Electrical Characteristics
�½
�½
= �½�½�½�½C to �½�½�½�½�½C�½�½ �½�½.�½ �½ ≤ �½
CC
≤ �½0 �½�½�½ �½ m�½ ≤ �½
�½(�½N)
≤ �½ m�½�½�½ 0 �½ ≤ �½
�½(�½�½�½)
≤ 0.�½ �½�½�½ unle�½�½ otherwi�½e �½�½ecified.
Parameter
�½ogic �½ow �½ut�½ut �½oltage
�½ogic �½�½igh �½ut�½ut �½oltage
Symbol
�½
�½�½
�½
�½�½�½
Group A,
Sub-groups
[11]
�½�½�½ �½�½�½ �½
�½�½�½ �½�½�½ �½
N�½
�½ut�½ut �½eakage
Current (�½
�½U�½
�½�½ �½
CC
)
�½
�½�½�½�½�½
�½�½�½ �½�½�½ �½
Limits
Test Conditions
�½
�½�½
= 6.�½�½ m�½
(�½�½ �½�½�½ �½oad�½)
�½
�½�½�½
= �½�½.6 m�½�½�½
(**�½
�½�½�½
= �½
CC
�½ �½.�½ �½)
�½
�½�½�½
= �½0.�½�½ m�½
�½
�½
= �½.�½ �½
�½
�½
= �½0 �½
�½ogic
�½ow
Su�½�½l�½�½
Current
Single
Channel
�½
CC�½
�½�½�½ �½�½�½ �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
CC�½�½
�½�½�½ �½�½�½ �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
CC
= �½.�½ �½
�½
CC
= �½0 �½
�½
�½S�½
�½�½�½ �½�½�½ �½
�½
�½
= �½
CC
=
�½.�½ �½
�½
�½
= �½
CC
= �½0 �½
�½ogic �½�½igh Short Circuit
�½ut�½ut Current
�½n��½ut �½orward �½oltage
�½n�½ut �½ever�½e
Breakdown �½oltage
�½n�½ut�½�½ut�½ut �½n�½ulation
�½eakage Current
�½ogic �½�½igh Common Mode
�½ran�½ient �½mmunit�½�½
�½ogic �½ow Common Mode
�½ran�½ient �½mmunit�½�½
Pro�½agation Dela�½�½
�½ime to �½ogic �½ow
Pro�½agation Dela�½�½
�½ime to �½ogic �½�½igh
�½
�½S�½�½
�½
�½
B�½
�½
�½
�½�½�½
�½�½�½ �½�½�½ �½
�½
CC
= �½.�½�½
�½
CC
= �½0 �½
�½�½�½ �½�½�½ �½
�½�½�½ �½�½�½ �½
�½
�½
�½
= �½ m�½
�½
�½
= �½ND
�½.0
�½
�½.0
�½.�½
�½
�½
= �½ m�½
�½
CC
=
�½�½.�½ �½
�½
�½
= 0 �½
�½
E
=
Don’t
Care
�½
�½�½
= �½
�½�½
= 0 �½
�½
�½�½
= �½
�½�½
= �½
�½�½
=
�½
�½�½�½
=0 �½
�½
�½
= �½m�½
�½
E
=
Don’t
Care
�½
�½�½
= �½
�½�½
=
�½m�½
�½
�½�½
= �½
�½�½
=
�½
�½�½
= �½
�½�½�½
=
�½m�½
�½
�½
= 0 �½
�½0
�½�½
�½�½0
�½�½�½
�½.�½
�½
�½
m�½
�½�½
�½
�½
�½�½�½�½ �½
m�½
�½�½�½ �½
�½�½.�½
�½.�½
9.0
�½0.6
�½�½�½
�½7
�½.9
�½.�½
�½.�½
6.6
9
�½�½
�½.�½�½
**
�½.�½
�½00
�½00
6
7.�½
�½�½
�½�½
�½�½�½
�½0
�½�½.�½
6
9
�½�½
�½�½
�½�½�½
m�½
�½�½�½ �½
m�½
m�½
m�½
�½
Min.
Typ.*
Max.
0.�½
Units
�½
�½
Fig.
�½�½�½ �½
�½�½�½ �½
Notes
�½
�½
Dual
Channel
�½uad
Channel
�½ogic
�½�½igh
Su�½�½l�½�½
Current
Single
Channel
Dual
Channel
�½uad
Channel
�½ogic �½ow Short Circuit
�½ut�½ut Current
�½
�½
= �½ m�½
�½
�½
= �½0 m�½
�½
�½�½�½
= �½�½00 �½dc�½�½ t = �½�½�½�½
�½�½�½ ≤ 6�½%�½�½ �½
�½
= �½�½�½C
�½
�½
= �½ m�½�½�½ �½
CM
= �½0 �½
P�½P
�½
�½
= 0 m�½�½�½ �½
CM
= �½0 �½
P�½P
|CM
�½�½
|
|CM
�½
|
t
P�½�½�½
t
P�½�½�½
9�½�½ �½0�½�½ �½�½
9�½�½ �½0�½�½ �½�½
9�½�½ �½0�½�½ �½�½
9�½�½ �½0�½�½ �½�½
�½000 �½0�½�½000
�½000 �½0�½�½000
�½7�½
�½�½�½
�½�½0
�½�½0
�½�½m�½
�½�½m�½
n�½
n�½
9
9
�½�½�½ 6
�½�½�½ 6
�½�½�½ 6�½�½ �½�½
�½�½�½ 6�½�½ �½�½
�½�½�½ 7
�½�½�½ 7
AVAGO [ AVAGO TECHNOLOGIES LIMITED ]
