PCl 10L/PCl 1 lL/PCl 12L/PCl 13L
PCl 10L/PCl 1 lL
PCl 12L/PCl 13L
Long Creepage
Dietance Type Photocou*r
M Lead feting ow II tj~] and bpi~ reel hp (P OWI are alw available. iWllW/RlllU~PCl 12U/PCl13U, PCllW/KlllLPO/PCl 12LW/PCl13LW) (Page 656)
x DIN YDE0884 approvti ow is alw available as an option
■ Features
■ outline Dimensions
1. Long creepage distance type (Creepage
2.
3.
4.
5.
6.
*1
distance : 8mm or more)*l
Internal insulation distance : 0.5mm or
more
Recognized by UL file No. E64380
Approved by VDE (DIN -VDE0884 ; No. 77292)
A p p r o v e s ~y D>l (B>413 fJfJYu, ES{ UUL (4L1)
Approved by SEMKO (No. 9303049)
Approved by EI (PCl 10: No. 099447-01
PCl 11: No. 099448-01
PCl 12: No. 099449-01
PCl 13: No. 099450-01)
Approved by DEMKO (No. 84859)
High collector-emitter voltage
(V,,. : 70V) : PCl 12L/PCl 13L
High isolation voltage between input and
output (vi.,) :5 Ooovrms)
Dual-in-line package
Allows pin-to-pin distance minus PWB land
space to be 8mm or more.
‘o
o
@
R
(Unit : mm)
x Internal
connection
diagram
@o@
Pcllo
,.
@@@
a
00’0
9.22+05
Ancde_ mark (Sunken place)
7.62 f03
x Kill. ~113 h a v e n o b a a e t e r m i n a l s . (6 : NC)
H APtions
1. Switching power supplies
2. Home appliances and OA equipment for
export to Europe
3. System appliances, measuring instruments
“In W abs?nce of cmfim!ation by &vice wficatim Awt?, %ARP takes no r3wsibilti h any d- hat cccur In equ!~nt using any of WAWS *VII%, M in catalfqs,
data ma, etc ~ntact WARP In tier to titi[n W late3t vanlon of W kvne wtition $eats ti USIW any WARPs devlw”
I
281
PCl 10L/FCl 1 lL/PCl 12 L/PCl 13L
■ Abaoluta Maximum Raws
(Ta=25°C )
Parameter
Forward current
*zPeak forward current
Rever* Voltage
Power dissipation
PCl 10 L/PCl 1 lL
Collector -emitter
Input
voltage
*5<nlrlari”m
+omn-Y.
Rating
Unit
IF
50
mA
1~~~
FTR
P
1
6
70
A
v
mW
35
70
6
35
VCE()
PCl12L/PCl13L
Emitter-collector voltsge
PC11OL
‘Collector .ba.se
voltage
PC112L
‘Emitter-base voltage FCl10LIPC112L
Collector current
PCllOL/PClll L
Collector power
dissipation
PCl 12L/Wl 13L
PCllOL/PClll L
Total power
dissipation
WI 12 L/PCl 13L
‘insolation voltage
Operating temperature
Storage temperature
output
Symbol
VECO
VLH()
v
v
70
6
50
150
VESO
IL
~,
160
170
Ptot
t,,r-
v
200
v
mA
mW
mW
v,.,,
Tup,
T,,g
5 000
–30 to +100
–55 to +125
Vrms
‘c
‘c
T,,,,
7.60
“r
*2 Pulse width S 100 ,us, Wty ratio= O 001
*3 Applies only to PCl 10L, PCl 12L.
M 40 to 60 °4RH, .4C for 1 minute
*5 For 1(1 seconds
■ Eleotro-optical Charact~
Input
output
Parameter
Forward voltage
Reverse current
Terminal capacitance
Collector dark current
PCl 10L/PCl 1 lL
Collector -emitter
brakedown voltage PCl 12 L/PCl 13L
Emitter-collector breakdown voltage
Collector -base
PC11OL
breakdo~vn voltage PC112L
Current
transfer ratio
PC11OL
PC1ll L
PCl 12 L/PCl 13L
Collector -emitter saturation voltage
Transfer Isolation resistance
Floating resistance
charac
teristics Cut-off frequencj
z Rise time WllOL/PClll L
.=
%
z
R
2
Fall time
PCllOL/PClllL
282
Wl12L/PCl13L
PCl 10L/PCl llL
(Ta=25°C)
Symbol
Conditions
I~=20mA
v,
IR
c,
ICE()
\TR=~\T
V= O, f=lkHz
VCF=20V, 1~=0, RBEYW
BVc~(j
Ic=().lmA, 1~=0
BVFC()
IH:=l O~A, IF=O
Bvcfu)
Ic=O.lmA, Ir=O
CTR
IF=5mA, ~; LE=5\T, RBF:~
MIN.
—
TYP,
1.2
MAX.
1.4
30
250
Unit
v
PA
pF
—
1(--7
A
—
—
—
—
v
—
–
35
70
6
35
70
10
—
—
50
so
10mA, VcF, =5mA, RBE=~
40
–
0.1
IF=20mA, Ic= lmA, R~~=m
–
5 x 101’) 1 x 1011
DC500V, 40 to 60%RH
—
\T=O, f=lMHz
0.6
\cFc5\, IL =2m4, RL= 100fl, -3dB
80
–
t,
t,
VCI; = 2V, IC = 2mA
R I =1OOQ
PCl12L/PCl13L
PCl 12L/PCl 13L
v
600
100
IF=
VLE(s,)
R[so
Cf
fc
v
—
4
—
4
3
3
400
%
320
0.2
–
1.0
—
v
a
pF
kHz
18
15
/s
PCllOL/PCl llL/PCl12L/PCl13L
Fig.2MPower~va.
Ambiant Temm-
Fig. 1 Fmard Currant va. Ambiant
Tamparature
60
120
50
100
80
70
\
60
40
!
20 -
0
30
0
25
50
75
100
125
0
–30
[(
~~ o
25
100
75
50
1
Ambient temwrature T. (“C)
.Amhient temperature T., (“C I
~ Powar bti vs.
Fig. 4 Powar mtion Va. Anlbiallt
Ambiant Tamperatura
PC112L
PC113L
I
\
PCl 10L
PC1ll L
\
Y
0
0
-30
n
25
5(1
75
100
30
125
()
Fig. 5 Paak Fatward ~ va. Duty
5000
50
100
75
m. 6 F-ad Cun’ant va. Fonuard Voltaga
500
z
g 2000
25
Anlbit,tlt temperature T , (“C)
Ambient temperature T , (“C)
I
)
1
I
200
5ot
I
100
50
20
10
L
.5
Y..
2
o
0.5
+’ i
1.0
15
20
~~
Forward i,oltage VF (V)
:10
3.5
PCllOL/PCl llL/PCl12L/FCl13L
~. 7-a Cum Tranefer Ra* ve. FOIW lard
Current (PC11OL, PClllL~
(x- only to Roc=~)
200 1
t
r
I ,, , I II
1
1
I 111111
Fig. 7-b Current Tranefar Ratio ve. Forward
C u r r e n t (PC112L, PC113L’)
lx~ ontv to Rnc=e)
100
180
g 160
%
-
140
01
10
1
0.1
100
Fig. 8-a ~ current Ve. ~60
.
~.
‘r,,
s
I
I
1
I
I
I
I
Current ve. ~-
voItaga
(WI 12L, PCl 13L)
30
25V
I
8-b ~
~
emittar voltage
(PC11OL, PC1llL)
t
U ,+E z n,
I
I
50
100
10
1
Forward current 1 F (m.\)
IF [mA)
Forward current
25
4
I
10
1
o
01234
5mA
0
36789
Ve.
Ve.
30
Ambient temperature T, (“C)
0
20
40
60
80
A m b i e n t ten]perature T., I ‘C )
100
PCllOL/PCl llL/PCl12L/FCl13L
Fm. 10-a ~-amittar Saturation
Vottaga vs. Ambiant Tampafatura
(PC11OL, FCll IL)
0.16
~.lo-b CoDacti-amittar Saturati
VoItaaa vs. Ambiant Tammturs
u 14
(1.14
() 12
().12
0.10
o Ill
() ox
II 08
().()6
006
u 04
0.04
002
0.02 [
)~
u
?()
30
10
60
80
I 0(1
(PCl 12L, PCl 13L)
().16
u
2(1
40
60
80
1 ()()
.\t>,bier?t tt,mpvraturv ‘1. (“V)
.imhlet]t ten]peraturc ‘r., (“C)
Fg.1 l-b ~ Da* currant vs.
Ambiant Tam~ra
Figml l-a ~ Dark Currant =
Ambiant Tam~ra
(PC11OL, PCl llL)
~>
.5
6
.i
5
,
5
[)
5
I (1
.5
.
11
3(}
u
20
JO
60
80
100
)\mbient tenlperature ‘r,, (’C )
Figml 2-a ~ Tii vs. Load Raaiatanca
(PCl 10L, PCl 1 lL)
load resistance RI. (k ~ )
load resistance RI (k Q )
285
PCllOL/PCl llL/PCl12L/FCl13L
Taat
circuit for
Reaponaa Tii
1
---’-
tie”’p”’
--,
PCl 11 L and PCl 13L have no base terminal
WI 1 lL and PCl 13L have no base terminal.
Fg.1 3-a Fraquancy ~
(PC11OL, PC1ll L)
(Ii
I
~
i 1(1 2( I
5(
I
Fw.1 3-b FraauancY
.- Raawnae
(PCi12L, FCl 13L)
11!1 ?(fl illl Ilxll
Fg.14-a ~ -arnittar 3aturation Vottaga
va. Forward Currant
(PCl 10L, PCll 11-I
Figml 4-b ~ -amittar 3alurati Voltaga
w F~rd ~
(PC112L, PC113L)
~
5
1
3
9
1
0
()
Forward
●
current IF (m.4)
Please refer to the chapter
286
02468
111
F o r w a r d currerlt I, (mA)
“Precautions for Use” (Page 78 to 93)
12
14