L6563S STMicroelectronics, L6563S Datasheet - Page 37

• Manufacturer Part Number: L6563S
• Description: IC PFC CTRLR TRANSITION 14SOIC
• Manufacturer: STMicroelectronics

Specifications of L6563S

• Mode: Discontinuous (Transition)
• Current - Startup: 90µA
• Voltage - Supply: 10.3 V ~ 22.5 V
• Operating Temperature: -40°C ~ 150°C
• Mounting Type: Surface Mount
• Package / Case: 14-SOIC
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Frequency - Switching: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

L6563S
Figure 53. EVL6563S-250W TM PFC demonstration board: electrical schematic
Figure 54. EVL6563S-400W FOT PFC demonstration board: electrical schematic
90 - 265Vac
C11
C11
2N2
2N2
C12
C12
1uF
1uF
J1
J1
1
2
R4
R4
2M2
2M2
R8
R8
2M2
2M2
R12
R12
2M2
2M2
RX1
RX1
0R0
0R0
R27
R27
56K
56K
R28
R28
1M0
1M0
R15
R15
51K
51K
C14
C14
220pF
220pF
8A/250V
8A/250V
R32
R32
620k
620k
F1
F1
C7
C7
68N
68N
Z1
Z1
PCB REV. 1
PCB REV. 1
+400Vdc
90-264Vac
R6
R6
2M2
2M2
R7
R7
2M2
2M2
R8
R8
2M2
2M2
R24
R24
36K
36K
C15
C15
2N2
2N2
J1
J1
2
1
R33
R33
620k
620k
R1
R1
1M5
1M5
C10
C10
680N
680N
R13
R13
100K
100K
C14
C14
1uF
1uF
C1
C1
470nF-X2
470nF-X2
C17
C17
10nF
10nF
1
2
3
4
5
6
7
F1
F1
FUSE 4A
FUSE 4A
CM-1.5mH-5A
CM-1.5mH-5A
C13
C13
100nF
100nF
470N-X2
470N-X2
R14
R14
56k
56k
INV
COMP
MULT
CS
VFF
TBO
PFC-OK
C1
C1
R34
R34
10k
10k
R9
R9
62K
62K
L1
L1
U1
U1
L6563S
L6563S
PWM-LATCH
PWM-STOP
R9
R9
680k
680k
LH30-792Y3R0-01
LH30-792Y3R0-01
R10
R10
27K
27K
C18
C18
1uF
1uF
C21
C21
10nF
10nF
GND
VCC
ZCD
RUN
JP2
JP2
WIRE JUMPER
WIRE JUMPER
GD
1
2
3
4
5
6
7
C2
C2
470nF-X2
470nF-X2
L1
L1
INV
COMP
MULT
CS
VFF
TBO
PFC-OK
R26
R26
56k
56k
14
13
12
11
10
9
8
R10
R10
680k
680k
R12
R12
82K
82K
1
1
R5
R5
150K
150K
R11
R11
150K
150K
J
J
JP101
JP101
JUMPER
JUMPER
JP102
JP102
JUMPER
JUMPER
U1
U1
L6563S
L6563S
J
J
P
P
C2
C2
1uF-X2
1uF-X2
P
P
X
X
L2
L2
RES
RES
PWM-LATCH
PWM-STOP
X
X
8
8
1
1
C8
C8
470N
470N
RX4
RX4
0R0
0R0
VCC
GND
ZCD
RUN
2
2
GD
R102
R102
0R0
0R0
R11
R11
680k
680k
R13
R13
15k
15k
R27
R27
1M0
1M0
~
~
~
~
14
13
12
11
10
9
8
C101
C101
4N7
4N7
D10XB60H
D10XB60H
D1
D1
C8
C8
RES
RES
R14
R14
100K
100K
C13
C13
2N2
2N2
_
_
+
+
J
J
RES
RES
C9
C9
P
P
C3
C3
680nF-X2
680nF-X2
X
X
C19
C19
2nF2
2nF2
1
1
0
0
Doc ID 16116 Rev 4
C11
C11
470nF/50V
470nF/50V
R28
R28
RES
RES
R29
R29
RES
RES
R30
R30
RES
RES
J
J
~
~
~
~
P
P
C9
C9
68uF-35V
68uF-35V
X
X
3
3
D15XB60
D15XB60
D2
D2
R32
R32
100R
100R
J3
J3
1
2
3
RES
RES
1.5uF-520V
1.5uF-520V
+
+
-
-
C4
C4
C12
C12
68uF/50V
68uF/50V
J
J
P
P
X
X
7
7
R31
R31
1k5
1k5
Q3
Q3
BC857C
BC857C
R31
R31
1K0
1K0
C4
C4
470nF-630V
470nF-630V
L3
L3
DM-51uH-6A
DM-51uH-6A
D6
D6
LL4148
LL4148
RX3
RX3
47R
47R
D7
D7
LL4148
LL4148
C16
C16
220pF
220pF
R16
R16
6R8
6R8
3
5
C15
C15
100pF
100pF
C6
C6
10N
10N
R18
R18
6R8
6R8
R16
R16
15K
15K
R30
R30
1K0
1K0
R19
R19
3R9
3R9
L2
L2
180uH
180uH
R17
R17
3R9
3R9
C5
C5
470nF-630V
470nF-630V
R29
R29
10R
10R
R15
R15
3K3
3K3
1
7
8
R2
R2
47R
47R
BZX55-C18
BZX55-C18
LL4148
LL4148
D6
D6
R101
R101
0R0
0R0
D5
D5
J
J
P
P
D2
D2
1N5406
1N5406
X
X
5
5
R20
R20
220R
220R
R3
R3
150K
150K
R4
R4
150K
150K
LL4148
LL4148
STTH5L06
STTH5L06
D4
D4
J3
J3
CON5
CON5
D4
D4
LL4148
LL4148
1
2
3
4
5
D3
D3
VCC
GND
PWM_STOP
PWM_LATCH
ON/OFF
8
5-6
R5
R5
47R
47R
D5
D5
BZX85-C15
BZX85-C15
1
R23
R23
0R22
0R22
C10
C10
18N
18N
L4
L4
PQ40-500uH
PQ40-500uH
C20
C20
330pF
330pF
Q2
Q2
R36
R36
3R9
3R9
R17
R17
6R8
6R8
R35
R35
3R9
3R9
R18
R18
6R8
6R8
Application examples and ideas
NTC 1R0-S237
NTC 1R0-S237
R24
R24
0R22
0R22
1
R1
R1
1-2
11
R19
R19
1K0
1K0
100uF - 450V
100uF - 450V
D7
D7
LL4148
LL4148
C5
C5
D8
D8
LL4148
LL4148
J
J
R7
R7
1M0
1M0
P
P
Q1
Q1
STF12NM50N
STF12NM50N
X
X
2
2
D1
D1
1N5406
1N5406
0R39-1W
0R39-1W
R20
R20
J
J
P
P
D3
D3
STTH8R06
STTH8R06
X
X
4
4
0R39-1W
0R39-1W
R21
R21
HS1
HS1
HEAT-SINK
HEAT-SINK
Q1
Q1
STP12NM50FP
STP12NM50FP
R3
R3
1M0
1M0
R6
R6
1M0
1M0
C6
C6
470nF-630V
470nF-630V
0R39-1W
0R39-1W
R22
R22
R21
R21
3M3
3M3
R25
R25
3M3
3M3
R26
R26
2M2
2M2
R2
R2
NTC 2R5-S237
NTC 2R5-S237
R33
R33
51K
51K
0R39-1W
0R39-1W
330uF-450V
330uF-450V
R23
R23
Q2
Q2
STP12NM50FP
STP12NM50FP
C7
C7
J
J
P
P
X
X
+400Vdc
6
6
+400Vout
1
2
3
4
5
J2
J2
1
2
3
4
5
+400Vout
J2
J2
+400Vdc
+400Vdc
+400Vdc
+400Vdc
NC
RTN
RTN
NC
RTN
RTN
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