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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3

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TABlE lll. Group A inspection for device type 03 - Continued.

Subgroup	Symbol	Test no.	Adapter pin numbers										Energized relays	Measured pin			Equations	limits		Unit
Subgroup	Symbol	Test no.	1	2	3	4	5	6	7	8	9	10	Energized relays	No.	Value	Unit	Equations	Min	Max	Unit
3 TA = -55°C	ERR1	147	----	----	-10 V	0 V	-5 V	0 V	---	GND	-15 V	+15 V		11	E82	V		4.6	5.4	V
	ERR2	148	----	----	+10 V	‘’	‘’	‘’	---	‘’	‘’	‘’		‘’	E83	‘’		-5.4	-4.6	‘’
	ERR3	149	----	----	-10 V	‘’	+5 V	‘’	---	‘’	‘’	‘’		‘’	E84	‘’		‘’	‘’	‘’
	ERR4	150	----	----	+10 V	‘’	‘’	‘’	---	‘’	‘’	‘’		‘’	E85	‘’		4.6	5.4	‘’
	ERR5	151	----	----	-5 V	‘’	-10 V	‘’	---	‘’	‘’	‘’		‘’	E86	‘’		‘’	‘’	‘’
	ERR6	152	----	----	‘’	‘’	+10 V	‘’	---	‘’	‘’	‘’		‘’	E87	‘’		-5.4	-4.6	‘’
	ERR7	153	----	----	+5 V	‘’	-10 V	‘’	---	‘’	‘’	‘’		‘’	E88	‘’		‘’	‘’	‘’
	ERR8	154	----	----	‘’	‘’	+10 V	‘’	---	‘’	‘’	‘’		‘’	E89	‘’		4.6	5.4	‘’
	VOP	155	----	----	+11 V	‘’	+11 V	‘’	---	‘’	‘’	‘’		‘’	E90	‘’	VOP = E90	+10.0		‘’
	VOP	156	----	----	‘’	‘’	-11 V	‘’	---	‘’	‘’	‘’		‘’	E91	‘’	VOP = E91		-10.0	‘’
	PSRR1	157	----	----	‘’	‘’	‘’	‘’	---	‘’	-13.5 V	+13.5 V		‘’	E92	‘’	PSRR1 = (E92-E93)/1.5	-50.0	50.0	mV/V
	PSRR1	158	----	----	‘’	‘’	‘’	‘’	---	‘’	-15 V	+15 V		‘’	E93	‘’	PSRR1 = (E92-E93)/1.5	-50.0	50.0	mV/V
	PSRR2	159	----	----	‘’	‘’	‘’	‘’	---	‘’	‘’	‘’		‘’	E94	V	PSRR2 = (E94-E95)/3.0	‘’	‘’	‘’
	PSRR2	160	----	----	‘’	‘’	‘’	‘’	---	‘’	-18 V	+18 V		‘’	E95	‘’	PSRR2 = (E94-E95)/3.0	‘’	‘’	‘’
	FT(x)	161	----	----	-10 V	‘’	0 V	‘’	---	‘’	-15 V	+15 V		‘’	E96	mV	FT(x) = ((E96+E97)/2) - E71	-100.0	100.0	mV
	FT(x)	162	----	----	+10 V	‘’	‘’	‘’	---	‘’	‘’	‘’		‘’	E97	‘’	FT(x) = ((E96+E97)/2) - E71	-100.0	100.0	mV
	FT(y)	163	----	----	0 V	‘’	-10 V	‘’	---	‘’	‘’	‘’		‘’	E98	‘’	FT(y) = ((E98+E99)/2) - E71	-80.0	80.0	‘’
	FT(y)	164	----	----	‘’	‘’	+10 V	‘’	---	‘’	‘’	‘’		‘’	E99	‘’	FT(y) = ((E98+E99)/2) - E71	-80.0	80.0	‘’
	+Nlx(A)	165	----	----	----	----	----	----	----	----	----	----		----	----	----	+Nlx(A) = E87-[(E68-E70)/4+(((E68+E70)/2+E99)/2]	-0.6	0.6	%FS
	+Nlx(B)	166	----	----	----	----	----	----	----	----	----	----		----	----	----	+Nlx(B) = E89+[(E68-E70)/4-(((E68+E70)/2+E99)/2]	‘’	‘’	‘’
	-Nlx(A)	167	----	----	----	----	----	----	----	----	----	----		----	----	----	-Nlx(A) = E86-[(E67-E69)/4+(((E67+E69)/2+E98)/2]	‘’	‘’	‘’
	-Nlx(B)	168	----	----	----	----	----	----	----	----	----	----		----	----	----	-Nlx(B) = E88+[(E67-E69)/4-(((E67+E69)/2+E98)/2]	‘’	‘’	‘’
	+Nly(A)	169	----	----	----	----	----	----	----	----	----	----		----	----	----	+Nly(A) = E83-[(E69-E70)/4+(((E69+E70)/2+E97)/2]	-0.4	0.4	‘’
	+Nly(B)	170	----	----	----	----	----	----	----	----	----	----		----	----	----	+Nly(B) = E85+[(E69-E70)/4-(((E69+E70)/2+E97)/2]	‘’	‘’	‘’