MIL-M-38510-109 Microcircuits, Linear, Precision Timers, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, precision timers. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3

Pages 1 - 2 - 3 - 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11 - 12 - 13 - 14 - 15 - 16 - 17 - 18 - 19 - 20 - 21 - 22 - 23 - 24 - 25 - 26 - 27

Subgroup

Symbol

MIL-STD-

883 method

Test no.

Adapter pin number   14/

Relays closed

14/

Pin measured

Devices 01, 03 limits

Device 02 limits  1/

1

2

3

4

5

6

7

8

Devices

Devices

Devices

01,03

02

01,03

02

01,03

02

No.

value

Unit

Min

Max

Unit

Min

Max

Unit

9

TA =

+25°C

tdis

75

76

77

78

GND

" "

"

4.5

16.5

4.5

16.5

5

15

5

15

See

fig. 6 "

"

See

fig. 6 "

"

1,2,3,5,

8,10 "

1,2,3,6,

9,10

"

4

" "

"

tdis

" "

"

µs

µs ms

ms

57.5

57.5

5.40

5.40

80.0

80.0

7.70

7.70

µs

µs ms

ms

57.5

57.5

5.40

5.40

80.0

80.0

7.70

7.70

µs

µs ms

ms

dtch /

dvCC

79

"

dvCC

= 12

dvCC

= 10

For devices 01 and 03, vCC = 4.5 v to 16.5 v  7/  see fig. 6

For device 02, vCC = 5.0 v  to 15.0 v    8/    see fig. 6

4

"

dtch /

dvCC

ns /

v

-820

820

ns /

v

-820

820

ns /

v

dtD(OH)M

80

81

"

"

---

---

5

15

For device 02 only   11/  see fig. 4

For device 02 only   11/  see fig. 4

1,3,5,7,

10,11

"

4

"

dtD(OH)M

µs

µs

---

---

---

---

---

---

-1.1

-1.1

+1.1

+1.1

µs

µs

dtD(OH)M/

dvCC

82

GND

---

vCC

= 10

1,3,5,7,

10,11

4

"

dtD(OH)M/

dvCC

ns /

v

---

---

---

---

---

---

-110

-110

+110

+110

ns /

v

tres

83

"

16.5

15

See

fig. 7

See

fig. 7

1,3,5,7,

11

4

tres

µs

---

1.5

µs

---

1.5

µs

10

TA =

+125°C

tPLH

84

85

"

"

4.5

16.5

5

15

See

fig. 4

See

fig. 4

1,3,5,7,

10,11

"

"

"

tPLH

tPLH

ns

ns

---

900

900

ns

ns

---

900

900

ns

ns

tTLH

86

87

"

"

4.5

16.5

5

15

See

fig. 4

See

fig. 4

1,3,5,7,

10,11

"

"

"

tTLH

tTLH

ns

ns

---

---

300

"

ns

ns

---

---

300

"

ns

ns

tTHL

88

89

"

"

4.5

16.5

5

15

See

fig. 4

See

fig. 4

1,3,5,7,

10,11

"

"

"

tTHL

tTHL

ns

ns

---

---

"

"

ns

ns

---

---

"

"

ns

ns

tPHL

90

91

"

"

4.5

16.5

5

15

See

fig. 5

See

fig. 5

2,3,5,7,

10,11

"

"

"

tPHL

tPHL

µs

"

---

---

12.0

12.0

µs

"

---

---

12.0

12.0

µs

"

tD(OH)

92

93

94

95

GND

" "

"

4.5 v

16.5 v

4.5 v

16.5 v

5 v

15 v

5 v

15 v

See

fig. 4 "

"

See

fig. 4 "

"

1,3,5,7,

10,11 "

1,3,6,7,

10,11 "

"

" "

"

tD(OH)

" "

"

µs

µs ms

ms

106.7

"

10.67

"

113.3

"

11.33

"

µs

µs ms

ms

106.7

"

10.67

"

113.3

"

11.33

"

µs

µs ms

ms

dtD(OH)/

dT

96

"

16.5

15

"

"

See fig. 4

9/

1,3,5,7,

10,11

4

"

dtD(OH)/

dT

ns /

°C

-11

11

ns /

°C

-11

11

ns /

°C

tch

97

98

99

100

"

" "

"

4.5

16.5

4.5

16.5

5

15

5

15

See

fig. 6 "

"

See

fig. 6 "

"

1,2,3,5,

8,10

"

1,2,3,6,

9,10

"

4

" "

"

tch

" "

"

µs

µs ms

ms

120

120

11.3

11.3

156

156

15.0

15.0

µs

µs ms

ms

120

120

11.3

11.3

156

156

15.0

15.0

µs

µs ms

ms