.
PREPARED BY:
DATE
SPEC No.
ED-93033
April
9, 1993
DIVISION
DJV
COMPONENTS DIV.
I-), Ti&Grr~A
APPROVED
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BY:
,., f ,I..
qp-; I 9 1993
DATE
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SHARI=
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ELECTRONIC
SHARP CORPORATION
FILE No.
~~
ISSUE
PAGE
--
COMPONENTS CROUP
12 Pages
REPRESENTATIVE
q
PHOTOVOLTAICS DIV.
q
OPTO-ELECTRONIC
DEVICES
n
ELECTRONIC
1
SPECIFICATION
10
w
’
DEVICE
SPECIFICATION
FOR
PHOTOCOUPLER
hiODEL
No.
1.
This
specification
sheets include
the contents
under the copyright
of
Please keep them with reasonable
care as
sharp
Corporation
(“Sharp”).
important
information.
Please don’t reproduce
or cause anyone reproduce
:hem \;i’thout
Sharp’s
consent.
mentioned
below
for
actual
use of this
device.
Dlease
(1)
This
Main
obey the instructions
2.
device is designed
for general
electronic
uses of this device are as follows;
.
equipment.
(Terminal)
- Computer
* OA equipment
-Telecommunication
equipment
* AV equipment
- Measuring
equipment
-Tooling
machine
etc.
C- Home appliance,
(Zj
Please take proper
steps in order to maintain
reliability
in case this device is used for the uses mentioned
below
high reliability.
-Unit concerning
control
and safety of a vehicle
automobile
etc.)
* Gas leak detection
breaker
*Other safety
i -Fire
box and burglar
alarm box
(2)
Please don’t use for the uses mentioned
extremely
high reliability
Telecommunication
Medical
element),
etc.
below
equipment
equipment
1
I
and safety,
which require
(air plane,
train,
- Traffic
signal
equipment,
etc..
which
require
(Trunk)
(relating
to any fatal
1
0 CLJSTG:6RR’S
APPROVAL
DATE
BY
T. Matsumura,
Department General Manager of
Engineering
Dept.,
TI
Opto-Electronic
Devices Div.
ELECOMGroup
SHARP CORPORATION
MODEL
No.
PACE
PC3Q67
1
i.
Application
This specification
photocoupler
Model
applies
to the outline
No. PC3Q67.
and characteristics
of
2.
Outline
Refer
to the attached
and characteristics
maximum
ratings
Ta=25"C
Parameter
--------_
Forward current
Peak forward
Reverse
voltage
current
/
Symbol
IF
Im
"R
P
voltage
voltage
"CEO
VECO
Ic
/2..--
*l
Total
power dissipation
I
i'
i
Ptot
Topr
Tstg
Operating
temperature
___-
Storage temperature
-__-_-_--______
Isolation
voltage
-_~.---
Soldering
temperature
---
___. --__
)
i
j
!
!
1
I
1
j
1
f
,
1
Rating
50
1
6
70
35
6
50
150
170
-30 % +lOO
-40 'L +125
/
I
Unit
mA
A
V
mW
"
i
,
drawing
No. CY5890K02.
3.
Ratings
3.1
Absolute
*1
*2
iInput
/
; *1
/
!
Power dissipation
Collector-emitter
I
ioutput
!
!
1
Emitter-collector
Collector
*l
Collector
current
power dissipation
(
"1
1
I *
1
mW
j
I
i LUW '
!
OC
*3
*4
*1
*2
*3
*4
The derating
temperature
Pulse
AC for
width
lmin.,
factors
of absolute
maximum
are shown in Fig. 1 'L 4.
< lOOus,
Duty ratio
: 0.001
rating
(Refer
due to ambient
to Fig.
5)
40 ,-I, 60%RH, f=60Hz
For 10 s
MODEL
hb.
PC3Q67
PACE
2
l
3.2
Electra-optical
characteristics
Ta=25"C
----T-----
Symbol
MIN.
I
VF
-
,
I TYP.
i 1.2
1
!
MAX.
1.4
'
10
Unit
Conditions
-1
Input
Parameter
----.---+---
Forward voltage
Reverse current
Terminal
capacitance
v ?F=20mA
I
1 pA ‘VR=4V
f
/
1
ICE0
/
-
/
-
I 250
Dark current
output
I
100
i
I
I
I
'V=O, f=lkHz
i
pF I
I
ti /vCE=20v, IF'0 1
!
Collector-emitter
breakdown voltage
i
I
Emitter-collector
brakdown voltage
Collector
current
Transfer
charac-
terostocs
Collector-emitter
saturation
voltage
-------
Isolation
resistance
Response time (Rise)
r
/
tr
I
tf
j-
,
14
18
3
1 US jVCE=2V
I
L
Response time (Fall)
/
-
18
'Ic=2mA
ps RL=lOOQ
j
4.
Reliability
Refer
to the attached
sheet,
Page 7.
5.
Incoming
Refer
inspection
to the
attached
sheet,
Page 8.
6.
Supplements
6.1
( 1)
(2)
(3)
Isolation
voltape
shall
be measured
in the
following
method.
side and
side.
circuit
shall
Short between anode and cathode on the primary
between collector
and Emitter
on the secondary
The dielectric
be used.
withstand
tester
with
zero-cross
The waveform of applied
(It is recommended
that
in insulation
oil)
(1)
(2)
(3)
This
This
This
product
product
product
specifications
to the
attached
voltage
shall
the isolation
be a sine wave.
voltage
be measured
6.2
is not designed
is assembled
incorporates
with
as radiation
electrical
light
hardened.
input
and output.
diode.
non coherent
emitting
6.3
Package
Refer
sheet,
Page 9 to 11.
6.4
uL : Under
preparation
MODEL No.
PC3Q67
PAGE
4
7.
Notes
7.1
For cleaning
* Cleaning
(1)
(2)
Solvent
Ultrason
conditions:
cleaning:
ic
c 1 eaning:
Solvent
temperature
45°C or less
Immersion
3 min. or less
Affection
to device by ultrasonic
cleaning
has
different
affection
by cleaning
bath size,
ultrasonic
power output,
cleaning
time,
PWB size
If user
or device mounting
condition
etc.
carries
out ultrasonic
cleaning,
user should
select
fit condition
that doesn't
occur defect.
be Carrie
Ethyl
Freon
out with
solvent
below.
Isopropyl
S3-E
alcohol
* The cleaning
Solvent:
shall
alcohol,
Methyl
alcohol,
TE.TF, Daiflon-solvent
Please refrain
from using Chloro Fluoro Carbon type solvent
to clean
devices as much as possible
since it is restricted
to protert
the
ozonosphere.
Before you use alternative
solvent
you are requested
to confirm
that it does not damage package resin.
7.2
On mounting
In mounting
this device,
please perform
soldering
reflow
satisfied
with the conditions
indicated
in page 12. And please pay attention
not to occur the temperature
rising
of the package sectionally.
8.
Others
Any doubt as to this specification
shall
be determined
upon mutual consultation
of the both parties.
in good faith
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