1N821
Abstract: 1N829 CD821 CD821A CD823 CD823A CD825 CD825A CD829A 1n829 die
Text: • 1N821 THRU 1N829 AVAILABLE IN JANHC AND JANKC PER MIL-PRF-19500/159 CD821 thru • MONOLITHIC TEMPERATURE COMPENSATED ZENER REFERENCE CHIPS • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE CD829A • ELECTRICALLY EQUIVALENT TO 1N821 THRU 1N829
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1N821
1N829
MIL-PRF-19500/159
CD821
CD829A
1N829
CD821
CD821A
CD823
CD823A
CD825
CD825A
CD829A
1n829 die
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H 48 zener diode
Abstract: 1N821 1N829 CD821 CD821A CD823 CD823A CD825 CD825A CD829A
Text: • 1N821 THRU 1N829 AVAILABLE IN PER MIL-PRF-19500/159 JANHC AND JANKC CD821 thru • MONOLITHIC TEMPERATURE COMPENSATED ZENER REFERENCE CHIPS • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE CD829A • ELECTRICALLY EQUIVALENT TO 1N821 THRU 1N829
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1N821
1N829
MIL-PRF-19500/159
CD821
CD829A
1N829
H 48 zener diode
CD821
CD821A
CD823
CD823A
CD825
CD825A
CD829A
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1n825 equivalent
Abstract: 1N821 1n823 equivalent 1N825 1N829 1n821 die 1N823 1N827 DIODE 1N827 1n829 equivalent
Text: TECHNICAL DATA SHEET 6 Lake Street, Lawrence, MA 01841 1-800-446-1158 / 978 620-2600 / Fax: (978) 689-0803 Website: http://www.microsemi.com Gort Road Business Park, Ennis, Co. Clare, Ireland Tel: +353 (0) 65 6840044 Fax: +353 (0) 65 6822298 – Monolithic Temperature Compensated Zener Reference Chips
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1N821
1N829
MIL-PRF-19500/159
1N821
1N823
1N825
1N827
1N829)
1n825 equivalent
1n823 equivalent
1N825
1N829
1n821 die
1N823
1N827
DIODE 1N827
1n829 equivalent
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ZENER diode TESTING CIRCUIT
Abstract: 1N3154 1N3157A 1N4565 1N4584 1N821 1N829 1N935 1N940B 1N941
Text: Summer 1997 MicroNote Series 205 by Kent Walters, Microsemi Scottsdale Zero-Temperature Coefficient Reference Diodes In MicroNotes 203, zeners were described with their characteristic positive temperature coefficient αVZ or TC herein for nominal voltages
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tN940B
1N941
1N946B
1N4057
1N4085
ZENER diode TESTING CIRCUIT
1N3154
1N3157A
1N4565
1N4584
1N821
1N829
1N935
1N940B
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201 Zener diode
Abstract: Forward Reference Diode precision reference zener diode 1N4565 1N4584 1N821 1N829 1N935 1N940B 1N941
Text: Summer 1997 MicroNote Series 205 by Kent Walters, Microsemi Scottsdale Zero-Temperature Coefficient Reference Diodes In MicroNotes 203, zeners were described with their characteristic positive temperature coefficient α VZ or TC herein for nominal voltages
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N940B
1N941
1N946B
1N4057
1N4085
201 Zener diode
Forward Reference Diode
precision reference zener diode
1N4565
1N4584
1N821
1N829
1N935
1N940B
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CD827
Abstract: zener 7.5 B 48 CD823 CD823A CD825 CD825A CD826 CD829A 1N821 1N829
Text: TECHNICAL DATA SHEET 6 Lake Street, Lawrence, MA 01841 1-800-446-1158 / 978 620-2600 / Fax: (978) 689-0803 Website: http://www.microsemi.com Gort Road Business Park, Ennis, Co. Clare, Ireland Tel: +353 (0) 65 6840044 Fax: +353 (0) 65 6822298 – Monolithic Temperature Compensated Zener Reference Chips
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1N821
1N829
CD821
CD829A
LDS-0052
CD827
zener 7.5 B 48
CD823
CD823A
CD825
CD825A
CD826
CD829A
1N829
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LM308 Op Amp IC
Abstract: 00561504 1n823a lm308 LM308 typical applications LM199 1N825 ZENER 9v zener lh0044 application zener diode reference
Text: National Semiconductor Application Note 184 July 1977 Interfacing between digital and analog signals is becoming increasingly important with the proliferation of digital signal processing. System accuracy is often limited by the accuracy of the converter and a limitation of the converter is the
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AN-184
LM308 Op Amp IC
00561504
1n823a
lm308
LM308 typical applications
LM199
1N825 ZENER
9v zener
lh0044 application
zener diode reference
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LM308 Op Amp IC
Abstract: 1N825 ZENER LM199 zener LM329 1N829 AN-184 C1995 LM129 LM199A LM399
Text: National Semiconductor Application Note 184 July 1977 Interfacing between digital and analog signals is becoming increasingly important with the proliferation of digital signal processing System accuracy is often limited by the accuracy of the converter and a limitation of the converter is the
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LM308 Op Amp IC
Abstract: 1n823a LM199 1N825 ZENER LM308 equivalent National Discrete Products Databook zener LM329 LM399A AN-184 LM129
Text: Interfacing between digital and analog signals is becoming increasingly important with the proliferation of digital signal processing. System accuracy is often limited by the accuracy of the converter and a limitation of the converter is the voltage reference. Design can be difficult if the reference is
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an005615
LM308 Op Amp IC
1n823a
LM199
1N825 ZENER
LM308 equivalent
National Discrete Products Databook
zener LM329
LM399A
AN-184
LM129
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LM199
Abstract: LM308 replacement LX5600 AN-161 1n829 noise LM308 Op Amp IC LM308 application LM308
Text: A new linear IC now provides the ultimate in highly stable voltage references. Now, a new monolithic IC the LM199, out-performs zeners and can provide a 6.9V reference with a temperature drift of less than 1 ppm/˚ and excellent long term stability. This new IC, uses a unique subsurface zener to
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LM199,
an005613
LM199
LM308 replacement
LX5600
AN-161
1n829 noise
LM308 Op Amp IC
LM308 application
LM308
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LX5600
Abstract: LM308 replacement lm308 equivalent LM199 LM308 Zener diode with 9v LM395 datasheet LM108A LM321 LM321 equivalent
Text: National Semiconductor Application Note 161 June 1976 A new linear IC now provides the ultimate in highly stable voltage references Now a new monolithic IC the LM199 out-performs zeners and can provide a 6 9V reference with a temperature drift of less than 1 ppm and excellent long
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LM199
LX5600
LM308 replacement
lm308 equivalent
LM199
LM308
Zener diode with 9v
LM395 datasheet
LM108A
LM321
LM321 equivalent
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LX5600
Abstract: LM308 replacement 1n829 noise an161 application LM308 Op Amp IC temperature stabiliser circuit diagram LM321 equivalent LM308 zener diode voltage drop and breakdown LM199
Text: National Semiconductor Application Note 161 June 1976 A new linear IC now provides the ultimate in highly stable voltage references. Now, a new monolithic IC the LM199, out-performs zeners and can provide a 6.9V reference with a temperature drift of less than 1 ppm/˚ and excellent long term
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LM199,
LX5600
LM308 replacement
1n829 noise
an161 application
LM308 Op Amp IC
temperature stabiliser circuit diagram
LM321 equivalent
LM308
zener diode voltage drop and breakdown
LM199
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1N823-1
Abstract: 1N821-1 JANTX 1N821-1 1N821UR-1 1N823UR-1 1N825-1 1N825UR-1 1N827-1 1N827UR-1 1N829-1
Text: INCH-POUND The documentation and process conversion measures necessary to comply with this revision shall be completed by 4 May 2009. MIL-PRF-19500/159P 4 February 2009 SUPERSEDING MIL-PRF-19500/159N 1 APRIL 2008 PERFORMANCE SPECIFICATION SHEET * SEMICONDUCTOR DEVICE, DIODE, SILICON, TEMPERATURE COMPENSATED,
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MIL-PRF-19500/159P
MIL-PRF-19500/159N
1N821-1,
1N823-1,
1N825-1,
1N827-1,
1N829-1,
1N821UR-1,
1N823UR-1,
1N825UR-1,
1N823-1
1N821-1 JANTX
1N821-1
1N821UR-1
1N823UR-1
1N825-1
1N825UR-1
1N827-1
1N827UR-1
1N829-1
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1N821-1
Abstract: 1N829-1 MIL-PRF-19500 zener diode 1N829-1 JANTX
Text: INCHES POUND The documentation process conversion measures necessary to comply with this revision shall be completed by 29 January 2000. MIL-PRF-19500/159K 19 November 1999 SUPERSEDING MIL-PRF-19500/159J 1 July 1998 PERFORMANCE SPECIFICATION SHEET SEMICONDUCTOR DEVICE, DIODE, SILICON, VOLTAGE-REFERENCE,
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MIL-PRF-19500/159K
MIL-PRF-19500/159J
1N821-1,
1N823-1,
1N825-1,
1N827-1,
1N829-1,
1N821UR-1,
1N823UR-1,
1N825UR-1,
1N821-1
1N829-1
MIL-PRF-19500 zener diode
1N829-1 JANTX
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D821A
Abstract: d823a
Text: • 1N821 THRU 1N829 AVAILABLE IN CD821 JANC thru • MONOLITHIC TEMPERATURE COMPENSATED ZENER REFERENCE CHIPS CD829A • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • ELECTRICALLY EQUIVALENT TO 1N821 THRU 1N829 • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES
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1N821
1N829
CD821
1N829
CD829A
CD821
D821A
d823a
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E3055
Abstract: 1N821 1N829 CD821 CD823 CD823A CD825 CD825A CD826 CD829A
Text: CD821 • 1N821 THRU 1N829 AVAILABLE IN JANC thru • MONOLITHIC TEMPERATURE COMPENSATED ZENER REFERENCE CHIPS CD829A • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • ELECTRICALLY EQUIVALENT TO 1N821 THRU 1N829 • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES
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1N821
1N829
1N829
CD821
CD829A
2302S54
E3055
CD823
CD823A
CD825
CD825A
CD826
CD829A
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C0821
Abstract: 1N821 CD821 CD821A CD826 CD827A COMPENSATED DEVICES INC zener discrete
Text: 2GE D C OM PEN SA TED DEVICES INC 23GE554 OGGGB^S 3 . • MONOUTHIC TEMPERATURE COMPEMSATEB ZENER IEFEREHCE CHIPS • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE T-il-os; CD821 • &2 AND &55 VOLT NOMINAL ZENER VOLTAGES thru • ELECTRICALLY EQUIVALENT TO 1N821 THRU 1N829
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H3D2554
1N821
1N821T
CD821
CD829A
C0821
CD821A
CD826
CD827A
COMPENSATED DEVICES INC
zener discrete
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CH829
Abstract: diode Lz zener i829 1N4565A 1N4584A 1N829 CH821 CH823 CH825 CH827
Text: T EM P E R A T U R E COMPENSATED VOLTAGE REGULATOR PLANAR DIODE CHIPS 6.2-6.4 VOLTS SINGLE CHIP Electrically equivalent to the JE D E C IN 821 - 1N829 1N4565A - 1N4584A C om patible w ith u ltraso n ic and therm ocom pression lead bonding, scru b and eutectic preform die bonding.
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1N829
1N4565A-
1N4584A
CH4582A
CH4583A
CH4584A
CH829
diode Lz zener
i829
1N4565A
1N4584A
CH821
CH823
CH825
CH827
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1n4573
Abstract: 1n4573a die 1N827A 1n4579 10823a 1C45 1n829 1n4573 die
Text: M O T O R O L A SC O I O D E S / O P T O l 6367255 MOTOROLA SC 34 <D I O D E S / O P T O DE | b3fci7S55 0 0 3 0 1 1 0 3 | 34C 38118 T -//- D 0 5" SILICON ZENER DIODE DICE continued) 1C821 & 1C4565 — SERIES DIE NO. LINE SOURCE — DZD400 This die provides performance equal to or better than that
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b3fci7S55
DZD400
1C821
1C4565
1N821
1N829
1N4565
1N4584
1N4765
1N4784
1n4573
1n4573a die
1N827A
1n4579
10823a
1C45
1n4573 die
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1M823-1
Abstract: 1N827 DIODE 1N827 1N821-1 1N823 DIODE 1N825 1N829-1 1N825 1N827-1 1N821-1 JANTX
Text: INCH-POUND The documentation and process conversion measures necessary to comply with this revision shall be completed by 16 November 1994 MIL-S-19500/159H 16 Hav 1994 SUPERSEDING MIL-S-19500/159G 22 January 1993 MILITARY SPECIFICATION SEMICONDUCTOR DEVICE, DIODE, SILICON, VOLTAGE-REFERENCE,
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MIL-S-19500/159H
MIL-S-19500/159G
1N821,
1N823,
1N825,
1N827,
1N829,
1N821-1,
1N823-1,
1N825-1,
1M823-1
1N827
DIODE 1N827
1N821-1
1N823
DIODE 1N825
1N829-1
1N825
1N827-1
1N821-1 JANTX
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1N4010
Abstract: 8245 diode 1N3501
Text: Zero-TC Reference Diodes 49.6 6.5 6.5 6.5 6.5 6.2 6.2 6.2 6.2 6.2 Zzt <C2 IR uA) VR I Toi. I (V) [(+/-%) 0.005 160 0.001 12 0.0005! 12 0.001 12 0.001 12 ID O 0.04 0.0005 0.04 0.001 0.04 0.001 0.04 0.0005! 0.01 2 2 0,01 O 6.4 0.003 0.01 0.01 0.005 0.002 0.001
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DO-35
DO-710
1N4010
8245 diode
1N3501
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H957
Abstract: No abstract text available
Text: ZERO TEMPERATURE COMPENSATED REFERENCE DIODES Single Chip and Chip Stacks INDUSTRY STANDARD PART# MICROSEMI CHIP PART # (N o t* 1) DIE SIZE (N ot* 1) POWER RATING* DIE GEOMETRY DIE THICKNESS ( F lg u r* ) M ETA LLIZ A TIO N PACKAGING BACK OPTIONS WAFFLE F. VIAL
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1N829,
1N6031
1EZ110D5-
1EZ110D
1EZ200D
2EZ200D
3EZ39D
3EZ200D
H957
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MD4148
Abstract: MD5614 MD5615 1N5614 MSC 1n3600 die 1N5550-1N5553 1N4001 microsemi 1N3595 MSC md4007 MD56-2
Text: GENERAL PARAMETER RESTRICTIONS FOR 100% DICE TEST: U nm ounted dice d o n o t have the pow er ratings o f packaged devices, therefore test conditions as well as ratings m ay need to be reduced or sam pled in packaged form as described below: V p = 200 m A m axim um . A ccuracy variable above 50 m A , highly contact dependent.*
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1N8211N829
1N9351N939
1N9411N945-
CZ821CZ829
CZ935CZ939
CZ941CZ945
1N61031N6137
1N61391M6173
DD6103DD6137
DD6139DD6173
MD4148
MD5614
MD5615
1N5614 MSC
1n3600 die
1N5550-1N5553
1N4001 microsemi
1N3595 MSC
md4007
MD56-2
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ma 1458
Abstract: MZ3157 IN821 MZ827A MZ3154 MZ3156 MZ821 MZ823 1n823 equivalent MZ827
Text: b £ O ?& > O UJ CO Ì¡ u lg io O O, lu ; s o n i a p è 2 « £ c 2 > . E3 £ o o u .5 n fa c « a 2 E <oz X o uj z U lte i§ s! I - P UJ < t oc acccc < Ui Ui CCÛ-z S uj UJ N S a i £0 ö> a» E . Q) E ? $ Q i H m m h . CM CM CM CM OOOOOO se io +i un u o o ,
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MZ821
MZ823
MZ825
MZ827
MZ935
MZ938
MZ941
MZ944
MZ3154
MZ3156
ma 1458
MZ3157
IN821
MZ827A
1n823 equivalent
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