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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.4.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

M1L-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

2

TA = 125°C

NL6

162

00000100

---

---

+15

-15

+15

-15

0

00000100

---

24

E101

V

(   (E101 − VCAL3)  1

NL6  =                               -

                    3      

∴       1FS ξ10         )

(4)     (VCAL4 − VCAL3)

(255)        1FS ξ103

---

---

---

---

%

NL7

163

00000010

---

---

+15

-15

+15

-15

0

00000010

---

24

E102

V

(   (E102 − VCAL3)  1

NL7  =                                -

                    3      

∴       1FS ξ10         )

(2)     (VCAL4 − VCAL3)

(255)        1FS ξ103

---

---

---

---

%

NL8

164

00000001

---

---

+15

-15

+15

-15

0

00000001

---

24

E103

V

(   (E103 − VCAL3)  1

NL8  =                                -

                    3      

∴       1FS ξ10         )

(1)     (VCAL4 − VCAL3)

(255)        1FS ξ103

---

---

---

---

%

NL1

165

01111111

---

---

+15

-15

+15

-15

0

10000000

---

24

E104

V

        (   (E104 − VCAL5)  1

NL1 =                                -

                    3      

∴       1FS ξ10         )

(128)   (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%

NL2

166

10111111

---

---

+15

-15

+15

-15

0

01000000

---

24

E105

V

         (   (E105 − VCAL5)  1

NL2 =                                -

                    3      

∴       1FS ξ10         )

(64)    (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%

NL3

167

11011111

---

---

+15

-15

+15

-15

0

00100000

---

24

E106

V

         (   (E106 − VCAL5)  1

NL3 =                                -

                    3      

∴       1FS ξ10         )

(32)    (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%

NL4

168

11101111

---

---

+15

-15

+15

-15

0

00010000

---

24

E107

V

         (   (E107 − VCAL5)  1

NL4 =                                -

                    3      

∴       1FS ξ10         )

(16)    (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%

NL5

169

11110111

---

---

+15

-15

+15

-15

0

00001000

---

24

E108

V

         (   (E108 − VCAL5)  1

NL5 =                                -

                    3      

∴       1FS ξ10         )

(8)     (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%

NL6

170

11111011

---

---

+15

-15

+15

-15

0

00000100

---

24

E109

V

         (   (E109 − VCAL5)  1

NL6 =                                -

                    3      

∴       1FS ξ10         )

(4)     (VCAL6 − VCAL5)

(255)        1FS ξ103

---

---

---

---

%