MIL-M-38510-113 Microcircuits, Linear, 8 Bit, Digital-To-Analog Converters, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, 8 bit, digital-to-analog converters. Two product assurance classes and a choice of case outlines and lead finishes are provided for each type 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.4.

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Subgroup

Symbol

MIL-STD-

883 method

Test

No.

Adapter pin numbers

Energized relays

Measured pin

Equation

Limits

Limits

Units

Device type 01

Device type 02

1-8 logic state

9 V

10 V

11 V

12 V

13 V

14 V

15 V

16-23 logic state

No.

Value

Unit

Min

Max

Min

Max

1

TA = 25°C

VCAL1

42

---

---

---

+15

-15

30

0

18

00000000

K3

24

E23

V

VCAL1  = E23

---

---

---

---

V

IFS+

43

11111111

---

---

+15

-15

30

0

18

11111111

---

24

E24

V

IFS+ = 1.992 - 0.01(E24 -E23)

1.90

2.08

1.94

2.04

mA

IFS +

44

00000000

---

---

+15

-15

30

0

18

11111111

K2

24

E25

V

IFS +  = 1.992-0.01(E25 -E23)

1.90

2.08

1.94

2.04

mA

VCAL2

45

---

---

---

+15

-15

+15

-15

-10

00000000

K3

24

E26

V

VCAL2  = E26

---

---

---

---

V

IFS-

46

11111111

---

---

+15

-15

+15

-15

-10

11111111

---

24

E27

V

IFS- = 1.992-0.01(E27 -E26)

1.90

2.08

1.94

2.04

mA

IFS −

47

00000000

---

---

+15

-15

+15

-15

-10

11111111

K2

24

E28

V

IFS − = 1.992-0.01(E28 -E26)

1.90

2.08

1.94

2.04

mA

IFSC

48

---

---

---

---

---

---

---

---

---

---

---

---

---

IFSC = 1000(IFS +-IFS -)

-4

4

-4

4

∝A

IFSC

49

---

---

---

---

---

---

---

---

---

---

---

---

---

IFSC  =1000 (IFS + − IFS −)

-4

4

-4

4

∝A

VCAL3

50

00000000

---

---

+15

-15

+15

-15

0

00000000

---

24

E29

V

VCAL3  = E29

---

---

---

---

V

VCAL4

51

11111111

---

---

+15

-15

+15

-15

0

11111111

---

24

E30

V

VCAL4  = E30

---

---

---

---

V

VCAL5

52

00000000

---

---

+15

-15

+15

-15

0

11111111

K2

24

E31

V

VCAL5  = E31

---

---

---

---

V

VCAL6

53

11111111

---

---

+15

-15

+15

-15

0

00000000

K2

24

E32

V

VCAL6  = E32

---

---

---

---

V

NL1

54

10000000

---

---

+15

-15

+15

-15

0

10000000

---

24

E33

V

(   (E33 − VCAL3)  1

NL1  =                               -

                   3     

∴      IFS ξ10         )

(128)   (VCAL4 − VCAL3)

(255)        IFS ξ103

---

---

---

---

%

NL2

55

01000000

---

---

+15

-15

+15

-15

0

01000000

---

24

E34

V

(   (E34 − VCAL3)  1

NL2  =                               -

                   3     

∴      IFS ξ10         )

(64)    (VCAL4 − VCAL3)

(255)        IFS ξ103

---

---

---

---

%

NL3

56

00100000

---

---

+15

-15

+15

-15

0

00100000

---

24

E35

V

(   (E35 − VCAL3)  1

NL3  =                               -

                   3     

∴      IFS ξ10         )

(32)    (VCAL4 − VCAL3)

(255)        IFS ξ103

---

---

---

---

%

NL4

57

00010000

---

---

+15

-15

+15

-15

0

00010000

---

24

E36

V

(   (E36 − VCAL3)  1

NL4  =                               -

                   3     

∴      IFS ξ10         )

(16)    (VCAL4 − VCAL3)

(255)        IFS ξ103

---

---

---

---

%

NL5

58

00001000

---

---

+15

-15

+15

-15

0

00001000

---

24

E37

V

(   (E37 − VCAL3)  1

NL5  =                               -

                   3     

∴      IFS ξ10         )

(8)     (VCAL4 − VCAL3)

(255)        IFS ξ103

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---

---

---

%