.
R
e
p
la
c
e I
C
102 i
f s
o
ld
er
in
g
 i
s
 O
K
.
C
h
eck
 s
o
ld
er
 co
nd
iti
o
n a
b
o
u
t I
C
104,
 R
2
34.
R
e
p
la
c
e I
C
104 i
f s
o
ld
er
in
g
 i
s
 O
K
.
C
h
a
n
g
e
 C
S
 s
ta
tus
 t
o
 "I
N
S
" b
y
 P
C
Pro
g
ram
in
g
C
o
nnect
 C
S
 t
o
 P
B
X
C
h
eck
 V
o
lt
a
g
e o
f T
ra
n
g
is
to
r(Q
450) Ba
s
e
  
is
is
 3.
2V
C
h
eck
 V
o
lt
a
g
e o
f T
ra
n
g
is
to
r(Q
451) Ba
s
e
 
is 0
V
C
h
eck
 C
a
th
o
d
e o
f L
E
D
(D
451) i
s
  0V
C
h
eck
 C
a
th
o
d
e o
f L
E
D
(D
453) i
s
  3.
2V
J
u
m
p
 t
o
 fl
ow
cha
rt
 of 
"C
h
e
c
k
 D
C
 vo
lt
ag
e
"
J
u
m
p
 t
o
 fl
ow
cha
rt
 of 
"Ch
e
c
k
 D
C
 v
o
lt
a
g
e"
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t p
in 90 o
f
IC
103,
 R
441
.
Re
p
lac
e
 I
C
1
0
3
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
h
eck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t p
in 91 o
f
IC
1
0
3
, R
446.
Re
p
lac
e
 I
C
1
0
3
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
h
e
c
k
 s
o
ld
e
r c
o
n
d
itio
n
 ab
o
u
t D
4
5
1
, R
4
4
3
,
R
445,
 D
4
50 a
n
d
 Q
450.
R
e
p
lac
e
 Q
4
5
0
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
h
e
c
k
 s
o
ld
e
r c
o
n
d
itio
n
 ab
o
u
t D
4
5
3
, R
4
4
8
,
R
450,
 D
4
52 a
n
d
 Q
451.
R
e
p
lac
e
 Q
4
5
1
 if
 s
o
ld
e
rin
g
 is
 O
K
.
Su
p
p
ly
 t
h
e
 p
o
w
e
r f
ro
m
 AC a
d
a
p
to
r 
and 
Power Supply Adaptor. 
Refer to 6.2. Initial Setting.
Set DIP switch pin 5 from OFF to On.
C
h
eck
 v
o
lt
a
g
e p
in 26,
 28 o
f I
C
101.
(AC
S
0
, RD
N
, D0
-1
5
)
F
ig.
1
 Reset signal (st
a
rt
 u
p
)
F
ig.
 PB
X
 r
e
c
e
iv
e
 si
gn
a
l (1)
F
ig
. I
C
101(
F
-R
O
M
) a
cces
s
F
ig
. I
C
102(
S
R
A
M
) a
cces
s
F
ig.
 I
C
1
0
4
(GIA) a
c
c
e
s
s
 Re
d O
N
 OFF
 "INS"
 "OUS"
 OK
 NG
 NG
OK
OK
OK
OK
OK
OK
OK
OK
OK
 OK
 OK
 OK
 OK
OK
OK
OK
NG
NG
NG
NG
NG
NG
NG
NG
NG
NG
NG
NG
 NG
 NG
20
KX-TDA0155CE
3.
2V
3.
2V
3.
2V
IC
103 p
in21
AC
S
2
IC
103 p
in19
RD
N
IC
103 p
in42
D[
3
]
D3
R
2
V
P
A
_
V
3.
3V
R
F
2R
5V
5.
25V
3.3V
2.5
V
3.
2V
DC
DC
O
U
T
1.8
V
1.
5V
D1
R
8
V
D1
R
5
V
40V
5.
25V
DC
DC
IN
DC
DC
O
U
T
40V
IC
203 p
in
2
IC
203 p
in
7
3.
2V
T
101 p
in
2
PD
R
3.
2V
3.
2V
IC
104 p
in39
PD
X
1
IC
104 p
in38
PD
X
0
3.
2V
3..
2V
3..
2V
3.
2V
IC
104 p
in26
HW
_F
H
IC
104 p
in25
HW
_C
L
K
IC
104 p
in20
HW
_UP
IC
104 p
in21
HW
_D
N
3.
2V
IC
103 p
in
7
1
PS
Y
N
C
C
heck
 v
o
lt
a
g
e p
in 19 21 35 36 40-45 o
f
IC
103.
 (
R
D
N
 A
C
S
2
 D
0-7
)
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
101.
Re
p
la
ce I
C
101 i
f s
o
ld
er
in
g
 is
 O
K
.
C
heck
 v
o
lt
a
g
e p
in 20,
21,
25,
26 o
f I
C
104
(HW
_UP
 HW
_D
N
 HW
_C
L
K
 HW
_F
H
)
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t R
201,
 R
202,
R
203,
 R
2
04,
 C
2
00,
 C
201,
 C
2
02,
 C
203,
Q
200.
C
heck
 v
o
lt
a
g
e p
in 38,
39 o
f I
C
104
(PD
X
0
,PD
X
1
)
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
104.
Re
p
la
ce I
C
104 i
f s
o
ld
in
g
 is
 O
K
.
C
heck
 v
o
lt
a
g
e p
in 2 o
f T
101 (P
D
R
)
C
heck
 s
o
ld
er
 co
nd
iti
o
n a
b
o
u
t a
ro
u
nd
 p
a
rt
s
a
n
d
 I
C
104,
 R
1
51 R
254,
 R
2
94.
R
e
p
la
ce I
C
104 i
f s
o
ld
in
g
 i
s
 O
K
.
C
heck
 P
S
Y
N
C
 p
in71 o
f I
C
103
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
103,
 
R
490,
 R
830.
 R
e
p
lac
e
 I
C
1
0
3
 if
 s
o
ld
in
g
 is
 O
K
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
101.
Re
p
la
ce I
C
101 i
f s
o
ld
in
g
 is
 O
K
.
W
hen r
e
p
la
c
in
g
 I
C
101,
the 9.
1.
4.
2.
 C
S
ID
 I
n
fo
rm
a
ti
o
n W
ri
ti
n
g
, t
he 9.
2.
3.
 A
d
ju
s
tm
ent
 fo
r 1.
8V
,
the 9.
2.
4.
 A
d
ju
s
tm
ent
 fo
r R
F
 C
lo
c
k
, t
h
e 9.
3.
3
. A
d
ju
s
tm
e
nt
 fo
r R
S
S
I a
n
d
 9.
3.
4
. A
d
ju
s
tm
e
nt
 fo
r
M
o
du
la
ti
o
n
 a
re
 r
e
qu
ir
e
d
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
103,
R
2
84
, R
2
85.
R
e
p
lac
e
 I
C
1
0
3
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
heck
 D
C
D
C
IN
 
( p
in8 o
f I
C
203 )
C
heck
 v
o
lt
a
g
e p
in 2,
 7 o
f I
C
203
C
heck
 D
C
D
C
O
U
T
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t C
N
100,
T101
,L1
0
1
,L1
0
2
,D1
0
2
C
heck
 D
1
R
8
V
C
heck
 D
1
R
5
V
C
heck
 RF2R5V
C
heck
 PAV3.3V
C
heck
 D
3
R
2
V
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
203
,
C
305,
C
306,
R
3
15,
D
301,
R
3
03,
R
3
04,
Q
3
0
2
Re
p
la
ce I
C
 203 i
f s
o
ld
er
in
g
 is
 O
K
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
202
, 
R3
01,R555,R556,C634,C636.
R
e
p
lac
e
 I
C
2
0
2
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t D
3
03,
L
302
,
R
3
11
,R
312.
Re
p
la
ce D
3
03
,L
3
02 i
f s
o
ld
er
in
g
 is
 O
K
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t Q
3
20
,R
330
,
D320,R320.
R
e
p
la
ce Q
320 i
f s
o
ld
er
in
g
 i
s
 O
K
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t Q
3
21
,R
331
R
3
3
2,R
3
3
4,C323,D321,R321.
Re
p
la
ce Q
321 i
f s
o
ld
er
in
g
 is
 O
K
.
C
h
eck
 s
o
ld
er
 co
nd
iti
o
n a
b
o
u
t I
C
200
,R
345,
R
8
33,
C
3
30.
R
e
p
lac
e
 I
C
2
0
0
 if
 s
o
ld
e
rin
g
 is
 O
K
.
C
heck
 s
o
ld
er
 co
nd
it
io
n a
b
o
u
t I
C
201
, 
R3
0
0
,C612,C615.
R
e
p
lac
e
 I
C
2
0
1
 if
 s
o
ld
e
rin
g
 is
 O
K
.
Check DC voltage
( DC
DC
O
U
T
, D3
R
2
V
, D1
R
8
V
,
  D
1
R
5
V
, PAV3.3V
, RF2R5V 
)
ou
t of F
low
c
h
a
rt
F
ig.
 PB
X
 r
e
c
e
iv
e
 si
gn
a
l (2
)
F
ig.
 PB
X
 r
e
c
e
iv
e
 si
gn
a
l (3
)
F
ig.
 H
igh
w
a
y
 si
gna
l
F
ig
. S
y
n
c
h
ron
ou
s
 s
ig
n
a
l
F
ig
. I
C
103(
F
P
G
A
) a
c
ces
s
Fi
g
. D
C
 vo
lt
ag
e
(s
tar
t u
p
)
F
ig.
 D
C
 v
o
lt
a
g
e
(st
a
rt
 u
p
)
Fi
g
. D
C
 vo
lt
ag
e
(s
tar
t u
p
)
F
ig
. DC
DC
IC
 c
h
e
c
k
W
hen r
e
p
la
c
in
g
 I
C
101,
the 9.
1.
4.
2.
 C
S
ID
 I
n
fo
rm
a
ti
o
n W
ri
ti
n
g
, t
h
e 9.
2.
3.
 A
d
ju
s
tm
e
nt
 fo
r 1.
8V
,
the 9.
2.
4.
 A
d
ju
s
tm
e
nt
 fo
r R
F
 C
lo
c
k
, t
he 9.
3.
3
. A
d
ju
s
tm
ent
 fo
r R
S
S
I a
n
d
 9.
3.
4
. A
d
ju
s
tm
ent
 fo
r
M
o
du
la
ti
o
n
 a
re
 r
e
qu
ir
e
d
.
Make sure to set all DIP switches OFF after measurement.
1
2
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
 NG
OK
OK
OK
OK
OK
OK
OK
OK
OK
OK
OK
OK
OK
P
o
w
er is supplied b
y
 the A
C
 adaptor and each v
oltage can 
be chec
k
ed with a tester
. When using the A
C
 adaptor
, 
the maxim
um v
o
ltage of IC203 pin8 (DCDCIN) and pin 7 is 
the same as the v
oltage output of the A
C
 adaptor
.
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