DS1631_11 Datasheet, PDF (3/10 Pages) Texas Instruments – CMOS Dual Peripheral Drivers

Absolute Maximum Ratings (Note 1)
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Supply Voltage
16V
Operating Conditions
Min
Max
Supply Voltage V_CC
DS1631 DS1632
45
15
DS1633 DS1634
Units
V
Voltage at Inputs
b0 3V to V_CC a 0 3V
Output Voltage
56V
DS3631 DS3632
4 75
15
V
Storage Temperature Range
b65 C to a150 C
DS3633 DS3634
Maximum Power Dissipation
Cavity Package
Molded Package
TO-5 Package
at 25 C
1133 mW
Temperature T_A
1022 mW
DS1631 DS1632
b55
a125
C
787 mW
DS1633 DS1634
Lead Temperature (Soldering 4 sec
260 C
Derate cavity package 7 6 mW C above 25 C derate molded package
DS3631 DS3632
0
a70
C
8 2 mW C above 25 C derate TO-5 package 5 2 mW C above 25 C
DS3633 DS3634
Electrical Characteristics (Notes 2 and 3)
Symbol
Parameter
Conditions
Min Typ Max Units
ALL CIRCUITS
V_IH
Logical ‘‘1’’ Input Voltage
te ^VIL
Logical ‘‘0’’ Input Voltage
I_IH
Logical ‘‘1’’ Input Current
I_IL
Logical ‘‘0’’ Input Current
le ^VOH
Output Breakdown Voltage
V_OL
Output Low Voltage
o _{DS1631 DS3631}
(Figure 1 )
V_CC e 5V
V_CC e 10V
V_CC e 15V
(Figure 1 )
V_CC e 5V
V_CC e 10V
V_CC e 15V
V_CC e 15V V_IN e 15V (Figure 2 )
V_IN e 0 4V (Figure 3 ) V_CC e 5V
V_CC e 15V
V_CC e 15V I_OH e 250 mA (Figure 1 )
V_CC e Min (Figure 1 )
DS1631 DS1632
DS1633 DS1634
I_OL e 100 mA
I_OL e 300 mA
V_CC e Min (Figure 1 )
DS3631 DS3632
DS3633 DS3634
I_OL e 100 mA
I_OL e 300 mA
35 25
V
80 5
V
12 5 7 5
V
25 15 V
55 20 V
75 25 V
0 1 10 mA
b50 b120 mA
b200 b360 mA
56 65
V
0 85 1 1 V
11 14 V
0 85 1 0 V
11 13 V
s I_CC(0) Supply Currents
I_CC(1)
b _tPD1
Propagation to ‘‘1’’
V_IN e 0V (Figure 4) V_CC e 5V
Output Low
V_CC e 15V
Both Drivers
(Figure 4 )
V_CC e 5V V_IN e 5V Output High
V_CC e 15V V_IN e 15V Both Drivers
V_CC e 5V T_A e 25 C C_L e 15 pF R_L e 50X V_L e 10V
(Figure 5 )
7
11 mA
14 20 mA
2
3 mA
7 5 10 mA
500
ns
t_PD0
Propagation to ‘‘0’’
V_CC e 5V T_A e 25 C C_L e 15 pF R_L e 50X V_L e 10V
(Figure 5 )
750
ns
O ^{DS1632 DS3632}
I_CC(0) Supply Currents
(Figure 4 )
V_CC e 5V V_IN e 5V _{Output Low}
8
12 mA
V_CC e 15V V_IN e 15V
18 23 mA
I_CC(1)
V_IN e 0V (Figure 4 )
V_CC e 5V
V_CC e 15V
Output High
2 5 3 5 mA
9
14 mA
t_PD1
Propagation to ‘‘1’’
V_CC e 5V T_A e 25 C C_L e 15 pF R_L e 50X V_L e 10V
(Figure 5 )
500
ns
t_PD0
Propagation to ‘‘0’’
V_CC e 5V T_A e 25 C C_L e 15 pF R_L e 50X V_L e 10V
(Figure 5 )
750
ns
2