ITT - Index of

Ipd TEST CIRCUIT
Vee
2.0 kll
Series ITT9000·1, ITT9000·5
HIGH SPEED TIL
SWITCHING WAVEFORM
PULSE
INPUT
·Includes all probe and jig capacilance
SWITCHING
CHARACTERISTICS
f"" 1.0 MHz
Amp"" 4.0 V
Widlh -"" 200 ns
If = 1,:::;;10 ns
36
30
~ 24
i!l
z
o 18
~
, 12
JI.
6.0
WORST CASE TURN ON DElAY
VERSUS
AMBIENT TEMPERATURE °
~ VCC·5.0V..:..
l~
N4.f'_1
l~'
I'--.
...........
"" 5 ~ 0
- r--
"'4-1"47
~ C('ls
~
~
I I I
MIN. AT C '15.F
o I I I
-55 25 125
"See tpd test circuit TA-AMBIENT TEMPERATURE-'C
30
r- VCC' 5.0V
~ 25
,
5.0
o
WORST CASE TURN OFF DElAY
VERSUS
AMBIENT TEMPERATURE o
V
,
~,~t;
~;"i V
--
-'
~~~ ~+-
I
MiN. AT 15pF
520
i!l
...
~ 15
z·
§ f--
'i 10
=t-t-
r--
-55 25 I 125
TA -AMBIENT TEMPERATURE-'C
NAND BUFFER - 9009 Figure 4
The 9009 is a power gate capable of sinking and
sourcing large currents for high fanout
applications. Logically it is the same as the
9004.
LOADING FACTORS
2/2 ---..---...... }-:
~~~ 60/30 for - 5 .
2/2 _ 66/33 for - 1
Figure 6
Nominal Resislor Values
CIRCUIT DIAGRAM (One Gate)
vcc
R, = 2.0 kll R4 = 50 Il R, R2 R3
R, = 560 Il Rs=4.0 kll
liJ = 150 Il R. = 500 Il
INPUT
RS
R5
R4
°4
OUTPUT
°5
Figure 5 LOGIC DIAGRAM
AND PIN CONFIGURATION
1--+-...,
2--+-L:1
4--+-r-::::l
5--+--'
9--+-...,
10--+--.
12--+-r:l
13--+--'
6
8
Vee = PIN 14
GND = PIN 7
3-290