mil-std-701n 31 january199o superseding mil-s7d-701 m...
TRANSCRIPT
I NOT MEASUREMENTSENSITIVE I
MIL-STD-701N
31 JANUARY199o
SUPERSEDINGMIL-S7D-701 M9 JUNE 1986
MILITARY STANDARD
11S7SOF STANDARD
SEMICONDUCTORDEVICES
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I AMSC NIA
, DISTRIBUTION STATEMEFJT A.
Fsc 59GP
“Approved for public release; distribution Is unlimited.
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MI L-STO-701N
FOREWORO
1. Thfs ❑ilitary standard is approved for use by all Oepartme”ts and Agencies of the Departmentof Defense.
2. Beneficial .a5ents ( recamnendations, additions, deletions) and any pertinent data which maybe of use in improving this document should be addressed to: Oirector, Space and Naval WarfareSystems Comnand, Department of the Navy, AT7N: SPAU4R 8111, ‘Washington, OC 20363 by using thesel f-addressed standardization Document Improvement Proposal (DO Form 1426) appearing at the endof this document or by letter.
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MI L-STD-701M
TABLES - Contt nued
TAKE XVxv]XVIIXVIIIXIXxxXXIXXIIXXIIIXXIVxxvXxviXXVIIXXVIIIxxixxxxXXX1
FIGURE 1
Light emitting diodes ----- ---------------Thyristors (silicon controlled rectifiers)- - - - - - - - - -Optically coupled isolators - - - - - - - - - - - - - - - - -NPN low-power transistors - . - - . - . - . - - - . - - - . -PNPlow-power transistors --- ---------------NPNpower transistors ----- ---------------PNP power transistors ----- ---------------RFtransfstors ---------- --------------Opal transi stora (dlfferentf al amplifier) - - - - - - - - - -Dual transistors ---------- -------------Darlington transistors ----- ---------------Unijunctf OntransistOrs ----- --------------Junction field effect transistors - - . . . - - - - - - - - -Low-power chopperMOS FET, power- -Numerical 1 i stingNumerical 1 i sting
Case outlines - -
transistors ----------- . . ..-. ---- ----- ----- . . . . . --
ofdevice typea -------- ------ofthyristors -------- -------
FIGURE
----- ----- ----- ----- -.
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H30313233343536-4041
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MIL-STD-701N
1. SCOPE
1.1 Sco e.+
This standard establishes the requirements for the selection of semiconductordevices use fn the design and manufacture of mil ftsry equ{pment.
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2.
2.1 Government documents.
MI L-STD-701N
APPLICABLE 00CUMENTS
2.1.1 S ecificatton. The following specification, forms a part of this specification to theextent sp~n. lJ”less otherdse s.pecifl.?d, the issues of these documents shall be those1 isted in the issue of the Department of Oefense Index of Specifications and Standerds (0001SS)and supplement thereto, cited in the sol icitation.
SPECIFICATION
MILITARY
MI L-S-19500 - Semiconductor Devices, General Specification for.
[Unless otherwise indicated, copies of federal and military specifications, standards, andhandbooks are available f mu the Naval Publications and Forms Center, (A17N: NPOOS), 58o1 TaborAvenue, Philadelphia, PA 19120-5099. )
2.2 Order of precedence. In the event of a conflict between the text of this document and thereferences ctted herein, the text of this document takes precedence. Noth$ng in this document,however, supersedes applicable 1 aws and regulations unless a specf fic exemption has been obtained.
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MIL.STD-701N
3. DEFINITIONS
3.1 Definitions. The terms’ used in this standard are defined in MIL-s-19500,
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MI L-STO-701N
4. GENERAL REWIREWNTS
4.1 x. The purpose of this standard {s as follens:
a. To provide equipment designers and manufacturers with 1 f sts of semiconductor devicesconsidered to be standard for military applications.
b. To control and minfmize the variety of semiconductor devices used by military activitiesin order to facilitate effective logistic support of equipment in the field; to maximizeeconomic support of, and to co~er.trate t~rovemant on, production of the semiconductordevices lfsted in this standard.
4.2 Selection of semiconductor devices. Semiconductor device types must be selected from thosetypes 11 steal in this standard. Th e variety of sedconductor devices used i n any militaryequfpment shal 1 be the minimum necessary to provfde satisfactory performance.
4.3 Use of semiconductor devices.
4.3.1 Controlled characteristics. Satisfactory equipment performance shall depend only on asemiconductor device characteristic which is control led by the applicable MIL-S-19500 detailspecification.
4.3.2 Correlation of circuit requirements and deteil specification test conditions. When anappl icatfon condit ion varies widely from the detail speci f i cation test condition(s), i t shal 1 bethe responsibility of the contractor to establish satisfacto~ correlation between the circuitrequi remants and the detail specification requirements.
4.4 Criteria for inclusion in thts standard.
a. The semiconductor device shal 1 be considered by representatives of the mil f tarYdepartments, the best available type for current application.
b. Continued availability of the semiconductor device shal 1 be reasonably certain.
c. The semiconductor device shal 1 have an approved military specification.
4.5 Lists of semiconductor devices. Tables included herein list the ratings and primaryelectrical characteristics and eppl icable specification number for al 1 semiconductor devicesapprOved es standard fOr use in the design and manufacture of military equipment. (Completedetailed requirements for semiconductor devices 1 isted in this standard are covered in theaPPl fcable deteil specification. ) Al 1 devices 1 isted herein are sil icon types except for thedevices listed in table XIV.
4.5.1 TX, TXV, and S types. Only the JANTX, JANTXV, and JwS versions of semiconductor devicetYPes 1 i Steal herein are approved for “se. The prefix J~TX fs used on devices which have beensuhnitted to and have passed special process-conditioning, testing and screening and the prefixJAt4TXV is used on devices which have been submitted to a visual precap inspection i n addition tothe process-conditioning, testing and screening. The JANS prefix .is used on devices which havebeen subject to special certification, process-conditioning testing, screening, precap visual ,radiography, particle tests, and other tests for space flight quality level.
4.5.1.1 Dash one (-1) parts. Iihere dash one ( -1) parts are available on the detailspecification and listad on ClFL-19500, they shal 1 be considered to be the preferred types.
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I4.5.2 Reverse polarity types.
1 isted herein, are also approved
MI L-STO-701N
The reverse polarity versions of semiconductor device typesfor use.
4.5.3 Surface mount. Surface mount versions of devices signified by ‘U’ sufffx are alsoapproved for use.
4.6 Conflict of data. In the event of conflict between the technical description ofsemfconauctor devices Tf steal in thfs standard and the appl icable specf ffcatlon, the specificationshal 1 govern.
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MIL-STD-701N
5. DETAILED REQUIREMENTS (not applicable).
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(This sect<on contains information of ais not mandatory. )
6.1 Oimensfons are fn fnches.
MIL-STD-701N
6. NOTES
general or explanatory nature that may be helpful, but
6.2 Metric equivalents are given for general information only.
6.3 International standardization agreettents. Certain provisions of this stsndard are thesubject or international standardization agreemsnt NATO Electronic Parts Reconsnendatfon (NEPR)19. When revf sion or cancellation of this standard is proposed which wil 1 affect or viola@ theInternational agreement concerned, the prep.srf ng activity will tdke appropriate reconciliatoryaction through international standardization channels, including departmental standardizationoffices, if raquired.
6.4 Parameter values. Every reasonable effort is made te f nsure that thfs standard 1 ists theuast recent parametar values for the devices 1 Isted. However, users are cautioned to verify al 1values agal”st the current I-Wi SiO” of the appl Icable de~f 1 ~pecf ffcati~”o
6.5 I)ual ffled products 1 fst. Scnie of the device types 1 isted in this stendard nay not be1 isted on QPL 19500 Th e preparing activity ❑ay be contacted to obtain the up-to-date status ofthe 12PL. (Se; proc~dures and notes in QPL-19500. )
6.6 Case outline. ’94’ In the case column indicates fnclusfon of a surface mount caseconff uration on
1the specification. Case dimensions must be obtained from the specification but
‘ S44’ n this standard does not guarantee QPL avaf labil ity.
6.7 Subject terms (key word) 1 istf n$.
Semi conducter deviceOf odeRectifierTransistorThyrf ster
6.8 Changes from previous Issue. Marginal notations are not used in this revision to identifychangea with respect to the previous issue due w the extensiveness of the changes.
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MIL-STD-701N
TABLE 1. Switching diodes [lf steal in order of Increasing trr).
I Oevlce i Time iVRkMivF~t IF ~ IR at VRM I i c i Case lSpecifi- IItrr(max) ~[~ dd~
\ n%r ~ (ns)I IF to IR I(max) I out- I cation I
1 I \[pF) ~ line lMfL-S- I
I I 1 M;,::”clatit’!I 19500/ I
I I III I
I I I II I I I I I I I1 r11 N4454-1 i11 N4153-1 i11N4150-1 II11N4148-I !I 1N4938-1 I11 N5711 1/111N5712 T/I11 N5719 ~/111N6638 S/I11 N6642 5/111N6643 ~/\
4.04.04.0
5.050.0
$;T/-4.5
:::
I :: IOIJOI ;: I :“;5 I
~50++3qo:ll
17511. OI1OIO.5II 175 I 1.0 I 100 I 0.1 I15011.011510.2111611 .o135io.15iI 100 I 1.0 I 100 I 0.25 II 125 I 1.1 I 2CQ I 0.0251I 75 I 1.2 I 100 I 0.0251I 50 I 1.2 ~ 100 ~ 0,0501II I
10050
100
100100200100
15405075
iIF.1~.10mAi2.OlIF. IR.10us412.0IIF. 1 .1 0M41 2.5I t0280mA 1t IF .IR. lonb414. olIF. IR.lOtij 5.0
i
II
!
003500350035
00350035003500350035
I
I
—
144337231
116169444445443578578578
Schottky barrier type.Minority carrier lifetime eauals 100 D4C0SeC0ndS. maximum.PIN tYDe.Effec~i ve carrier 1 ifetfme equals 100 ns, ❑inimum.1N6638, 1N6642, and 1N6643 are full area high temperature metallurgically bonded constructionwhich are i!nnune by design to intermf ttencles caused by thermal cycling and vibration andshould be used fn tactical , airborne, missile, and space flight applications.
TA6LE 11. h.ial -1 ead puxer rectifiers.
1 I I I I I I II Oevfce I VRW ~ maximum I
rMaximum ~ Maximum I Maxi ❑um 1 Case I Specf ffcation I
I type II n!mber I
I lR at VR~
I 11I at IQ-C ~ (l!? ~ O“tlfne \ “lL-S-195W’ \
~iV Mat IF Iat 25”Clat TA. I FWO I I
I
/I I
I“(t I*(A I I 100 CllcycavglI ](V pk)l pk) I pk) I(PA dc)~(uA dc) ~ (A dc) I / /
.1(V dc)l(A dc)l1 I I I I I I! IN5551 I 400 1*1.2 I*9 1/ I 1.0 1 75 I 3.0 1 17s ] ::;: I 420I 1N5552 I 600 1*1.2 l*9T/ I 1.0 I 75 I 3.0 ~ 175 420I 1N5553 I 800 1*1.3 I*9 T/ I 1.0 I 75 I 3.0 175 I 00204 42o /\ 1N5554 j10Cf3 1*1,3 \*9 ~/ I 1.0 ~ 75 I 3.0 I 175 I 00204 i 420
II I I I I I I I
1 1N5616 I 400 I 1.2 I 1 10.5 125 I 1.0 ! 200 I 00204 I 427 I11 N561816D0 11.211 10.5 125 I 1.0 I 200 I 00204 I 427I 1N5620 I 8@3 I 1.2 I 1 I 0.5 I 25~ 1N5622 ~1000 \ 1.2 ~ 1 1 0.5 I 25 ~ ~:~ ~ ~~~ ~ W;% ~ t$; i~1 Duty cycle ~ 2 percent, $ . 1/120 s.
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MIL..SrD-7olN
TABLE II 1. Fast-recove~ rectifiers (l fsted fn order of trr. )
1 I I II Oevfce I Recovew lVR~ I I @tI type I tim\ number ~ trr
IT ‘?5CI l+ Ioo”c
/ !I I
! / (ns) ~ (V) ~ (Al
1N5804 I 25 11001~l&~\ ;: ~;so~ :
~
1;[::!:1 :: [:: ~ ~I 1N5816 I 35
1N63D4I
I 1N6305 I :8150:70I 100 I 70
I 1N63C4 I 50 I 150 I 70~I 1N5615 I 150 1I 1N5417 I 150 12COI 3I 1N5617 I 150 14001
~I 1N5418 I 150
I Wl:i 1 % I%’ 1 ::;
I 1N3893 I 200I IN3913 I 2U3
I 400 I ●12I 400 I ●3O
I 1N5419 I 250 I Soo I-I IN5619 I 250I 1N5621 I 3W I 800 I ;I 1N5420 I 4C4) 16WII 1N5623 I 500 11000 I ;
Max reverse currentfx2;ts f et rated VR at
125 i 5.0 i250 I 10.0250 I 10.0 i 2%
1000 i 25.0 i1000 I 25.0 I
~
50 I 1:0I %
~50 i 1.0 i
I 25.0 I w&’Ri I 80.0 I ●l@o(y
~
300 I eo:o I ●lomo
~
NOTE: Ulen finel Ized the 1N6620-6631 should be addad to this table.~/ Straight and reverse polarity types avaflable.
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I
I ICase I Specification
outline ~ MI L-S-19500/ I
!
I/
~
Axial I 477 /Axial 1 477
~
1/ 004 I 478 Ir/ D04 I 478-i-+1( 005 Irf 005 I 550 Ir/ D05 I 550~
Axial I 411 IAxial I 429
~411
1/ DIM I 304 Irl 005 I~1/ 004 Ir/ 005 I ;~ I‘Axial I~
429Axial I 429 IAxial I 411Axial I 429 /
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-I 1N1202Ai 1N12WA
I 1N1206A
~ ;!%;:1
1’ 1N1186I 1N1188I 1N1190I 1N3766I 1N3768
141L. STO-701N
TABLE IV. Power rectf fers ( 1 isted in order of maxfwm dc output current).
12 i 20012 I 40012 I 60012 I zoo12 I 1000
35 i 20035 I 40035 I 60035 I 80035 I 1000
w:;:s :Maxfmm IR at i Case i Specl fication ;
VRW I outline { MIL-S-19500/ II
r t~ TC ~5°C
I rI TC 150”C I / I
500 i 250 VA i 3ti500 I 25o VA
i 005 i 297I 3ml
500 I 25o VAI 005 I 297
I 3A500 I 250 UA
I 005 I 297I 3ml I 005 I 297
500 I 250 UA I 3MA I 005 I 297
TASLE V. Schottky power rectifiers.
i Oevlce ~ ~ i 14axflnu?l i !4wimum i II IR at VRW I 10
i
I nl%r ~ VRHM I Maxfmum II VFM af IFM
I Maximum i Case !I I I
IITop
Iat 25”C\at TA 175”CITC . 125 Iloutline~
I I* Tc .115 I . I!(V pk)!*(V
II*(A 1(M4 pk)l (IIA pk) I
1/
I pk) ~ pk) I ~(c) ~/I
I I I I I I I1N6391 I 45 I .68 I 50 I 15 I
~ 1N6392 1400 I
~45~.82~120~20 ~ 6013
22.5 I 175 I 004 I 553 II %4.0 I 175 \ 005 I 554 I
II
Specfficationl141L-s-19500/ I
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NOTE: When qualified, the 1N6492 should be added to this tdble.
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TABLE VI.
HIL-STD-701N
Hfgh-vol tage rectf ff er dssembl fes ( 1 f steal f n order ofincreasing reverse vol tc.gel.
7 1 1 I I I I I I iI Device I VR~ ~(vV~c)~ 10 (IMX) II type
I Maxfmum IR I Case I Specification Iat TA
I numberlIF Mat ~TA
1/1 I l/i20 s ~ W;W? /%j”*L-s-19w0’ 1I
I ~ (MA) \ “cI (uA) I
I (A) I (“c) ~ I II
I I I I I 1-1N3644 1500 5.0 I 254 I 25 I 14
~;~:fi~ ]2000~ 5.1312501 25 I 14 ~;~ j11/1 279lT/1 279 I
250015.012501 :: ~ ~~I 1N3647 I 3000 [ 5.0 \ 250 ~ ~2515
lT/1 279;Tll 279 /
I
~/ Cylindrical .315 inch X .090 inch maximum.
NOTE : The fol lowing new specification wf th thebe added to this table when qualified:
MI L-S-195L!WS75 1N6512 through 19MlL-S- 19500/576 1N6520 through 27MI L-S-19500/S77 1N6528 through 35
TA61E VII.
1 I I (
included devices are not yet qual i ffed. They shO”ld
Hfgh current, full wave, bridge rectifiersi steal fn order of increasing 10.
~Phase ~ Oev;⁣pe ~ VR~ ~10 at T55”!
I I ~ T[ =(~f”ClMIL-S-19500/ I
13 ~~~~~c ~ J%e ~’pecificatio”lIT.55C
/I I
1 I I iA) (pkl !I r
Single )419S00/469.01 200 I 10 I 100lSinglelf419500/469-02 I 400 1 10
lSee figure 1 I 469 I100
(Single lU19500/469-03 I 600 I 10469
100:
I 469 IlSinglel M19500/469-04 I 800 I 10 100 ; 469 II Single lM19500/469-05 I 1000 I 10 100 I 469 I
I IlSinglel SPA25lSinglel sPB25
I 100 I 25 15012001
]See ffgure 1 I 446 I150
lSinglel S?C25 14001 :: I :S$ I :;lSinglel 5Po25
I16001 25 446 I
l~;~ ~~~:~$&: ~ ~;~ ~ z, ~ ::; [See ffgure I :,E3j::
lThree lM19500/423-03 I 600 I 150 I
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MI L-SrD-7olN
Oevice types 469-xx
1.
Inches nm.370 9.39.500 12.70.51 12.9.570 14.48.750 19.05.77 19.5.82 20.4
1.06 26.91.144 g;. f2.28 .
FIGURE 1. Case outlines.
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Oevice types SP%?5
A
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MI L-STD-701N
TABLE VIII. Multiple diode arrays ( individual diode ratings).
Oevice i 10type I
number I T . 25”cI ?M4 dc)
1N6511 i 3001N6101 I1N6506 i1N6507 I1N6508 I1N6509 I
8765
i I I I I I Iv~~ IVF at I!R at it,, ~ CT i Outline i Specification i
II at IV atllbOm4 14~Vdc \
~ sch~:ic ~ MIL-s-19500/ I
I (V dc) I(uA dc) ~ ins) ~ (PF) I/
I
I I 1 [ 1
il.o~o.li5i4i;; I
OIP i 474 I15141120 14 i
% I i 120 18 i6060 /
120181! 120 {81
I
I I I I
4 321
HHHH9 10 11 12 13 14 15 16
lN610i
@ @ @ @ @ ;;N&!;:~N;COMMON CATHOOE1N6506[OIPI
COMMON CATHODElN6!i07
(Q—@ @ @ @ :l!N;;::;:;;
COMMON ANOOE/COMMON CATHOOE1N650B(DIP)
B@87
& @ NO INTERNAL
OUAL COMMON ANODE/COMMON CATHOOE1N6509 (DIP)
(DIP) 1N6511(DIP)
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MIL.$TD-701N
TABLE IX. Voltage reference diodes ( 1 isted t n order of voltage range).
I I I I I IDevice I Reference voltage I Voltage I Oynamic
type II Max. I (&e I Speciffcatlon
range I temp I impedancenutie r I r stability I ‘e~” ~ ;:;; / f41L-5-195m/
IVR)I
I &V(BR) ~ ZI hln 1 ‘A!!) I
Iatz I I I
I (v] I (v) I (v) [ (ohms) i (M) 1 (“c) 1’ I
1N821-1 I 5.90 I 6.50 [ 0.096 I 15 I 7.5 I 175 I 007 I 1591NB23-1 I 5.90 I 6.50 I 0.048 I 15 I 7.5 I 175 I 007 I 1591NE25.1 I 5.90 I 6.50 I 0.019 I 15 I 7.5 I 175 I 007 I 1591NB27-1 I 5.90 I 6.50 I 0.009 I 15 I 7.5 I 175 I 007 I 159lN829-1 I 5.90 I 6.50 I 0.005 I 15 I 7.5 ~ 175 I D07 I 159
[ I ( I I1N4565A-1 I 6.08
II 6.72
I II 0.100 I 200 \ :.: I 175 I 007 I 452
1N4566A-1 I 6.OB I 6.72 I 0.050 I 200 I 175 I 007 I 452IN4567A-1 I 6.08 I 6.72 I 0.020 I 2001N456EA-I I 6.02 I 6.72 I 0.010 I 200
I 0:5 I 175 I 007 I 452I 0.5 I 175 I 007 I 452
1N4569A-1 I 6.08 I 6.72 I 0.005 I Zca I 0.5 I 175 I 007 I 4521NA570A.1 I 6.DB I 6.72 I 0.100 I 100 I 1.0 I 175 I 007 I 4521N4571A-1 I 6.08 I 6.72 I 0.050 I lW I 1.0 I 175 I 007 I 4521N4572A-1 I 6.DB I 6.72 I 0.020 I 100 I 1.0 I 175 I 007 I 4521N4573A.1 I 6.08 I 6.72 I 0.010 I 100 I 1.0 I 175 I 007 I 4521W574A.1 \ 6.c$ I 6.72 ~ 0.005 I 100 ~ 1.0 ~ 175 \ 007 I 452
I I I I I I I I1N3154-1 I 8.00 I 8.BD I 0.130 I 15 110.0 I 175 I 007 I 1581N3155-1 I 8.00 I 8.80 I O.O651N3156-1 I B.OD I 8.8o
I 15 110.0 I 175 I 007 II 0.026 I 15 ~\:.: I 175 I 007 I :!%
1N3157-1 I 8.04 I 8.80 I 0.013 I 15 I 175 / 007 / 1581“1
I i i I1N935B-1 I 8.55
I II 9.45
1N937B-1 I 8.55\ ;.L#
I 9.45I 20 I 7.5 I 175 I 007 I 156I 20 I 7.5 I 175 I 007 I
I O:OIB156
1N93BB-1 I 8.55 i 9.45 I 20 I 7.5 i 175 I 007 I 1561N939B-1 I 8.55 I 9.45 I 0.009 I 20 I 7.5 I 175 I 007 1 1561N94c8-1 I B.55 I 9.45 I 0.0037 ~ 20 I 7.5 / 175 I 007 / 156
I I I I I I I I1N941B-1 I 11.12 I 12.28 I 0.239 I 30 I 7.5 I 175 I 007 I 1571N943B.1 I 11.12 I 12.28 I 0.047 I 30 ~ ;.: f ;;: I 007 I 1571N944B- 1 I 11.12 I 12.28 I 0.024 I 30
~ 7:5 j 175 \ ::; 1157
1N945B.1 I 11.12 I 12.28 I 0.012 I 30 157
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Ml L-SW- 701N
TABLE X. Voltage regulator diodes.
ivz i1
Device type number (1 isted by PT)I (nom) II (V dc)l
I
II Spect ficatfon PIIL-S-19500/ II I I I I
I 127 I 117 I 435 ~ 533 ~1 ~ 404 ; 356I I
I 272 ~1 / 124 ~1 ; 114 ~1 ;
l— —1I I r
~ 400 mUI I
400 MN w1500mU I 1.5 u 5H3/ I 10U I 10U I—— 50U I—-
/ i Axial : Axial ~ Axlal ~ Axial ~ Axial ~ Axial—1 ;I—1
I 004 11031
I 1.8 //
I 1N4614-1 II 2.0 II 2.2 I
i I 1N4615-1 I / / i / / /I 1N4616-1 I
I I I I I i r1 2.4 11 N4370A.1 I I 1N4617-11 1N6309 II 2.7 11 N4371A-11 I 1N4618-11 lffi310 II 3.0 i 1N4372A-11 i
/) IN4619-11 1N6311 I / i
I 3.3 11 N746A-1 I 1I 3.6 11 N747A-1 I
I 1N4620-1 I 1N6312 I 1N6485 I 1N6632 II 1N4621-1 I 1N6313 I 1N6486 I 1N6633 I /
I 3.9 11 N748A-1 I I 1N4622-1 I 1N6314 I 1N6487 I 1N6634 I 1N3993A I i 1N4557B I
I 4.3 11 N749A-1 I I 1N4623-1 i 1N6315 I 1N64B8 I 1N6635 I 1N3994A I I 1N4558B II 4.7 11 N750A-1 I1 5.1 llN751A-i I
I 1N4624-1 I 1W316 I 1N6489 I 1N6636 I 1N3995A I I 1N4559B II 1N4625-11 lN6317 I 1116490 I 1N6637 1 1N3996A 1 1 1N4560B I
I 5.6 11 N752A-1 I I 1N4626-11 1W318 I 1N6491 I 1N5968 I 1N3997A I I 1N4561B II 6.2 11 N753A.1 I I IN4627.1 I 1N6319 I lN44&3 I 1N5969 I 1N3998A II 6.8 I 1N754A-11 I 1N4099-1 I 116320 I 1N4461 I 1N4954
I 1N4562B II 1N3999A I 1N2970B I 1N2B04B I
I 7.5 11 N755A.1 i I 1N41OO-I I 1N6321 I 1N4462 I 1N4955 I 1N4000A I 1N2971B I 1N2B05B II B.2 11 N756A-1 I i 1N4101-1 I 1N6322 I 1N4463 ~ 1N4956 II 8.7 I 1
I 1N2972B j 1N28068 II lN4i02-11 I
I I I I rI 9.1 11 N757A-1 II 10.0 11N75BA-1 I
I 1N4103-1I 1M323 I 1N4464 I 1N4957 I I 1N2973B I 1N2807B II 1N4104-1 I 1N6324 I 1N4465 I 1N4958 I
I 11.0 II 1N2974B 1 1N2W3B I
11 N%2B-1 I 1N4105-1 I 11K325 I 1N4466 I 1N4959 I I 1N2975B I 1N2809B I
~ ;;.: \ 1N759A-1 11 N963B-1 I 1N4106-1I 1N6326 I 1N4467 I 1N4960 I I 1N2976B I 1N281OB I11 N%4B-1 I 1N4107.1 I 116327 I 1N4468 ~ 1N4961 I I 1N2977B I 1N2811B I
1 14:0 I 1 I 1N4U38-11 I I I I I
115.0 II
i 1N965B-1 I 1N41C9-1 I 1K32B I 1N4469 I 1N4962 I I 1N2979B I 1N2813B II 16.0 I ~1N966B-1 I 1N411O-1I 1N6329 I 1N4470 I 1N4963 I ~ 1N29BoB ~ 1N2B14B II 17.0 I I 1N4111-11
I I I I I I rI lB.O I 11 N967B-1 I 1N4112-1 I 1N6330 ~ 1N4471 \ 1N4964 I ~ 1N29B2B ~ 1N2816B II 19.0 I I 1N4113-1 1I 20.0 1 ] LN96@&ll 1N4114-11 1116331 i 1N4472 1 1N4965 ! I 1N29MB I IN281BB i
See footnotes at end of table.
15
“7
Downloaded from http://www.everyspec.com
MIL-STO.701N
TAaE X. Voltage regulator diodes - Continued.
Vz Oevice type number (1 is ted by pT)(Ram);
I
w ,+ \T r. ... ,Specification MIL-S-195001
I I127 I 117 I 435 \ 533 ~1 I 406 ~ 356
I I I 1 I140UmU1400mH~=\5MmH~ &~~~/—_
22.0 i i iN969B-li lN4i15-li 1N6332 i IN4473 i 1N496624. o I 11N970B-1 I 1N4116-1 I 1N6333 I IN4474 [ 1N4%725. o I I 1N4117-11
27. o I 11N971B-1 ! lN4118-l\ 1N6334 ~ IN4475 ~ 1N4968I
28. o I I30.0 I
I 1N4119-1111N972B-I I 1N412U-1 I 1N6335 I 1N4476 I 1N4969
33.0 i ilN973B-li lN4121-li36. o I
i 1N4477 i 1N497011N974B-1 I 1N4122-1 I
39.0 II 1N4478 I 1N4971
11 N975B-11 1N4123-11 I 1N4479 I 1N4972I
43.0 I 11N976B-1 I 1N4124-1 I47.0 I
I 1N44B0 I 1N497311 N977B-11 1N4125-11
51.0 II 1N44B1 I 1N4974
11N978B-1 I 1N4126-1 I I IN4482 I 1N4975
56.o i ilN9796-li lti4~27-~i60.0 I
~ IN44B3 ~ 1N4976I 1N4128-11
62. o I 11 N9E!OB-11 1N4129-11 I 1N4484 I 1N4977
68.0 I 11N9BIB-11 lN4U0-li 1 IN44B5 I IN497875.0 I 11 N982B-11 1N4131-1182. o I
I 1N44B6 I 1N497911N9836-1 I 1N4132-1 I I IN44E7 I 1N4980
B7. o i I i lN4133-li i i91.0 I 11N9848-1 I 1N4134-1 I00.0 I
I 1N4488 I 1N498111 N9B5B-11 1N4135-11 I 1N44B9 I 1N49B2
II I
272 ~/ I 124 ~1 I 114 ~1 I
--+-+-+loll l~150wl—1004 10041;1
~ 1N29B5B ~ 1N2819B !I 1N2986B # 1N2B20B I
i 1N29BBB ‘I
I 1N2B22B i
I 1N29B9B I 1N2823B I
i 1N295UB i 1N2824B iI IN2991B I 1N2852B II IN2992B I IN2B26B I
i 1N2993B i 1N2827B iI lN2g958 I 1N2829B II 1N2997B I 1N2831B I
~ 1N299W ~ 1N2832B I
i lN30@lB i 1N2B33B i
i 1N31301B i 1N2834E iI 1N30U2B I 1N2B35B II 1N3003B I 1N2B36B I
~
I 1N3004B I 1N2837B II 1N3005B I 1N2B3BB I
See footnotes at end of table.
16
Downloaded from http://www.everyspec.com
MIL-STD-701N
TABLE X. Voltage regulator diodes - !hntlnued.
1 I r
I Device type number (listed by PT)~(~% I
{;
II
I Specl fication t41L-S-19500/!
I-1 [ I 1 I~ 127 \ 117 ~ 435 I 533 ~/ I 406 I 356 272 ~j ~ 124 ~f \ 114 ~/ I
I
1 I I I I I ( I I (1400mN 1400mUl 400mU1500mU \ ~ \fl~/ I 10N I low I 50 H (
i l—l—l—l— l—l—l—li i kd. tl i Axial i Axf31 i Axial i Axial i Axial i 004 i 004 i T03 iI I1110.0 / 11 N986BJ1
I II 1N4490 ~ 1N4983 I
I~ 1N3007B [ 1N2B40B !
1120.0 I 11N987B-11 i I 1N4491 I 1N4984 I [ 1N3008B I 1N2B41B I1130.0 I 11 N988B-11 I 1N4492 I 1N4985 I I 1N30098 I 1N2B42B I
1150.0 I 11N9B9B-1 I1160.0 I 11 N990S-11
I 1N4493 I 1N4986 I\ 1N4494 I IN4987 I
I 1N3011B I 1N2B43B II 1N3012B \ 1N2B44B I
IIBn.o I I IN991B-1 I I 1N4495 I 1N4988 I I 1N3014B I 1N2B45B I
1200.0 I ]1N992B-11/220.0 I
I 1N4496. I 1N4989 I I 1N3015B I 1N2B46B II I I 1N4990 I 1
1240.0 I I I I I i 1N4991 i I I I
~/ These devices are thermally matthed, voldless, high temperature hard glass, ful 1 area❑etallurgical ly bonded construction and suf table for use in space flightand other high rel iabil f ty appl fcations.
2/ Reverse polarity device types available.~/ TL . 75”C, L .0.375 in.
Downloaded from http://www.everyspec.com
TAB
LEX1
.Vo
ltage
.va
rfab
leca
paci
tor
diod
es[li
sted
inor
der
ofnc
inin
alca
paci
tanc
e)(a
llar
e0.
4u)
.
—
Downloaded from http://www.everyspec.com
TAJL
EXI
I.C
urre
ntre
gula
tor
diod
esIP
T.6
00EM
).
II
I1
I1
II
Dev
ice
Ity
peI
Re$
lato
r1
Hi:l
l!llm
II%
fmum
‘1I
Max
❑um
f~
d:%
,I
Case
ISp
eclfi
catlo
n1
M::
&Jm
Iou
tline
~H
IL-5
-195
cWnu
mbe
rI
curr
ent
(*)
\at~
o;25
Vi
f$;~
e.I
knee
Ilim
iting
I
Ire
gula
tor
IIm
peda
nce
lat’T
.25V
Iat
‘I(.6
‘i
atv~
~~g~
.8[
~$en
tTc
.25
‘I
curr
ent
TcI
lat’T
.25~
I1.
II
1P(r
ein)
[Nce
II)/
(mu)
(in
n)
I-5
5;~O
C;25
°C~
25°C
I(v
olts
)I
~z,.;
;so
c~
II
I1N
5283
I0.
22I
25.0
2.75
I1M
5284
I0.
24+1
.35
I-0
.06,
+0.7
0I
007
19.0
2.35
;:E46
3
//
1N52
85I
+1.2
5I
.0.1
0,+0
.66
(00
70.
2714
.0/
1.95
I1.
00/
I-0
.10,
+1.1
5I
-0.1
2,+0
.58
I00
7I
463
1N52
26I
0.30
9.0
1.60
l.m46
3I
-0.1
5,+1
.05
I-0
.15,
+0.5
2]
007
1N52
87I
0.33
I6.
6i
1.35
i1.
00I
-0.2
0,46
3
1N52
88I
+0.9
5I
-0.1
6,+0
.47
I00
70.
39!
4.10
1.00
1.05
463
I-0
.30,
+0.2
2I
-0.2
0,+0
.38
I00
71N
5289
I0.
43;
3.30
I0.
870
I1.
05I
-0.3
2,+0
.75
I-0
.22,
+0.3
3I
007
463
1N52
90I
i0.
472.
7046
3
IN52
91I
0.S6
11.
SQ\
$%~
!:l!T
!$!:f
il:!
%’
$!!l!
!‘
‘t:1N
5292
I0.
621.
551N
5293
I0.
68i
1.35
~:::g
1:15
I-0
:45;
463
1N52
94I
+0:4
0I
:0:2
8:0.
751.
15+0
.12
I00
7I
I1.
20/
463
1N52
95[
0.82
1l.m
II
-0.5
0,+0
.35
I-0
.30,
+0.0
7I
007
10:
290
I1.
25I
-0.5
2,46
3
IN52
96I
+0.2
7I
-0.3
1,+0
.03
I00
7I
0.91
0.28
00.
240
I1.
2946
3I
1N52
97I
I-0
.56,
+0.2
0I
-0.3
2i
o.8m
I0.
205
1.35
I00
746
3I
-0.5
8,+0
.15
I-0
.34
1N52
98I
::fi
I00
7/
&\
;:$:
~;#
oi
!:!!!
!!5
!1!
:‘::
1\
‘;5
463
I00
7I
463
I00
7I
I00
746
3
0.54
01:
5546
3
;::I
1N53
020.
115
II
0.51
00.
105
I]
$;:
\.:g
I:0
:39
I00
71
-0.4
0/
463
1N53
03I
1.64
0.47
5I
0.09
2I
/~$
:I
-0.4
0I
007
463
I00
71
1N53
C4
I0.
420
0.07
4I
1:75
463
1N53
05I
;::/
0.39
5I
0.06
1I
1.85
I.0
.41
I-0
:75
I00
7I
463
1N53
06I
2.20
I-0
.42
I00
7I
W9
I‘:%
,1!:
i!2
:1
i;‘i;
;
1-0
.42
463
I00
7I
463
I$f
;\fi
~6
1N53
1OI
:::I
-0.8
10:
280
I0:
024
I2:
35I
-0.2
2I
-0:4
3
1N53
11I
3.60
I0.
265
0.02
02.
50I
-0.4
4I
007
463
IN53
12I
3.90
I-0
.83
I.0
.44
I00
7i
0.25
S0.
017
2.60
463
1N53
13I
4.30
i0.
245
i0.
014
/1
-0.8
42.
75I
-0.4
5I
007
I46
3
1N53
14I
I-0
.85
4.70
0.23
5I
.0.4
5I
I00
7I
463
0.01
2i
2.90
I-0
.86
II
-0.4
5I
007
463
I/
Downloaded from http://www.everyspec.com
MI L-STD-701N
TAllE XIII. Transfent suppressor diodes (bidirectional).
MI L-S-195 W/516I I I r
Breakdown I Uorkingl maximum It3ximuelSeries voltage I peak I
i We ! v(BR) I volts elpeak surge ~
7
peak suqevoltage
I Wncurrent
Max/
lVM(wtg I II
vs~~1
IW
I1 ~/1 21 31 I 2131 ~.- --
1 I [ I I I I I I rI 500W I 1500M I Vdc I Vdc I Vdc I V(pkl I V(PK) I A(pk) I A(m) I
I lN6103A I 1N6139A I 7.13 I 7.87 I 5.7 I 11.2 I 11.2I 1N6104A I 1N6140A I 7.79 I 8.61
I 44.6 \ ~:~.~ I
I lN6105A I 1N6141A I 8.65I 6.2 I 12.1
I 9.55I 12.1
1 6.9 I 13.4I 41.3
I 13.4 I 37.3 I 111:9 I
~~~ j:g~ ~;;:; ~[:g I ::!1!$: i :::: ~ ::: \ ‘~:; ~I 9.1 I 16.9 I 16.9 I 29.6 I 88.8 I
1I I I
1N6109A I 1N6145A I 12.35 I 13.65I 1N611OA I 1N6146A I 14.25
I 9.9 I 18.2I 15.75
I 18.2I 11.4 I 21.0
I 27.5 I 82.4
I 1N6111A I 1N6147A I 15.20 I 16.20 I 12.2 I 22.3I 21.0 I 23.8 ~ ~;.j II 22.3 I 22.4 . I
I 1146112A I 1N6142A I 17.10 j ;;.;0I lf46113A [ ;N6;16 I 19.0
I 13.7 I 25.1I 15.2 I 27.7
1 25.1 ~ :;.; \ 59.8 I
I 1N6114AI 27.7
I 20.9 I 23:1 I 16.7 I 30.5 I 30.5 I 16:4 I 2:; II
lN6~15A I 1N6151A I 22.8! l~116A I 1N6152A I 25.7
i 25.2 I 18.2 I 33.3 I 33.3I 28.3 I 20.6 I 37.4
I 15.0 I 45.0 I
I 1N6117A ! 1N6153A I 28.5 I 31.5I 37.4
I 22.8 i 41.6I 13.4 I 40.1 I
I 41.6 I 12.0 I 36.o I
I l~l12A I 1N61.MA I 31.4 I 34.6I 1N6119A I 1N6155A I 34.2
I 25.1 I 45.7 I 45.7 I 10.9. I 32.8 I
I 1N6120A I 1N6156A I 37.1I 37.8 I 27.4 I 49.9 I 49.9I 40.9 I 29.7 I 53.6
I 10.0I 53.6
I 30.1 II 9.3 1 28.0 I
1N6121A I 1N6157A ~ &~ I 45.1 I 32.7 I 59.1 I 59.1 I 8.5 I 25.4
I M:%! ! %::% ,48:5 1%: ! %:: !%! ! %: 1 ;:; \ :?:! !
I 1M124A I 1N6160A I 53.2I
I 58.8 I 42.6 I 77.0 I 77.0I 1N6125A I Nk6161A I 58.9
I 6.5 I 19.5 II 65.1
I IN6126A I 1N6162A I 64.6I 47.1 I 85.3
I 71.4I 85.3 I 5.9 I
I 51.7 I 97.1 I 97.117.6 ~
I 5.1 I 15.4r
I 1N6127A I IN6163A I 71.3 I 78.7
I M:%
I 56.0 1103.1I IN6164A I 77.9 I 86.1 I 62.2 1112.8
! 103.1 I 4.8 II 112.8
14.5 1
I 1N6165A I 86.5 I 95.5I 4.4 / ;.; /
I 69.2 1125.1 I 125.1 I 4.0 .r
I !I:;YJI 1N6166A I 96.0 1105. O I 76.o 1137.6 .1 137.6 I 3.6 I 10.9 II 1N6167A 1104.6 1116.5
I 1K132A 1 1N616EIA 1114.0I 86.6 1151.3
1126.0 I 91.2 1165.1I 151.3 I 3.3 I 9.9 II 165.1 I 3.0 I 9.1 I
I lN6133~ I 1N6169A 1123.5 1136.5 I 92.8 1178.8 I 178.8 I 2.8 I 8.4 I
I %i%A I%% ~ig;”5 li~i”5 ~ i$g i%i i ;!~:i i ;:! \ ;:; \I
I 1N6136A I 1N6172A 1171 1189I IN6137A I 1N6173A 1190
I 136.8 1245.7I21O
I 245.7I 152.0 1273.0
I 2.0 I 6.1 [I 273.0 I 1.8 I 5.5 I
~/ Applies to both 500 H and 1500 M series.21 Applies to only S30 U series.~/ Applies to only 15c42 u series.
20
Downloaded from http://www.everyspec.com
MIL-STD.701N
TABLE XIV. Transient. suppressor diodes ( unidirectional).
MI L.s-19500/551I I I
Oevfce I Breakdown I Uorking I Testtype I voltage
I MaximumI peak I current I c1 amping
number ~V[B~jRat I reverse I tp=31YJms I VoltageI voltage \du~2~ycle I VC\max)
I I v~~I Min
I at p for
I /ITBR ~~.lmsI
IV dc I V(pk) I tide I V(pk)
IN6461:“: ~ : \ ;: ~ ,:”:
1N6462 I .I I 1“
1N6463 I 13.6 I 12 5 I 22.6/
1N6464 I 16.4 I 15 15 I 26.5I
1N6465 I 27 I 24 2I I
I 41.4/ I
1N6466 I 33 I 30.5 1i
I 47.5
1N6467 I 43.7 I 40.3 1 I 63.5i
1N6468 I 54 ! 51.6 I 1 ! 78.5
Maximum peak pulse Icurrent (Ip)
,
A(pk) I A(pk) I
315I
56I
258 i 46 II
125 I 22I I
107 19I I
69 12/ i
63 11I
45 Bi
35 6
TABLE XV. Light emitting diodes.
1 I I I I I IOevice I lColorlxd I C IVF
I type (mcd) I (rim) I (FF) I (V dc) [ (~~ dc)nudser I (mIn)
/(t.YP) 1 I (typ) ~ (Max) ~ (max) ~ (ma. x)
I I I I I I1N6092 I 1.0 I 2.5 I Red
\ M19500/5191J2 \ 1.0 ~ 2.5 ~ Red1626135 ~3111626 ~351311
I 141~%;20Ct? I 1.0 I 2.5 I Yellow, 585 I 35 ~ 3 ., 1il.oi2.5i yel10win5i35 i 3 i 1
I 1N6094I
[0.8 ~1.6~6rean~570\35 I 3 II M19500/52102 ~ 0.8 ~ 1.6 ~ Green ~ 57o ~ 35 ~ 3 I ;
Case / Specification 1I MIL-s-19500/ I
*
I 519 II
ToIB i 520520 I
NOTE: Uhen qual If fed, 1N6609, 6610, and 6611 should be added to this table.
21
Downloaded from http://www.everyspec.com
TA2M
XY1
Thyr
4m,rs
[,lltm
nco
ntro
lled
rstif
1,,,
)
,,,
11
I
0.2
;;
0.2
I0.
2I
2
-
I I
S.o
130
5.0
I30
5.0
i30
5.0
I30
5.0
I40
5.0
I62
1
- 15.0
I40
15.0
I40
15.0
I40
1s.0
I40
15.0
I40
15.0
!40
I
30.0
I.4
/.8
;:::
I::;
::
0.7
1.35
/.60.
71.
35/.6
0.7
1.35
/.60.
71.
351.
61.
8!.
35/,.
8
5.0
12.
0
5“0
I2“
0- 20
.0i
3.0
20.0
I3.
020
.0I
3.0
20.0
I3.
0
- 20.0
i3.
020
.0I
3.0
20.0
I3.
020
.0I
3.0
20.0
I3.
020
.0~
3.0
_ 20.0
!3:
0
k I*&
l
0.20
0.20
0.30
0.20
0.20
0.20
:.::
15.0
15.0
35.0
35.0
f:;
.y
This
paru
cter
!sld
mtl
fled
●I
VFM
Mor
YFBW
Inol
dfr
spui
flcat
ions
.
145a
sXv
ll.op
tical
lyco
uple
dt$o
l.24r
s.
70.0
10.0
70.0
70.0
70.0
70.0
70.0
70.0
70.0
c,%
.I
Spe,
lf{c,
tlo”
,“11
{M/
MIL
-S.1
95M
ll
I
105
i27
610
5/
276
216
%I
276
TG5
I27
6
:099
~$O
rJ
1094
I28
0
ic+
wi
Dfde
IT,
,n,l
sto,
ICo
uple
dI
Cue
~;4
)447
~2/4
0/0
.81.
5/40
17i
20i
20i
1099
l~u~
g1,
,4,
!:::
‘“5
~40
i7
!‘w
~’.”
L;:2
0/2
0.;
,099
j4tu
812
/40
1.5;
40;7
117M
I2.
010
.o/
25~
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1 I I I I i
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Device type
1N746A-11N747A-11N74E4-11N749A-11N75DA.1lN751A-11N752A-11N753A-11N754A-11N755A-11N756A-11N757A-I1N758A.11N759A-1lN821-1ln823-i1N825-11N827-11N829-I1N935B-11N937B-11N93BB-11N939E-11N940B-11N941B-11N943B-1IN944B-I1N945B-11N962B.11N963B-11N964B.11N9659-11N966B-11N967B-11N9688-11N9698-11N970B-11N971B-1IN972B-1IN973B-11N974B-1IN975B-11N976B- 11N977B.11N9788.11N979B-1lN9&JB-1I N9B1 B-11N982B-11N9B38-11N9B4B-11N9B5B-11N986B-1~N987B-1IN9888-1
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TABLE XXX. Numerical listing of device types.
-Oevlce tj
1N9B9B-11N990B-11N991B-11N992B.11N11B61N11881N11901N1202A1N1204A1N1206A1N2804B1N2805B1N2806B1N2B0761N2B08B1N280B1N281OB1N2811B1N2813BlN2&l14B1N28166lN2Bl@31N2819B1N282081N2822B1U?B23BIN2824B1N2825B1N2B26B1N282781N2B29B1N2831B1N2832B1N2833B1N2B34B1N2835B1N2836B1N2837B1N28388lN284m1N2841B1N284281N2843B1N284481N2845B1N2846BlN2970i1U2971B1N2972B1N2973B1N2974B1N2975B1N2976B1N297781N2979B
,,Table II Oevlce type number
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MIL.5TD-701N
TA8LE XXX. Numerical 1 istf ng of device types - Continued.
1N4103.11N4104.1Mums-l1N41C6-11N4107-1pw~-~
1N411O-11N4111-11N4112-11N4113-1IN4114.11N4115-11N4116.11N4117-11N4118-11N4119.IIN4120-11N4121.1
1N4148-11N4150-11N4153.1IN4370A-1IN4371A-11N437ZA-11N4454-11N44601N44611N44621N44631N44641N44651N44661N44671N44681N4469IN4470IN44711N44721N4473IN4474M4475
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Oevice type nunber
1N4476lN4477IN44781N44791N44801N44811N44821 N44831N44841N44851N44861N44871N4488IN44891N44901N44911N44921N44931N44941N44951N4496IN455781N4 55881N455981N4560B1N4561B1N4562B1N4565A-11N4566A-11N4567A-11N4568A-11N4569A-11N4570A-1lN4571A-11N4572A-11N4573A-I1N4574A-11N4614-11N4615-11N4616-11N4617-11N4618-11N4619-11N4620-11N4621-11N4622-11N4623-IIN4624-I1N4625-11N4926-I1N4927-11N4938-1IN49541N49551N49561N4957
Table II Oevfce type numberII
xxx
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1N49581N49591N49601N49611N49621N49631N49641N4965IN4%61N49671N4%81N49691N49701N49711N49721N49731N49741N49751N49761N49771N4978LN49791N49801N49811N49821N49831N49841N49851N49861N49871N49881N49891N49901N49911N49921N4993A1N4994A1N49951N49961N5139AIN5140A1N5141A1N5142A1N5143A1N5144A1N5145A1N5146A1N5147A1N5148A1N52831N52841N52851N52861N52871N5288
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34
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I
MI L-STD-701N
TABLE XXX. Numerical listing of device types - Continued.
I 1N5289I 1N5290I 1N5291I 1N5292I IN5293
I ;[:::I 1N5296I 1N5297
I ;[::::I 1N5300i 1N5301
1N5302IN53031N53041N53051N53C61N53071N530B1N53091N531O1N53111N53121N53131N53141N54151N5416IN54171N54181N54191N54201N5461B1N5462B1N5463B1N545-4B1N5465B1N5466B1N5467B1N546531N5469B1N5470B1N5471B1N5472B1N5473BlN5474i1N5475B1N5476B1N55511N55521N55531N55541N56151N56161N5617
1
IxIIX11XIIx11X11xIIxIIxIIXIIX11x11X11XIIx11x11XIIx11xIIX11x11X11XIIxIIXIIx11X11IIIIII111111111IIIx1XI
1;XIXIxlxl
1:XIXIx1X1
i:II11
;:11111111
Oev$ ce type
IN561B1N56191N56201N56211N5 6221N56231N57111N5712IN57191N5B041N5B061N5B09
number Table
II11111IIIII111
I
:111111111111111111XIVXIVXIV
VIIIXIIIXIIIXIIIXIIIX111XIIIXIIIx111X111X111X111X111X111X111X111XIIIXIIIX111XIIIX111XIIIX111XIIIXIIIX111XIIIXIIIXIIIX111X111X111X111X111x111XIIIXIII
Oevice type
1N6140A1N6141A1N6142A1N6143A1N6144A
number Table
XIIIX111X111x111X111X111X111X111X111XIIIX111X111XIIIX111X111X111XIIIXIIIx111X111X111X111XIIIXIIIX111X111XIIIXIIIXIIX111XIIIXIIIX111X111
vv
Ii I111111XIVxIVXIVxIVXIVXIVXIVx11
xxx
;xx
VIII
35
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t41L-sTD-7olN
TABLEXXX. Numerfcal 11 sting of device types - Conttnued.
levfce type number
1N6507IN650B1N65091N65111N6632IN66331N66341N66351N66371N663B1N66421N6643U9500/469-01419 E41D/469-02419500/469-03419500/483.01419500/483-02U95001483-03U9500/51902u9slo/52002H19500/5210zSPA25
,04,05
2N17952N1 7982N18002N1E062N19132N19162N2323A2N2 324A2N2326A2N2328A2N23292N30272N302B2N30292N30932N3095;;:0;7
2N206D2N21512N2219A2N2222A2N2369A2N2432A2N2484
Table
VIIIVIIIVIIIVIII
ixxx
iI
VIIVIIvIIVIIVIIVI 1xvxvXIVVIIvIIVIIVIIxv 1XVIXVIXVIxv IXVIXVIXvlXVIXVIxv IXVIXVIXVIXVIXVIXvlXVIXVIXVIxv 1XVIXVI
Vxxx,xxxlXXIII
xxXVIIIXVIIIXVIIIXXVIIIXVIII
Table
x1x
xxXXII
xxXIXXIX
XXIIIXXVIIIKXV1lIXVIIIXVIII
XIXXXIIXVIII
KVIII(VIIIxxXvlxXVIXXVIIIXVIIIxxx 1xxXIX
XVIIIxx
XVIIIXVIIIxxXXIx1xXIXx1xxxXXI
XXIIIXXIIIXXVIIXXV1IXXVII
Xxl 1XIX
XtiI Ixxx1x
XVIIIx1xXXI
XVIIIXXIV
XXVIIXXVIIXXVII
XXVI
Oevlce
2N49572N50012N5CfJ52N5038
2N52502N52512N5302
tJJ& number-
rXI IOXIX i
xx IXXIxx
[III /xXVII IxXVII IxXVII IxIX IXVIII I
1x%1 I
xx Ixx Ixx Ixx I
XI; II !xIX IXVIII IXYIII IXVIII Ixx I
X;; 1IXVIIIxxXXIxx 1
{[xx 1
XXIVXXIV
xxxxvxxvxxvxxvXXVIXIXxxvxxvxxvxxvxxvxxvxxvxxvxxvxxv
I/
iI
I
xxv Ixxv
XXI II
36
Downloaded from http://www.everyspec.com
I
MIL..STD-7O1N
TABLE XXX. Numerical listing of device types - Continued.
Table
xxxxxxx 1XXII
xxvxxv
XXIX
i 2N6758 i XXIX i i 2N6798 i xxixI 2N6760I 2N6762
I XXIX I I 2N6BO0 I XXIXI XXIX
I 2N6764I I 2N6802 I XXIX
I 2N6766I XXIX [ I 2N6804 I XXIXI XXIX I I 2N6B06 I XXIX
I 2N6768 I XXIXI 2N6770
I I 2N6845 I XXIXI XXIX I I 2N6847 I XXIX
I 2N6782 \ XXIX ~ ~ 2N6849 \ XXIX
~
I type number
~
I 2N688I 2N690I 2N692I 2N1774AI 2N1777AI 2N1795I 2N1798I 2N1BO0I 2N1B06I 2N1913
2N1916
y~
2N69B72N69B94N474N484N49
TABLE XXX I . Numerical 1 i sting of thyristors.
,,Table i i Oevfce
\~ type no.
XVIXVIXVIXvlXvlXVIXVIxv IXvlxv IXVIxv 1
ii//II//IIIIIIIIIIII
2N2323A2N2324A2N2326A2N232BA2N23292N30272N302B2N30292N30932N30952N31397
XXIXxxixXXIXXXIXXXIXXXIXXXIXXXIXXXIX
x1xx1xXVIIXVIIXVII
—,
Table I
I
XVIxv IXVIxv IxVIXVIXvlXVIXVIxv 1XVI
I
I
37
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MI L-STO-70LN
CONCLUDING t44TERlAL
Custodians:Army - ERNavy - ECAir forte - 17
Review acttvi ties:Army - MI, SM. ATNavy - SHAfr Force -11, 85oLA - ESNAS4 - NA
User activities:Aq - NoneNavy - AS, CG, OS, MCAir Force - 19
Preparing actfvity:Navy . EC
Agent:OLA - ES
(Project 5961-1157)
38
International Interest ( see 6.3).
Downloaded from http://www.everyspec.com