ITT - Index of

ITT9614
DUAL DIFFERENTIAL LINE DRIVER
TYPICAL ELECTRICAL CHARACTERISTICS (continued)
u
60
50
10
a
a
NO LOAD
TA "25°C
JJ
l.e'
SUPPLY CURRENT
VERSUS
SUPPLY VOLTAGE
~
I#'
1/
O.';:;~
~~~
&-
(:JQ;- "'~
~'? .#
/;
2.0 4.0 6.0 8.0
10
..
E
,
!Z
!
~
~
40
3'
30
U
,!i 25
20
-60
SUPPLY CURRENT VERSUS
TEMPERATURE
~~CT"p5U~; OPE~
1/
"
-20 a 20 60 100
140
..
E
100
80
!Z
60
!
~
g; 40
iil
u
20
SUPPLY CURRENT VERSUS
OPERATING FREQUENCY
Vce eS.CV
CL 230 pF
-----
a
0.1 0.2. 0.5 1,0 2.0
v
/
/
5.0 10
Vee -SUPPLY VOLTAGE- VOLTS
TA -AMBIENT TEMPERATURE·-C
f - FREQuENCY - MHz
I
40
~ 30
5
~
~ 20
I ,
~ 10
;;;
~
PROPAGATION DELAY TIME
VERSUS
TEMPERATURE
Vcc: 5.OV
-CL 230pF
tpHL
i-
I ~
...., ~---
~
r
V
a
-60 -20 a 20 60 100
T A - AMBIENT TEMPERATURE·-C
140
5.0
TRANSFER CHARACTERISTICS
VERSUS
TEMPERATURE
"CC 2 5.0V
tJ) 4.0
g
TA"SSoC _
-
5.0
lAa 2S0C
TA 2 12.S-C
TA"2S-C - - ~ 4.0
g
~ 3.0
~
5
~ 2.0
t
? 1.0
TRANSFER CHARACTERISTICS \
VERSUS
SUPPLY VOLTAGE
,-
vcc'51-
Vee·S.OV
VCC a4.5V _
a
a
o 0,5 1.0 1.5 2.0 2.5 3.0 3.5 a 0.5 10 1.5 2.0 2.5 3.0 3.5
V IN -INPUT VOLTAGE- VOLTS V IN -INPUT VOLTAGE - VOLTS
Applications
Differential Mode Expansion
.5 V
5
6--=-1
7
loon
lOon
9
10
"
15
14
12
13
Expand by tieing "NAND" outputs together and by
tieing active pull· Up" "AND" outputs togetheL
The drivers can be inhibited by taking one input to
ground.
Fig. 3
6-67