CALIFORNIA MICRO DEVICES

©2000 California Micro Devices Corp. All rights reserved.

3/00

215 Topaz Street, Milpitas, California 95035

Tel: (408) 263-3214

Fax: (408) 263-7846

www.calmicro.com

PRN299

2

S

G

N

I

T

A

R

M

U

M

I

X

A

M

E

T

U

L

O

S

B

A

r

e

t

e

m

a

r

a

Pg

n

i

t

a

Rt

i

n

U

C

V

,

2

C

C

V

,

3

C

C

V

&

4

C

C

e

g

a

tl

o

v

y

l

p

p

u

s0

.

6

+

,

5

.

0

-

D

N

GV

t

n

e

r

r

u

c

d

r

a

w

r

o

f

1

D

e

d

o

i

D0

0

1A

u

:

s

t

u

p

n

i

t

a

e

g

a

tl

o

v

C

D

V

3

_

O

E

D

I

V

,

2

_

O

E

D

I

V

,

1

_

O

E

D

I

VV

,

5

.

0

-

D

N

G

1

C

C

5

.

0

+V

3

_

M

R

E

T

,

2

_

M

R

E

T

,

1

_

M

R

E

T0

.

6

+

,

0

.

6

-V

2

N

I

_

C

D

D

,

1

N

I

_

C

D

DV

,

5

.

0

-

D

N

G

2

C

C

5

.

0

+

2

T

U

O

_

C

D

D

,

1

T

U

O

_

C

D

DV

,

5

.

0

-

D

N

G

3

C

C

5

.

0

+V

2

N

I

_

C

N

Y

S

,

1

N

I

_

C

N

Y

SV

,

5

.

0

-

D

N

G

4

C

C

5

.

0

+V

:

e

r

u

t

a

r

e

p

m

e

T

e

g

a

r

o

t

S0

5

1

+

o

t

0

4

-

t

n

e

i

b

m

A

g

n

it

a

r

e

p

O0

7

+

o

t

0

n

o

it

a

p

is

si

d

r

e

w

o

p

e

g

a

k

c

a

P0

.

1W

Note 1: These parameter applies only to the HSYNC and VSYNC channels.

Note 2: Per the IEC-61000-4-2 International ESD Standard, Level 4 contact discharge method. V

to GND via a low impedance ground plane with a 0.2uF, low inductance, chip ceramic capacitor at each supply pin. ESD pulse

is applied between the applicable pins and GND. ESD pulse can be positive or negative with respect to GND. Applicable pins

are: VIDEO_1, VIDEO_2, VIDEO_3, SYNC_OUT1, SD1, SYNC_OUT2, SD2, DDC_OUT1 and DDC_OUT2. All other pins are ESD

protected to the industry standard 2kV per the Human Body model (MIL-STD-883, Method 3015).

Note 3: This parameter is guaranteed by design and characterization.

S

C

I

T

S

I

R

E

T

C

A

R

A

H

C

G

N

I

T

A

R

E

P

O

L

A

C

I

R

T

C

E

L

E

)

e

s

i

w

r

e

h

t

o

d

e

i

f

i

c

e

p

s

s

s

e

l

n

u

s

n

o

i

t

i

d

n

o

c

g

n

i

t

a

r

e

p

o

r

e

v

o

(

l

o

b

m

y

Sr

e

t

e

m

a

r

a

Ps

n

o

i

t

i

d

n

o

CN

I

MP

Y

TX

A

MT

I

N

U

C

C

C

C

t

n

e

r

r

u

c

y

l

p

p

u

C

C

t

a

s

t

u

p

n

i

O

E

D

I

V

;

V

5

C

C

D

N

G

r

o0

1A

u

I

3

,

2

C

C

C

C

V

,

3

C

C

t

n

e

r

r

u

c

y

l

p

p

u

C

C

V

=

3

C

C

V

5

=0

1A

u

C

C

C

C

t

n

e

rr

u

c

y

l

p

p

u

C

C

V

r

o

D

N

G

t

a

s

t

u

p

n

i

C

N

Y

S

;

V

5

=

4

C

1A

u

V

t

a

n

i

p

P

U

_

R

W

P

;

4

C

C

d

e

d

a

o

l

n

u

s

t

u

p

t

u

o

C

N

Y

S

C

C

P

U

_

R

W

P

;

V

0

.

3

t

a

s

t

u

p

n

i

C

N

Y

S

;

V

5

=0

0

2A

u

V

t

a

n

i

p

4

C

C

d

e

d

a

o

l

n

u

s

t

u

p

t

u

o

C

N

Y

S

;

C

C

C

N

Y

S

;

D

N

G

t

a

t

u

p

n

i

P

U

_

R

W

P

;

V

5

=0

1A

u

d

e

d

a

o

l

n

u

s

t

u

p

t

u

o

A

I

B

A

I

B

e

g

a

tl

o

v

ti

u

c

ri

c

n

e

p

oV

m

o

rf

n

w

a

r

d

t

n

e

rr

u

c

l

a

n

r

e

t

x

e

o

N

S

A

I

B

n

i

C

C

8

.

0

-V

e

c

n

a

t

s

i

s

e

r

n

o

it

a

n

i

m

r

e

t

O

E

D

I

V

5

2

.

1

75

75

7

.

8

7

Ω

g

n

i

h

c

t

a

m

e

c

n

a

t

s

i

s

e

r

12

%

e

g

a

tl

o

v

t

u

p

n

i

h

g

i

H

c

i

g

o

L

1

C

C

V

0

.

5

=0

.

2V

e

g

a

tl

o

v

t

u

p

n

i

w

o

L

c

i

g

o

L

1

C

C

V

0

.

5

=8

.

0V

O

e

g

a

tl

o

v

t

u

p

t

u

o

h

g

i

H

c

i

g

o

L

1

O

V

,

A

m

4

-

=

4

C

C

V

0

.

5

=4

.

4V

O

e

g

a

tl

o

v

t

u

p

t

u

o

w

o

L

c

i

g

o

L

1

O

V

,

A

m

4

=

4

C

C

V

0

.

5

=4

.

0V

e

u

l

a

v

r

o

t

s

i

s

e

RV

,

P

U

_

R

W

P

3

C

C

V

0

.

5

=5

.

01

2

MΩ

C

C

r

o

t

si

s

e

r

n

w

o

d

-l

l

u

C

C

V

0

.

3

=5

.

05

.

13

MΩ

t

n

e

rr

u

c

t

u

p

n

I

s

t

u

p

n

i

O

E

D

I

C

C

V

;

V

5

=

N

I

V

=

1

C

C

D

N

G

r

o1

±

µA

s

t

u

p

n

i

C

N

Y

S

V

,

C

N

Y

S

C

C

V

;

V

5

=

N

I

V

=

4

C

C

D

N

G

r

o1

±

µA

O

l

e

v

e

l

,t

n

e

rr

u

c

e

g

a

k

a

e

l

e

t

a

t

s

F

F

OV

C

C

V

-

N

I

_

C

D

D

)<

V

;

V

4

.

0

C

D

U

O

V

=

2

C

C

0

1

µA

T

E

F

N

g

n

it

fi

h

sV

C

C

V

-

T

U

O

_

C

D

D

)<

V

;

V

4

.

0

C

D

I

V

=

2

C

C

0

1

µA

O

l

e

v

e

l

s

s

o

r

c

a

p

o

r

d

e

g

a

tl

o

C

C

V

;

V

5

.

2

=

S

I

,

D

N

G

=

S

D

A

m

3

=5

1

.

0V

N

O

d

e

n

r

u

t

n

e

h

w

T

E

F

N

g

n

it

fi

h

s

e

c

n

a

ti

c

a

p

a

c

t

u

p

n

I

3

3

_

O

E

D

I

V

,

2

_

O

E

D

I

V

,

1

_

O

E

D

I

C

C

V

;

V

0

.

5

=

N

I

z

H

M

1

t

a

d

e

r

u

s

a

e

m

;

V

5

.

2

=0

.

4F

p

C

C

V

;

V

5

.

2

=

N

I

z

H

M

1

t

a

d

e

r

u

s

a

e

m

;

V

5

2

.

1

=5

.

4

L

P

y

a

l

e

d

n

o

it

a

g

a

p

o

r

p

H

-

L

s

r

e

v

ir

d

C

N

Y

V

;

F

p

0

5

=

C

C

t

t

u

p

n

I

;

V

5

=

r

t

d

n

a

s

n

58

2

1s

n

H

P

y

a

l

e

d

n

o

it

a

g

a

p

o

r

p

L

-

H

s

r

e

v

ir

d

C

N

Y

V

;

F

p

0

5

=

C

C

t

t

u

p

n

I

;

V

5

=

r

t

d

n

a

s

n

58

2

1s

n

s

e

m

it

ll

a

f

&

e

si

r

t

u

p

t

u

o

s

r

e

v

ir

d

C

N

Y

V

;

F

p

0

5

=

C

C

t

t

u

p

n

I

;

V

5

=

r

t

d

n

a

s

n

57

s

n

S

E

e

g

a

tl

o

v

d

n

a

t

s

h

ti

w

D

S

E

3

,

2

C

C

V

=

3

C

C

V

=

4

C

C

V

5

=8

±V

k