MIL-M-38510-124 Microcircuits, Linear, Precision Voltage References, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, precision voltage references. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3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 III. Group A inspection for all device type O9.

Subgroup	Symbol	Test no.	Measurement value	Adapter pin number see figure 6			Pin measurement	Equation	Limits		Unit
Subgroup	Symbol	Test no.	Measurement value	1	2	3	Pin measurement	Equation	Min	Max	Unit
1 TA = +25°C	ICC	1	I1	15 V	O mA	O mA	1	ICC = I1	---	1.7	mA
	VO 11	2	V1	15 V	O mA	O mA	2	VO = V1	9.95O	1O.O5O	V
	VRLINE 21	3 4 5	V2 V3 V4	11.5 V 14.5 V 4O V	O mA O mA O mA	O mA O mA O mA	2 2 2	VRLINE = V3 - V2 VRLINE = V3 - V4	-O.12 -O.5	O.12 O.5	mV mV
	VRLOAD 21	6 7	V5 V6	15 V 15 V	O mA -1O mA	O mA O mA	2 2	VRLOAD = V5 - V6	-2. 5	2.5	mV
	IMIN	8 9	V7 I2	O mA O mA	2 mA V8	O mA O mA	2 2	V8 = V7 - 5O mV IMIN = I2	---	--- 1.5	mA
	VSHUNT 21 31	1O 11	V9 V1O	O mA O mA	1.7 mA 1O mA	O mA O mA	2 2	VSHUNT = V9 - V1O	-8.3	8.3	mV
	VTRIM	12	V11	15 V	O mA	O mA	3	VTRIM = V11	4.3	---	V
	IOS	13	I3	15 V	O V	O mA	2	IOS = I3	-5O	---	mA
2 TA = +125°C	ICC	14	I4	15 V	O mA	O mA	1	ICC = I4	---	2.O	mA
	VO 11	15	V12	15 V	O mA	O mA	2	VO = V12	9.945	1O.O55	V
	VRLINE 21	16 17 18	V13 V14 V15	11.5 V 14.5 V 4O V	O mA O mA O mA	O mA O mA O mA	2 2 2	VRLINE = V14 - V13 VRLINE = V14 - V15	-O.18 -1.O	O.18 1.O	mV mV
	VRLOAD 21	19 2O	V16 V17	15 V 15 V	O mA -1O mA	O mA O mA	2 2	VRLOAD = V17 - V16	-4.O	4.O	mV
	IMIN	21 22	V18 I5	O mA O mA	2 mA V19	O mA O mA	2 2	V19 = V18 - 5O mV IMIN = I5	---	--- 1.7	mA
	VSHUNT 21 31	23 24	V2O V21	O mA O mA	1.7 mA 1O mA	O mA O mA	2 2	VSHUNT = V21 - V2O	-12.4	12.4	mV
	?VO 1 ?T	25						?VO 1 ?T = (V12 - V1) 1 1OO	---	5	ppm1°C
3 TA = -55°C	ICC	26	I6	15 V	O mA	O mA	1	ICC = I6	---	2.O	mA
	VO 11	27	V22	15 V	O mA	O mA	2	VO = V22	9.946	1O.O54	V
	VRLINE 21	28 29 3O	V23 V24 V25	11.5 V 14.5 V 4O V	O mA O mA O mA	O mA O mA O mA	2 2 2	VRLINE = V24 - V23 VRLINE = V24 - V25	-O.18 -1.O	O.18 1.O	mV mV
	VRLOAD 21	31 32	V26 V27	15 V 15 V	O mA -1O mA	O mA O mA	2 2	VRLOAD = V27 - V26	-4.O	4.O	mV
	IMIN	33 34	V28 I7	O mA O mA	2 mA V29	O mA O mA	2 2	V29 = V28 - 5O mV IMIN = I7	---	--- 1.7	mA
	VSHUNT 21 31	35 36	V3O V31	O mA O mA	1.7 mA 1O mA	O mA O mA	2 2	VSHUNT = V31 - V3O	-12.4	12.4	mV
	?VO 1 ?T	37						?VO 1 ?T = (V22 - V1) 1 8O	---	5	ppm1°C
4 TA = +25°C	NO 41	38	N1	15 V	O mA	O mA	---	See figure 7	---	6	∝V RMS

11 Reference voltage is measured immediately after device is turned ON. Changes due to chip warm up are typically less that O.OO5 percent.

21 Line, load, and shunt mode regulation are measured on a pulse basis. Pulse is not to exceed 3O ms.

31 Shunt voltage is measured with the input open. With the input connected, the shunt mode current can be reduced to O mA. Load regulation will remain the same.

41 RMS noise is measured with a two pole high pass filter at 1O Hz and a two pole low pass filter at 1 kHz.