MIL-M-38510-119 Microcircuits, Linear, Low Power, Low Noise, Bi-Fet Operational Amplifiers, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, BI-FET operational amplifiers. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3.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

MIL-STD-

883 method

Test

No.

Notes

Adapter pin numbers

Energized relays

Measured pin

Equation

11

Device types

Limits

Unit

1

2

3

4

No.

Value

Unit

Min

Max

1

TA = 25°C

VIO

4001

1

21

26 V

-4 V

OPEN

-11 V

NONE

5

E1

V

VIO = E1

ALL

-5

5

mV

" " "

2

21

4 V

-26 V

OPEN

11 V

NONE

5

E2

V

VIO = E2

ALL

-5

5

3

21

15 V

-15 V

OPEN

0 V

NONE

5

E3

V

VIO = E3

ALL

-5

5

4

21

5 V

-5 V

OPEN

0 V

NONE

5

E4

V

VIO = E4

ALL

-5

5

+IIB

4001

5

21

26 V

-4 V

OPEN

-11 V

K1

5

E5

V

+IIB = 200 (E1-E5)

ALL

-400

200

pA

" "

6

21

15 V

-15 V

OPEN

0 V

K1

5

E6

V

+IIB = 200 (E3-E6)

ALL

-200

200

7

21

4 V

-26 V

OPEN

11 V

K1

5

E7

V

+IIB = 200 (E2-E7)

ALL

-200

1,200

-IIB

4001

8

21

26 V

-4 V

OPEN

-11 V

K2

5

E8

V

-IIB = 200 (E8-E1)

ALL

-400

200

pA

" "

9

21

15 V

-15 V

OPEN

0 V

K2

5

E9

V

-IIB = 200 (E9-E3)

ALL

-200

200

10

21

4 V

-26 V

OPEN

11 V

K2

5

E10

V

-IIB = 200 (E10-E2)

ALL

-200

1,200

IIO

4001

11

21

CALCULATE VALUE USING DATA FROM TESTS 3, 6, and 9.  31

IIO = 200 (2E3-E6-E9)

ALL

-100

100

pA

+PSRR

4003

12

----

20 V

-15 V

OPEN

0 V

NONE

5

E11

V

104

+PSRR = 20 log   (E   - E   )

11        12

ALL

80

----

dB

10 V

-15 V

OPEN

0 V

NONE

5

E12

V

-PSRR

13

----

15 V

-20 V

OPEN

0 V

NONE

5

E13

V

104

-PSRR = 20 log   (E    - E   )

13        14

ALL

80

----

dB

----

15 V

-10 V

OPEN

0 V

NONE

5

E14

V

CMR

14

41

CALCULATE VALUE USING DATA FROM TESTS 1 and 2.

CMR = 20 log    22000 (E1- E2)

ALL

80

----

dB

VIO

ADJ(+)

----

15

51

15 V

-15 V

OPEN

0 V

K5

5

E15

V

VIO ADJ(+) = (E3 - E15)

01, 02

04, 05

8

----

mV

VIO

ADJ(-)

-----

16

51

15 V

-15 V

OPEN

0 V

K5, K6

5

E16

V

VIO ADJ(-) = (E3 - E16)

01, 02

04, 05

----

-8

mV

IOS(+)

3011

17

61

15 V

-15 V

OPEN

-10 V

NONE

6

I1

mA

IOS(+) = I1

01, 02, 03

-40

----

mA

04, 05, 06

-80

----

IOS(-)

18

61

15 V

-15 V

OPEN

10 V

NONE

6

I2

mA

IOS(-) = I2

01, 02, 03

----

40

mA

04, 05, 06

----

80

ICC

3005

19

----

15 V

-15 V

OPEN

0 V

NONE

2

I3

mA

ICC = I3     71

01, 02, 03

----

0.3

mA

04, 05, 06

----

3.5

2

TA =

+125°C

VIO

4001

20

21

26 V

-4 V

OPEN

-11 V

NONE

5

E15

V

VIO = E15

ALL

-7

7

mV

" " "

21

21

4 V

-26 V

OPEN

11 V

NONE

5

E16

V

VIO = E16

ALL

-7

7

22

21

15 V

-15 V

OPEN

0 V

NONE

5

E17

V

VIO = E17

ALL

-7

7

23

21

5 V

-5 V

OPEN

0 V

NONE

5

E18

V

VIO = E18

ALL

-7

7

�VIO

�T

4001

24

81

�VIO  =  [VIO(test 22) - VIO(test 3)]

�T                      100°C

ALL

-30

30

µV1°C