MIL-M-38510-110 Microcircuits, Linear, Quad Operational Amplifiers, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, quad operational amplifiers. Two product assurance classes and a choice of case outlines and lead finish 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3.

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Subgroup

Symbol

M1L-STD

-883 method

Test no.

Adapter pin numbers

Energized relays  2/

Measured pins

Equations   3/

Device types

Unit

05

06

Limits

Limits

1

2

3

4

5

No.

Value

Unit

Min

Max

Min

Max

3

TA =-55°C

110

4001 "

" " " " " " " " " "

"

48

30 V

GND

-15 V

K5, K6 "

"

"

5 " "

"

E41

V "

"

"

110 = 106 (E37 - E41)/RS

±75

±30

nA "

"

"

49

2 V

-28 V

13 V

E42

110 = 106 (E38 - E42) /RS

±75

±30

50

5 V

GND

-1.4 V

E43

110 = 106 (E39 - E43) /RS

±75

±30

51

2.5 V

-2.5 V

1.1 V

E44

110 = 106 (E40 - E44) /RS

±75

±30

110/T

52  8/

110 / T = (110 (Test 50 - 110 (Test 7)) / 80°C

±700

±700

pA/°C

+11B

53

30 V

GND

-15 V

K5 "

"

"

5 " " " " " " " "

'

E45

V "

" " " " " " "

"

+11B = 106 (E37 -E45) /RS

-300

+0.1

-100

+0.1

nA "

"

"

54

2 V

-28 V

13 V

E46

+11B = 106 (E38 -E46) /RS

-300

+0.1

-100

+0.1

55

5 V

GND

-1.4 V

E47

+11B = 106 (E39 -E47) /RS

-300

+0.1

-100

+0.1

56

2.5 V

-2.5 V

1.1 V

E48

+11B = 106 (E40 -E48) /RS

-300

+0.1

-100

+0.1

-11B

57

30 V

GND

-15 V

K6 "

"

"

E49

-11B = 106 (E49 -E37) /RS

-300

+0.1

-100

+0.1

nA "

"

"

58

2 V

-28 V

13 V

E50

-11B = 106 (E50 -E38) /RS

-300

+0.1

-100

+0.1

59

5 V

GND

-1.4 V

E51

-11B = 106 (E51 -E39) /RS

-300

+0.1

-100

+0.1

60

2.5 V

-2.5 V

1.1 V

E52

-11B = 106 (E52 -E40) /RS

-300

+0.1

-100

+0.1

+PSRR

4003

"

61

30 V

GND

-1.4 V

None

E53

+PSRR = (E53 - E54) x 40

±100

±100

∝V/V

"

5 V

GND

-1.4 V

None

E54

±100

±100

CMR

4003

62  4/

Calculate value using data from tests 43 and 44.

CMR = 20 log

4

12.8 x 10   / E37 - E381

76

76

dB

10S(+)

3011

63  6/

30 V

GND

GND

-25 V

None

3

15

mA

10S(+) = 15

-70

-70

mA

"

1CC

3005

64  7/

30 V

GND

None

2

16

mA

1CC = 16

4

4

4

TA =

+25°C

+V0P

4004 "

" " "

"

65

30 V

GND

-30 V

K8

3

(E0)1

V "

" " "

"

+V0P = (E0)1

27

27

V

"

-V0P

66

30 V

GND

-30 V

K7

3

(E0)2

+V0P = (E0)2

26

26

AVS(+)

67

30 V

GND

-26 V

K8

5 " "

"

E55

AVS(+) = 25/(E56 - E55)

50

50

V/mV "

"

"

30 V

GND

-1 V

K8

E56

50

50

68

30 V

GND

-20 V

K7

E57

AVS(+) = 15/(E58 - E57)

50

50

30 V

GND

-5 V

K7

E58

50

50