MIL-M-38510-139 Microcircuits, Linear, Internally Trimmed Analog Multiplier, Hybrid And Monolithic SiliconThis specification covers the detail requirements for monolithic and hybrid silicon, internally trimmed analog multipliers. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3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

Test no.

Adapter pin numbers

Energized relays

Measured pin

Equations

Limits

Unit

Device 01

Device 02

1

2

3

4

5

6

7

8

9

10

No.

Value

Unit

Min

Max

Min

Max

3

TA  = -55°C

MAxy/oT

102

----

----

+10 V

0 V

+10 V

0 V

----

0 V

-15 V

+15 V

----

----

----

MAxy/oT=((MAxy(-55°C)- MAxy(25°C))/80

-0.01

0.01

-0.02

0.02

%FS/oT

VOlO

103

----

----

0 V

‘’

0 V

‘’

----

‘’

‘’

‘’

11

E63

mV

VOlO  = E63

-39.0

39.0

-70.0

70.0

mV

VOlO

oT

104

----

----

‘’

‘’

‘’

‘’

----

‘’

‘’

‘’

----

----

----

VOlO/oT = (E63-E5)/80

-300.0

300.0

-500.0

500.0

µv/°C

VlO(x)

105

----

----

‘’

‘’

-10 V

‘’

----

‘’

‘’

‘’

11

E64

mV

VlO(x) = (E64-E65)/2

-22.0

22.0

-36.0

36.0

mV

VlO(x)

106

----

----

‘’

‘’

+10 V

‘’

----

‘’

‘’

‘’

‘’

E65

‘’

VlO(x)/oT

107

----

----

‘’

‘’

‘’

‘’

----

‘’

‘’

‘’

----

----

----

VlO(x)/oT=(VlO(x)@-55°C- VlO(x)@25°C)/80

-150.0

150.0

-200.0

200.0

µv/°C

VlO(y)

108

----

----

-10 V

‘’

0 V

‘’

----

‘’

‘’

‘’

11

E66

mV

VlO(y) = (E66-E67)/2

-22.0

22.0

-36.0

36.0

mV

VlO(y)

109

----

----

+10 V

‘’

‘’

‘’

----

‘’

‘’

‘’

‘’

E67

‘’

VlO(y)/oT

110

----

----

‘’

‘’

‘’

‘’

----

‘’

‘’

‘’

----

----

----

VlO(y)/oT=(VlO(y)@-55°C- VlO(y)@25°C)/80

-150.0

150.0

-200.0

200.0

µv/°C

VlO(z)

111

----

----

+1 V

‘’

‘’

----

0 V

‘’

‘’

‘’

K10, K12

11

E68

mV

VlO(z) = (E68)/10

-39.0

39.0

-70.0

70.0

mV

VlO(z)/oT

112

----

----

‘’

‘’

‘’

----

‘’

‘’

‘’

‘’

----

----

----

VlO(z)/oT=(VlO(z)@-55°C- VlO(z)@25°C)/80

-300.0

300.0

-500.0

500.0

µv/°C

+llB(x)

113

----

----

----

‘’

‘’

0 V

‘’

‘’

‘’

‘’

K5

14

l21

µA

-2.5

2.5

-2.5

2.5

µA

+llB(y)

114

----

----

0 V

‘’

----

‘’

‘’

‘’

‘’

‘’

K6

‘’

l22

‘’

‘’

‘’

‘’

‘’

"

+llB(z)

115

----

----

‘’

‘’

0 V

‘’

----

‘’

‘’

‘’

K9, K10,

K12

15

l23

‘’

‘’

‘’

‘’

‘’

"

-llB(x)

116

----

----

‘’

----

‘’

‘’

0 V

‘’

‘’

‘’

K2

14

l24

‘’

‘’

‘’

‘’

‘’

"

-llB(y)

117

----

----

‘’

0 V

‘’

----

‘’

‘’

‘’

‘’

K4

‘’

l25

‘’

‘’

‘’

‘’

‘’

"

-llB(z)

118

----

----

‘’

‘’

‘’

0 V

‘’

----

‘’

‘’

K8

15

l26

‘’

‘’

‘’

‘’

‘’

"

llO(x)

119

----

----

‘’

‘’

‘’

‘’

‘’

0 V

‘’

‘’

----

----

----

llO(x)  = l24-l21

-300.0

300.0

-300.0

300.0

nA

llO(y)

120

----

----

‘’

‘’

‘’

‘’

‘’

‘’

‘’

‘’

----

----

----

llO(y)  = l25-l22

‘’

‘’

‘’

‘’

"

llO(z)

121

----

----

‘’

‘’

‘’

‘’

‘’

‘’

‘’

‘’

----

----

----

llO(z)  = l26-l23

‘’

‘’

‘’

‘’

"