PC928 Datasheet PC928 | P4-P6

■ Electro-optical Characteristics

Parameter Symbol MIN. TYP. MAX. Unit

Input

Forward voltage

T

a

=25˚C, I

F

=0.2mA

Reverse current

Terminal capacitance T

a

=25˚C, V=0, f=1kHz

Output

Supply voltage

T

a

=−10 to +60˚C

−

O

1

Low level output voltage

O

2

High level output voltage

O

2

Low level output voltage

O

1

leak current

High level supply current

Low level supply current

T

a

=25˚C, V

CC

=V

O1

=24V, I

F

=0

V

CC

=V

O1

=24V, I

F

=0

V

µA

pF

V

µA

mA

T

a

=25˚C, I

F

=20mA

T

a

=25˚C, V

R

=4V

T

a

=25˚C, V

CC

=24V, I

F

=10mA

V

CC

=V

O1

=24V, I

F

=10mA

−

15

−

20

−

0.6 −

10

250

30

24

0.4

2.0

500

17

19

18

20

1.4

Conditions

V

F1

V

F2

I

R

C

t

V

CC

V

O1L

V

O2H

V

O2L

I

O1L

I

CCH

I

CCL

V

CC1

=12V, V

CC2

=−12V, I

O1

=0.1A, I

F

=10mA

V

CC

=V

O1

=24V, I

O2

=−0.1A, I

F

=10mA

V

CC

=24V, I

O2

=0.1A, I

F

=0

T

a

=25˚C, V

CC

=V

O1

=35V, I

F

=0

*8

*9

−

30

−

22

V

V−

0.2

1.2

−

10

−

11

−

1.2

0.9

(unless otherwise specified T

a

=T

opr

)

*8 It shall connect a by-pass capacitor of 0.01 µF or more between V

CC

(pin 13 ) and GND (pin, 10 , 14) near the device, when it measures the transfer characteristics and the

output side characteristics.

*9 FS=OPEN, V

C

=0

■ Absolute Maximum Ratings

*1 The derating factors of a absolute maximum ratings due to ambient temperature

are shown in Fig.15

*2 T

a

=25˚C

*3 Pulse width≤0.15µs, Duty ratio : 0.01

*4.5 The derating factors of a absolute maximum ratings due to ambient temperature

are shown in Fig.16

*6 AC for 1minute, 40 to 60%RH, T

a

=25˚C, f=60Hz

*7 For 10s

Parameter Symbol Rating Unit

I

F

25 mA

A

V

R

6V

V

I

O1

0.1

0.4

35

500

V

CC

30

V

CC

20

0.1

A

V

mW

V

mA

V

mA

A

I

O1P

I

O2P

V

O1

P

O

V

C

I

C

V

FS

I

FS

I

O2

V

CC

V

iso (rms)

kV

Operating temperature

Total power dissipation

T

opr

P

tot

−55 to +125

−25 to +80

550

35

0.4

˚C

mW

Storage temperature

Isolation voltage

T

stg

*6

*7

*5

Soldering temperature T

sol

260

4.0

˚C

(unless otherwise specified T

a

=T

opr

)

Input

Forward current

Reverse voltage

Output

Supply voltage

O

1

output current

O

2

output current

O

1

output voltage

Power dissipation

Overcurrent detection voltage

Overcurrent detection current

Error signal output voltage

Error signal output current

O

1

peak output current

*3

*1

*2

*4

O

2

peak output current

4

PC928 Series

Sheet No.: D2-A06202EN

5

PC928 Series

Parameter Symbol MIN. TYP. MAX. Unit

Transfer characteristicsProtection outputError signal output

Overcurrent

detection

T

a

=25˚C, V

CC

=

V

O1

=

24V, FS=OPEN, V

C

=0

V

CC

=V

O1

=24V, FS=OPEN, VC=0

Isolation resistance

Rise time

Fall time

Overcurrent detection voltage

Overcurrent detection

voltage hysteresis width

O

2

"High→Low" propagation delay

time at overcurrent protection

O

2

"High→Low" output voltage

at overcurrent protection

Error signal "High→Low"

propagation delay time

Error signal output pulse width

O

2

Fall time at overcurrent protection

Low level error signal voltage

High level error signal current

Instantaneous common mode

rejection voltage

(High level output)

Instantaneous common mode

rejection voltage

(Low level output)

mA

Ω

µs

kV/µs

V

µs

V

µA

µs

"

Low

→

High

"

input threshold current

T

a

=25˚C,

V

CC

=V

O1

=24V, I

F

=10mA,

R

G

=47Ω, C

G

=3 000pF

FS=OPEN, V

C

=0

T

a

=25˚C, V

CM

=600V(p-p)

I

F

=10mA, V

CC

=V

O1

=24V,

∆V

O2H

=2.0V, FS=OPEN, V

C

=0

T

a

=25˚C, V

CM

=600V(p-p)

I

F

=0, V

CC

=V

O1

=24V,

∆V

O2L

=2.0V, FS=OPEN, V

C

=0

T

a

=25˚C

V

CC

=V

O1

=24V

I

F

=10mA, R

G

=47Ω

C

G

=3 000pF, FS=OPEN

T

a

=25˚C, I

F

=10mA

V

CC

=V

O1

=24V

I

FS

=10mA, R

G

=47Ω

C

G

=3 000pF, C=OPEN

T

a

=25˚C

V

CC

=V

O1

=24V, I

F

=10mA

V

FS

=24V, R

G

=47Ω

C

G

=3 000pF, V

C

=0

T

a

=25˚C, V

CC

=V

O1

=24V

I

F

=10mA, R

FS

=1.8kΩ

R

G

=47Ω, R

C

=1kΩ

C

G

=3 000pF, C

P

=1 000pF

T

a

=25˚C

V

CC

=V

O1

=24V

I

F

=10mA,

R

G

=47Ω, C

G

=3 000pF,

R

C

=1kΩ, C

P

=1 000pF

FS=OPEN

5×10

10

−

−1.5

1.5

V

CC

−6.5

1

2

−

20

−

1.0

0.6

−

0.5

−

V

CC

−5.5

3

10

−

2

0.4

100

5

−

7.0

10

2.0

Conditions

"Low→High" propagation delay time

"High→Low" propagation delay time

Response time

I

FLH

R

ISO

t

PLH

t

PHL

t

r

t

f

CM

L

V

CTH

V

CHIS

t

PCOHL

t

PCOtf

V

OE

V

FSL

I

FSH

t

PCFHL

∆t

FS

CM

H

T

a

=25˚C, DC=500V, 40 to 60%RH

−

10

11

0.2

4.0

1.0

−

V

CC

−6

2

4

5

−

0.2

−

1

35

*11

*12

(unless otherwise specified T

a

=T

opr

)

*10

It shall connect a by-pass capacitor of 0.01 µF or more between V

CC

(pin

13 )

and GND (pin

10

,

14

) near the device, when it measures the device, when it measures the

overcurrent characteristics, Protection output characteristics, and Error signal output characteristics.

*11 I

FLH

represents forward current when output goes from "Low" to "High"

*12 V

CTH

is the value of C (pin 9 ) voltage when output becomes from "High" to "Low"

Sheet No.: D2-A06202EN

■ Model Line-up

PC928 PC928Y

−−−−−− Approved

Lead Form

Package

Model No.

VDE0884

PC928P PC928PY

−−−−−− Approved

Taping

SMT Gullwing

1 000pcs/reel

Sleeve

50pcs/sleeve

6

Please contact a local SHARP sales representative to inquire about production status and Lead-Free options.

PC928 Series

Sheet No.: D2-A06202EN

PC928

PC928

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