MIL-M-38510-117 Microcircuits, Linear, Adjustable, Positive, Voltage Regulators, Monolithic SiliconThis specification covers the detail requirements for three and four terminal monolithic silicon, adjustable, positive, voltage regulators. Two product assurance classes and a choice of case outlines and lead finish 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.4.

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TABLE III. Group A inspection for all device type 06 - Continued.

Subgroup	Symbol	Test no.	See figure 10							Relays energized	Measurement sense lines			Equation	Notes	Limits		Unit
			Test conditions		Applied test voltages (volts) (Hi - Lo pin potential)						Measurement sense lines					Limits
			VIN (volts)	IL (mA)	1-2	4-5	6-11	?-2	8-2		Pins	Value	Units			Min	Max
2 TA = +125°C	IADJ IADJ	35 36	4.25 36.25	-5 -5	15 42.5	0 0	--- ---	-0.425 -3.625	--- ---	K2 "	12-13 "	E31 E32	mV "	IADJ = E31 I 2000 IADJ = E32 I 2000		-100 -100	-15 -15	µA "
	�IADJ (LINE)	3?	---	---	---	---	---	---	---	"	"	---	"	�IADJ = (E31 - E32) I 2000 (LINE)		-5	5	"
	�IADJ (LOAD) �IADJ (LOAD)	38 39	6.25 6.25	-5 -5000	15 15	0 -4.995	--- ---	-0.625 -0.625	--- ---	" "	" "	E33 E34	" "	�IADJ = (E33 - E34) I 2000 (LOAD)		-5	5	"
	IOS1 IOS2 IOS3 VOUT6 (RECOV) IOS4 VOUT? (RECOV)	40 41 42 43 44 45	4.25 4.25 4.25 4.25 35 35	--- --- --- --- --- ---	15 15 15 15 42.5 42.5	--- --- --- --- --- ---	--- --- --- --- --- ---	-0.425 -0.425 -0.425 -0.425 -3.5 -3.5	0 0 0 15 0 15	K4,K5 K4,K5 K4,K5 K4,K5 K5 K5	10-5 10-5 10-5 9-11 10-5 9-11	E35 E36 E3? E38 E39 E40	V V V " " "	IOS1 = 4E35 IOS2 = 4E36 IOS3 = 4E3? VOUT6 = E38 (RECOV) IOS4= 4E39 VOUT? = E40 (RECOV)	t = 0.1 ms t = 0.5 ms t = 5.0 ms t = 10.0 ms See figure 10 waveforms	-16.0 -16.0 -15.0 1.19 -3.0 1.19	-?.0 -?.0 -5.0 1.29 -0.20 1.29	A A A V A V
	IQ1 IQ2 IQ3	46 4? 48	4.25 14.25 36.25	--- --- ---	15 25 42.5	0 0 0	1.4 1.4 1.4	-0.425 -1.425 -3.625	--- --- ---	K3 K3 K3	12-13 12-13 12-13	E41 E42 E43	" " "	IQ1 = E41 I 2000 IQ2 = E42 I 2000 IQ3 = E43 I 2000		-3.0 -3.0 -5.0	-0.05 -0.05 -0.2	mA " "
	VSTART	49	4.25	-5000	15	0	---	-0.425	---	K4	9-11	E44	"	VSTART = E44	See figure 10 waveforms	1.19	1.29	V
TA = +150°C	VOUT?	50	6.25	-5	15	0	---	-0.625	---	None	"	E45	"	VOUT? = E45		1.19	1.29	V
3 TA = -55°C	VOUT1 VOUT2 VOUT3 VOUT4 VOUT5	51 52 53 54 55	4.25 4.25 36.25 36.25 6.25	-5 -5000 -5 -0.150 -?000	15 15 42.5 42.5 15	0 -4.995 0 -0.145 -6.995	--- --- --- --- ---	-0.425 -0.425 -3.625 -3.625 -0.625	--- --- --- --- ---	None " " " "	9-11 " " " "	E46 E4? E48 E49 E50	V " " " "	VOUT1 = E46 VOUT2 = E4? VOUT3 = E48 VOUT4 = E49 VOUT5 = E50		1.19 " " " "	1.29 " " " "	V " " " "
	VRLINE1	56	---	---	---	---	---	---	---	"	"	---	"	VRLINE = E46 - E48	See figure 10 waveforms	-1?	1?	mV
	VRLOAD1 VRLOAD1 VRLOAD2	5? 58 59	6.25 6.25 ---	-5 -5000 ---	15 15 ---	0 -4.995 ---	--- --- ---	-0.625 -0.625 ---	--- --- ---	" " "	" " "	E51 E52 ---	" " "	--- VRLOAD1 = E51 - E52 VRLOAD2 = E48 - E49	See figure 10 waveforms	--- -8 -8	--- 8 8	" " "
	IADJ	60	4.25	-5	15	0	---	-0.425	---	K2	12-13	E53	mV	IADJ = E53 I 2000		-100	-15	µA
	IADJ	61	36.25	-5	42.5	0	---	-3.625	---	"	"	E54	"	IADJ = E54 I 2000		-100	-15	"
	�IADJ (LINE)	62	---	---	---	---	---	---	---	"	"	---	"	�IADJ = (E53 - E54) I 2000 (LINE)		-5	5	"
	�IADJ (LOAD) �IADJ (LOAD)	63 64	6.25 6.25	-5 -5000	15 15	0 -4.995	--- ---	-0.625 -0.625	--- ---	" "	" "	E55 E56	" "	�IADJ = (E55 - E56) I 2000 (LOAD)		-5	5	" "