MIL-M-38510-11 Microcircuits, Digital, Ttl, Arithmetic Logic Units/Function Generators, Monolithic SiliconThis specification covers the detail requirements for monolithic, silicon, TTL, arithmetic logic units/ function generators. Two product assurance classes and a choice of case outlines and lead finishes 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.4.

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Test

Symbol

Conditions 1/

Device type

Limits

Unit

Min

Max

High-level input current at  G 3  input

IIH24

VCC  = 5.5 V; VIN  = 5.5 V  3/

02

400

µA

High-level input current at  P 3  input

IIH25

VCC  = 5.5 V; VIN  = 5.5 V  3/

02

200

µA

High-level input current at Cn input

IIH26

VCC  = 5.5 V; VIN  = 5.5 V  3/

02

160

µA

High-level input current at  G 2  input

IIH27

VCC  = 5.5 V; VIN  = 5.5 V Cn = 5.5 V 3/

02

700

µA

High-level input current at  P 2  input

IIH28

VCC  = 5.5 V; VIN  = 5.5 V  3/

02

300

µA

Short-circuit output current at

G  output

I0S1

VCC  = 5.5 V; S3,  A 3,  B 3 =

5.5 V  3/ 4/

01

-20

-55

mA

Short-circuit output current at

Cn+4 output

I0S2

VCC  = 5.5 V  3/ 4/

01

-20

-55

mA

Short-circuit output current at

P ,  F 0  thru  F 3  outputs

I0S3

VCC  = 5.5 V  2/ 4/

01

-20

-55

mA

Short-circuit output current

I0S4

VCC  = 5.5 V; VIL  = GND; VIN  = 5.5 V  4/

02

-40

-100

mA

Collector cutoff current at

A = B output

ICEX

VCC  = 4.5 V; V(A = B)  = 5.5 V;

all input = 2.0 V

01

250

µA

Low-level supply current

ICCL1

VCC  = 5.5 V; VIL  = 0 V; VIH  = 5.5 V

01

127

mA

ICCL2

VCC  = 5.5 V; VIL  = 0 V; VIH  = 5.5 V

02

65

mA

High-level supply current

ICCH1

VCC  = 5.5 V; VIL  = 0 V; VIH  = 5.5 V

01

135

mA

ICCH2

VCC  = 5.5 V; VIL  = 0 V; VIH  = 5.5 V

02

55

mA

Propagation delay times, high-to-low level output:  5/

A I  or  BI  to any  F   SUM  mode

tPHL1

VCC  =5.0 V  See figure 4

SUM  mode test table

01

7

46

ns

A I  or  BI  to any  F   DIFF  mode

tPHL2

VCC  =5.0 V  See figure 4

DIFF  mode test table

01

7

49

ns

A I  or  BI  to  P    SUM  mode

tPHL3

VCC  =5.0 V  See figure 4

SUM  mode test table

01

7

40

ns

A I  or  BI  to  P   DIFF  mode

tPHL4

VCC  =5.0 V  See figure 4

DIFF  mode test table

01

7

40

ns

A I  or  BI  to  G   SUM  mode

tPHL5

VCC  =5.0 V  See figure 4

SUM  mode test table

01

7

30

ns

A I  or  BI  to  G   DIFF  mode

tPHL6

VCC  =5.0 V  See figure 4

DIFF  mode test table

01

7

40

ns