MIL-M-38510-148 Microcircuits, Linear, Adjustable, Precision Voltage Reference, Shunt Regulator, Monolithic SiliconThis specification covers the detail requirements for monolithic silicon, precision voltage reference. 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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3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 02. 1/

Subgroup	Symbol	Test no.	Measured value	Reference	Z	Adjustment	Pin measurement	Equations	Limits		Unit
Subgroup	Symbol	Test no.	Measured value	Reference	Z	Adjustment	Pin measurement	Equations	Min	Max	Unit
1 TA = +25°C	IMIN	1	I1	260 ∝A			1		2.48		V
	VZ	2	V1	400 ∝A			2	VZ = V1	2.495	2.505	V
		3	V2	1 mA			2	VZ = V2	2.495	2.505
		4	V3	10 mA			2	VZ = V3	2.490	2.510
	VZLOAD	5						VZLOAD = V1 - V3	-10.0	10.0	mV
	VADJ	6	V4	1 mA		600 mV	2	VADJ = V4		2.500	V
	VADJ	7	V5	1 mA		1.9 V	2	VADJ = V5	2.500		V
	VZADJ	8					2	VZADJ = V5 - V4	100.0		mV
	VZ / IZ	9	V6	0.4 mA			2	VZ / IZ = ( V6 - V7 ) / 9.6 mA		1.0	ν
	VZ / IZ	10	V7	10 mA			2	VZ / IZ = ( V6 - V7 ) / 9.6 mA		1.0	ν
2 TA = +125°C	IMIN	11	I2	340 ∝A			1		2.465		V
	VZ	12	V8	400 ∝A			2	VZ = V8	2.480	2.520	V
		13	V9	1 mA			2	VZ = V9	2.480	2.520
		14	V10	10 mA			2	VZ = V10	2.480	2.520
	VZLOAD	15						VZLOAD = V10 - V8	-10.0	10.0	mV
	VADJ	16	V11	1 mA		600 mV	2	VADJ = V11		2.500	V
	VADJ	17	V12	1 mA		1.9 V	2	VADJ = V12	2.500		V
	VZADJ	18					2	VZADJ = V12 - V11	100.0		mV
	VZ / IZ	19	V13	400 ∝A			2	VZ / IZ = ( V14 - V13 ) / 9.6 mA		1.0	ν
	VZ / IZ	20	V14	10 mA			2	VZ / IZ = ( V14 - V13 ) / 9.6 mA		1.0	ν
3 TA = -55°C	IMIN	21	I3	200 ∝A			1		2.465		V
	VZ	22	V15	400 ∝A			2	VZ = V15	2.480	2.520	V
		23	V16	1 mA			2	VZ = V16	2.480	2.520
		24	V17	10 mA			2	VZ = V17	2.480	2.520
	VZLOAD	25						VZLOAD = V15 - V17	-10.0	10.0	mV
	VADJ	26	V18	1 mA		600 mV	2	VADJ = V18		2.500	V
	VADJ	27	V19	1 mA		1.9 V	2	VADJ = V19	2.500		V
	VZADJ	28					2	VZADJ = V19 - V18	100.0		mV
	VZ / IZ	29	V20	400 ∝A			2	VZ / IZ = ( V21 - V20 ) / 9.6 mA		1.0	ν
	VZ / IZ	30	V21	10 mA			2	VZ / IZ = ( V21 - V20 ) / 9.6 mA		1.0	ν
4 TA = +25°C	NO	31	N1					See figure 6		30	∝Vp-p
5 TA = +125°C	VZ / dT	32						VZ / dT = I V9 - V2 I		15	mV
6 TA = -55°C	VZ / dT	33						VZ / dT = I V16 - V2 I		15	mV

1/ Use test circuit for device type 02 shown on figure 5. For devices marked with the "Q" certification mark, the parameters listed herein may be guaranteed if not tested to the limits specified herein in accordance with the manufacturer's QM plan.