Specifications
PL 3120/PL 3150/PL 3170 Power Line Smart Transceiver Data Book 159
Figure 5.3 C-band Capacitor-Input Power Supply Schematic
Line
Voltage
(VAC)
Line
Frequency
(Hz)
Application
& I/O Current
(mA)
C201
(uF/VDC)
120 60 5 2.7/250
120 60 25 3.3/250
230 50 5 1.8/400
VA
min.
0.75cm
U201
LM78L05
3
2
1
VI
GND
VO
D1
LED
YEL
21
1.5cm
Note: To meet conducted emissions regulations, L102 and L201 must be oriented
orthogonally (e.g., L102 radial and L201 axial lying down) AND spatially separated with at
least a 0.75cm air gap between the inductor bodies (alternatively, any relative orientation
and at least 1.5cm spacing may be used).
+
C202
3300uF
20%
16V
<0.3 OHM @100kHZ
12
15V
L102
15uH
1 2
L102
min.
10%
Metal Film
1 2
C101A
0.15uF
1 2
L202 is needed for
240V AC operation only.
Coupling Circuit (See Chapter 4, Example 7 for details.)
-+
D203
>=0.8A
1
3
2
4
L102
C102
1uF
1 2
AC
Lin
e
L202
150uH
10%
>270mA
1 2
C101B
0.15uF
1 2
D102
2 1
min.
J2
1
SVC-
L201
VDD5
R101
1M
1 2
AC2
L201
VA
VDD5
D101
2 1
L103
820uH
12
C201 (see below)
RXCOMP
-+
D201
>=0.8A
600V
1
3
2
4
D202
1N5350B
13V
5W
2 1
NEU
Power Supply
VDD5
L101
1mH
12
TXOUT
PSA
RV101
12
PL 3120/ PL 3170
Reference Design
(See Appendix A)
SVC-
VDD5
VA
TXOUT
RXIN
RXCOMP
GND
NEU
LINE
RXIN
0.75cm
AC1
S1
SERVICE
12
L201
470uH
10%
>350mA
1 2
J1
LINE
1
R1
1K
5%
12
L201
L102
VA
Note: Diode bridge D203 is used to compensate for the positive temperature
coefficient of the Zener diode D202. It functions the same as two forward-biased
diodes in series, but does so with only one package. D202 and D203 must
have tight thermal coupling for the compensation to work effectively. Locate
the two diodes close together and place a copper pad that connects to
the "PSA" net under both devices.
Line
Voltage
(VAC)
Line
Frequency
(Hz)
Application
& I/O Current
(mA)
C201
(uF/VDC)
120 60 5 2.7/250
120 60 25 3.3/250
230 50 5 1.8/400
VA
min.
0.75cm
U201
LM78L05
3
2
1
VI
GND
VO
D1
LED
YEL
21
1.5cm
Note: To meet conducted emissions regulations, L102 and L201 must be oriented
orthogonally (e.g., L102 radial and L201 axial lying down) AND spatially separated with at
least a 0.75cm air gap between the inductor bodies (alternatively, any relative orientation
and at least 1.5cm spacing may be used).
+
C202
3300uF
20%
16V
<0.3 OHM @100kHZ
12
15V
L102
15uH
1 2
L102
min.
10%
Metal Film
1 2
C101A
0.15uF
1 2
L202 is needed for
240V AC operation only.
Coupling Circuit (See Chapter 4, Example 7 for details.)
-+
D203
>=0.8A
1
3
2
4
L102
C102
1uF
1 2
AC
Lin
e
L202
150uH
10%
>270mA
1 2
C101B
0.15uF
1 2
D102
2 1
min.
J2
1
SVC-
L201
VDD5
R101
1M
1 2
AC2
L201
VA
VDD5
D101
2 1
L103
820uH
12
C201 (see below)
RXCOMP
-+
D201
>=0.8A
600V
1
3
2
4
D202
1N5350B
13V
5W
2 1
NEU
Power Supply
VDD5
L101
1mH
12
TXOUT
PSA
RV101
12
PL 3120/ PL 3170
Reference Design
(See Appendix A)
SVC-
VDD5
VA
TXOUT
RXIN
RXCOMP
GND
NEU
LINE
RXIN
0.75cm
AC1
S1
SERVICE
12
L201
470uH
10%
>350mA
1 2
J1
LINE
1
R1
1K
5%
12
L201
L102
VA
Note: Diode bridge D203 is used to compensate for the positive temperature
coefficient of the Zener diode D202. It functions the same as two forward-biased
diodes in series, but does so with only one package. D202 and D203 must
have tight thermal coupling for the compensation to work effectively. Locate
the two diodes close together and place a copper pad that connects to
the "PSA" net under both devices.