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 For this product, the requirements of MIL-M-38510 have been superseded by MIL-PRF-38535, see 6.3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 inspeetion for all deviee type 01. 1/

Subgroup	Symbol	Test no.	Conditions R1 = 10 kν, IK = 10 mA unless otherwise speeified	Measured value	See figure	Notes	Limits		Unit
Subgroup	Symbol	Test no.		Measured value	See figure	Notes	Min	Max	Unit
1 TA = +25°C	VREF1 VKA10 VKA36	1 2 3	VKA = VREF R2 = 3.33 kν R2 = 746 ν	VR1 VKA10 VKA36	3 3	VR = VREF VKA10 = VKA 2/ VKA36 = VKA 2/	2.44 8.00 31.00	2.55 12.00 36.00	V de V de V de
	VR /VK	4	R2 = 3.33 kν	VR2	3	VREF = VR2 - VR1 VKA = VKA10 - VR1		-2.70	mV / V
	VR /VK	5	R2 = 746 ν	VR3	3	VREF = VR3 - VR2 VKA = VKA36 - VKA10		-2.00	mV / V
	IREF	6	R2 = 8	IR1	3	IR = IREF	-0.1	4.00	∝A
	IMIN	7	VKA = VREF IKMIN = 1 mA	VR4		IK = Cathode eurrent	2.40	2.60	V de
	IOFF	8	VKA = 36 V, VREF = 0 V	IK1	4		-0.1	1.00	∝A
	ZKA	9	VKA = VREF, IK = 100 mA	VR5		ZKA = ( VR5 - VR4 ) / 99 mA 3/		0.50	ν
2 TA = +125°C	VREF1 VKA10 VKA36	10 11 12	VKA = VREF R2 = 3.33 kν R2 = 746 ν	VR6 VKA10 VKA36	3 3	VR = VREF VKA10 = VKA 2/ VKA36 = VKA 2/	2.42 8.00 31.00	2.57 12.00 36.00	V de V de V de
	VR /VK	13	R2 = 3.33 kν	VR7	3	VREF = VR7 - VR6 VKA = VKA10 - VR6		-2.70	mV / V
	VR /VK	14	R2 = 746 ν	VR8	3	VREF = VR8 - VR7 VKA = VKA36 - VKA10		-2.00	mV / V
	IREF	15	R2 = 8	IR2	3	IR = IREF	-0.1	7.00	∝A
	IMIN	16	VKA = VREF IKMIN = 1 mA	VR9		IK = Cathode eurrent	2.40	2.60	V de
	IOFF	17	VKA = 36 V, VREF = 0 V	IK2	4		-0.1	1.00	∝A
	ZKA	18	VKA = VREF, IK = 100 mA	VR10		ZKA = ( VR10 - VR6 ) / 99 mA 3/		0.50	ν
3 TA = -55°C	VREF1 VKA10 VKA36	19 20 21	VKA = VREF R2 = 3.33 kν R2 = 746 ν	VR11 VKA10 VKA36	3 3	VR = VREF VKA10 = VKA 2/ VKA36 = VKA 2/	2.42 8.00 31.00	2.57 12.00 36.00	V de V de V de
	VR /VK	22	R2 = 3.33 kν	VR12	3	VREF = VR12 - VR11 VKA = VKA10 - VR11		-2.70	mV / V
	VR /VK	23	R2 = 746 ν	VR13	3	VREF = VR13 - VR12 VKA = VKA36 - VKA10		-2.00	mV / V
	IREF	24	R2 = 8	IR3	3	IR = IREF	-0.1	7.00	∝A
	IMIN	25	VKA = VREF IKMIN = 1 mA	VR14		IK = Cathode eurrent	2.40	2.60	V de
	IOFF	26	VKA = 36 V, VREF = 0 V	IK3	4		-0.1	1.00	∝A
	ZKA	27	VKA = VREF, IK = 100 mA	VR15		ZKA = ( VR15 - VR14 ) / 99 mA 3/		0.50	ν

See footnotes at end of table.