MIL-M-38510-114 Microcircuits, Linear, Bi-Fet Operational Amplifiers, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, BI-FET operational amplifier microcircuit. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3.

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Subgroup

Symbol

MlL-STD-

883 method

Test no.

Notes

Adapter pin numbers

Energized relays

Measured pin

Equation

1/

Device type

Test limits

Unit

1

2

3

4

No.

Value

Units

Min

Max

5

TA =

+125°C

+VOP

-VOP

4004

"

64

65

20 V

"

-20 V

"

Open

"

-20 V

20 V

K3

K3

6

"

(E0)5

(E0)6

V

"

+VOP = (E0)5

-VOP = (E0)6

All

"

16

-16

V

"

+VOP

-VOP

"

"

66

"

"

"

-20 V

K4

"

(E0)7

"

+VOP = (E0)7

-VOP = (E0)8

"

"

15

"

"

67

"

"

"

20 V

"

"

(E0)8

"

-15

AVS(+)

AVS(-)

"

"

68

4/

"

"

"

-15 V

"

5

E50

"

AVS(+) = 15/(E21 - E50) AVS(-) = 15/(E51 - E21)

"

"

25

V/mV

"

69

4/

"

"

"

15 V

"

"

E51

"

25

AVS

"

"

70

-5 V

5 V

"

-2 V

"

"

E52

"

AVS = 4/(E53 - E52)

"

"

10

"

"

"

2 V

"

"

E53

"

6

TA =

-55°C

+VOP

-VOP

4004

"

71

72

20 V

"

-20 V

"

Open

"

-20 V

20 V

K3

K3

6

"

(E0)9

(E0)10

V

"

+VOP = (E0)9

-VOP = (E0)10

All

"

16

-16

V

"

+VOP

-VOP

"

"

73

"

"

"

-20 V

K4

"

(E0)11

"

+VOP = (E0)11

-VOP = (E0)12

"

"

15

"

"

74

"

"

"

20 V

"

"

(E0)12

"

-15

AVS(+)

AVS(-)

"

"

75

4/

"

"

"

-15 V

"

5

E54

"

AVS(+) = 15/(E40 - E54) AVS(-) = 15/(E55 - E40)

"

"

25

V/mV

"

76

4/

"

"

"

15 V

"

"

E55

"

25

AVS

"

"

77

5 V

-5 V

"

-2 V

"

"

E56

"

AVS = 4/(E57 - E56)

"

"

10

"

"

5 V

-5 V

"

2 V

"

"

E57

"

7

TA =

+25°C

TR(tr)

78

15 V

"

-15 V

"

+50 mV

"

Open

"

None

K9

6

"

tr

tr

ns

ns

TR(tr) = t1

(see figure 4)

01,04

150

ns

02,05

100

03,06

450

TR(os)

79

"

"

"

"

"

"

"

"

None

K9

"

"

V01

V01

mV

mV

TR(os) = 100 (V01/V01) (see figure 4)

01,02,

04,05

40

%

03,06

25

SR(+)

4002

" " " "

"

80

8/

9/

15 V

" " " "

"

-15 V

" " " "

"

See

notes

" " "

"

Open

" " " "

"

None

K9

6

" " " "

"

V01(+)

t1(+)

V

∝s

"

SR(+) = V01(+) / t1(+) (see figure 4)

01

2

V/∝s

" " " "

"

02

7.5

04

3

05

10

03

30

06

40

SR(-)

4002

" " " "

"

81

8/

9/

15 V

" " " "

"

-15 V

" " " "

"

See

notes

" " "

"

Open

" " " "

"

None

K9

6

" " " "

"

V01(-)

t1(-)

V

∝s

"

SR(-) = V01(-) / t1(-) (see figure 4)

01

2

V/∝s

" " " "

"

02

7.5

04

3

05

10

03

30

06

40

Nl(BB)

Nl(PC)

82

83

7/

7/

20 V

20 V

-20 V

-20 V

Open

Open

0 V

0 V

K5

K1,K2,K5, K8

6

"

(E0)13

(E0)14

mVrms

mVpk

Nl(BB) = (E0)13 / 1000

Nl(PC) = (E0)14 / 1000

All

10

∝Vrms

All

40

∝Vpk