MIL-M-38510-104 Microcircuits, Linear, Line Drivers And Receivers, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon line drivers and receivers for use as voltage comparators and in balanced or unbalanced differential transmission systems which may include party-line transmission systems. Two product assurance classes and a choice of case outlines and lead finishes are provided and are reflected in the complete part number. For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3.

Pages 1 - 2 - 3 - 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11 - 12 - 13 - 14 - 15 - 16 - 17 - 18 - 19 - 20 - 21 - 22 - 23 - 24 - 25 - 26 - 27 - 28 - 29 - 30 - 31 - 32 - 33 - 34 - 35 - 36 - 37 - 38 - 39 - 40 - 41 - 42 - 43

Subgroup

Symbol

MlL-STD-

883 method

Cases

E and F

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

Measured terminal

Limits

Unit

Test no.

1ZP

1Z

1Y

1YP

1A

18

1C

GND

2A

28

2C

2YP

2Y

2Z

2ZP

vCC

Min

Max

1

TA  =

+25°C

vOL

3007

1

2

3

4

5

6

7

8

1Z

40 mA

40 mA "

"

1Y "

"

2.0 v

0.8 v

2.0 v

2.0 v

2.0 v

2.0 v

0.8 v

2.0 v

2.0 v

2.0 v

2.0 v

0.8 v

GND

" " " " " " "

2.0 v

0.8 v

2.0 v

2.0 v

2.0 v

2.0 v

0.8 v

2.0 v

2.0 v

2.0 v

2.0 v

0.8  v

2Y "

"

40 mA "

"

40 mA

2Z

4.5 v

" " " " " " "

1Z

2Z

1Y "

"

2Y

" "

0.4

" " " " " " "

v

" " " " " " "

vOH1

3006

9

10

11

12

13

14

15

16

-10 mA "

"

1ZP "

"

1YP

-10 mA

"

2.0 v

GND

0.8 v

2.0 v

2.0 v GND "

"

2.0 v

GND

2.0 v

0.8 v

2.0 v GND "

"

2.0 v

GND

2.0 v

2.0 v

0.8 v GND "

"

"

" "

" " " " "

GND

2.0 v

GND

" "

0.8 v

2.0 v

2.0 v

GND

2.0 v

GND

" "

2.0 v

0.8 v

2.0 v

GND

2.0 v

GND

" "

2.0 v

2.0 v

0.8 v

-10 mA

2YP

2ZP "

"

-10 mA "

"

"

" "

" " " " "

1YP

2YP

1ZP

" "

2ZP "

"

2.4

" "

" " " " "

"

" "

" " " " "

vOH2

3006

17

18

19

20

21

22

23

24

-20 mA "

"

1ZP "

"

1YP

-20 mA

2.0 v

GND

0.8 v

2.0 v

2.0 v

GND

" "

2.0 v

GND

2.0 v

0.8 v

2.0 v

GND

" "

2.0 v

GND

2.0 v

2.0 v

0.8 v

GND

" "

"

" " " " " " "

GND

2.0 v GND "

"

0.8 v

2.0 v

2.0 v

GND

2.0 v GND "

"

2.0 v

0.8 v

2.0 v

GND

2.0 v GND "

"

2.0 v

2.0 v

0.8 v

-20 mA

2YP

2ZP "

"

-20 mA "

"

"

" " " " " " "

1YP

2YP

1ZP "

"

2ZP

" "

"

" " " " " " "

"

" " " " " " "

lOS

3011

25

26

27

28

GND

1ZP

1YP

GND

0.8 v

2.0 v

0.8 v

2.0 v

0.8 v

2.0 v

"

" "

"

0.8 v

2.0 v

0.8 v

2.0 v

0.8 v

2.0 v

GND

2YP

2ZP

GND

5.5 v

" "

"

1ZP

2ZP

1YP

2YP

-40

" "

"

-130

" "

"

mA

" "

"

lCC

3005

29

GND

GND

GND

"

GND

GND

GND

"

vCC

50

mA

lCEX

30

31

32

33

12 v

12 v

0.8 v

2.0 v

0.8 v

2.0 v

0.8 v

2.0 v

"

" " "

0.8 v

2.0 v

0.8 v

2.0 v

0.8 v

2.0 v

12 v

12 v

"

" " "

1Z

2Z

1Y

2Y

100

" " "

∝A "

"

"

llL

3009

34

35

36

37

38

39

0.4 v

5.5 v

" " " "

5.5 v

0.4 v

5.5 v

" " "

5.5 v

5.5 v

0.4 v

5.5 v

" "

"

" " " " "

5.5 v

" "

0.4 v

5.5 v

5.5 v

5.5 v

" " "

0.4 v

5.5 v

5.5 v

" " " "

0.4 v

"

" " " " "

1A

18

1C

2A

28

2C

-0.7

" " " " "

-1.6

" " " " "

mA

" " " " "

llH1

3010

40

41

42

43

44

45

2.4 v

GND "

"

" "

GND

2.4 v GND "

" "

GND

GND

2.4 v

GND

" "

"

" " " " "

GND

" "

2.4 v

GND GND

GND

" " "

2.4 v

GND

GND

" " " "

2.4 v

"

" " " " "

1A

18

1C

2A

28

2C

40

" " " " "

∝A "

"

"

" "

llH2

3010

46

47

48

49

50

51

5.5 v

GND "

" " "

GND

5.5 v

GND

" " "

GND

GND

5.5 v

GND "

"

"

" "

" " "

GND

" "

5.5 v GND GND

GND

" "

"

5.5 v

GND

GND

" "

" "

5.5 v

"

" "

" " "

1A

18

1C

2A

28

2C

100

" "

" " "

"

" "

" " "