●
MIL.S.19500/24D
18 March 1970
SUPERSEDING
MI L-s.19500/24c
14 May 1963
MILITARY SPECIFICATION
SEMICONDUCTOR
DEVICE, TRANSISTOR,
PNP, GERMANIUM,
POWER
TYPE 2N 158
This
specifimticm
partmenls
is
mandatory
nnd/lgcncics
for
use
of the Department
by .11 Ocof Dcfensc.
1. SCOPE
1.1 Scope. This specification
1.2 Physicaf dimetions.
covers the detail rcquirermnts
for a PNP, germanium,
power transistor,
See figure 1.
1.3 Maximum ratings.
3EEEEE
~
Derntc
linearly
0.283
W~C
{or
TA >25”
C.
1.4 Primary electrical characteristics.
2. APPLICABLE DOCUMENTS
2.1 The following documents, of the issue in effect on date of invitation
form a pnrt of the specification to the extent specified herein.
for bids or request for propowd,
SPECIFICATION
MILfTARY
i
}il L-S-l 9500.
%nicond”.tor
Devices, Gcmral
Sp.mificntio”
for,
FSC 5961
.$.”.. L-a.
. . ,Ymlu,
. . . . . ... .. .“
●
STANDARD
?, OLITARY’
?JII,.STD .750
(Copim
Tc.qtVt.th.ds for !jernimnduct.r
Dwiccs.
of specifications, ~tmdards, drawir~s, and publication.
specific proc.rernenl
required by suppliers in c.nmction
functions should k. obtained from the procuring .cti\ity
with
or m direcwt by tbc contracting
011,..,,)
3.
REQUIREMENTS
3.1 Ge.mnl. I{cquircmmts
3.2
shall be i. mi.rda.w
wilh !IIL-S.19500,
Abbreviations, syrnbofs, md de finitimm ‘flw abbrrvialions,
and .s .pccifiml hcrci.,
symbols, and definitions used herein arc
defined in MIL-S. 19500.
3.3 Design,
construction,
physical dimnsi.n.
how.
z.d pbysicat dimensions. Trm,t.lots
shc.tfbe .[
tbe design, w.structim,
and
on figure 1.
3.4 Performance chamcteristicm Prrformancr .Itaravtmistims haO be .s specified in tablm 1,11, and 01.
3.5 Marking. Ttw following
transi40r at the optiw
marking ,P.ci lied in NIL-S. 19S00 may ix
omit ~.d from tbe body of &
of th, rmnufmt.rm:
(.) Country ./ origin.
(b) Nmm(.cturcr’s
4. QUALITY
idcrttification.
ASSURANCE
PROVISIONS
4.1 Sampling and inspcctio..
SOmpti.g and inspection shall ht. in accordance wiib 3!IL.S. 19,500, and M
specifi~’d b~r?in.
4.2 Qu.difimtio.
impectio..
Qu.lificati..
i.sp-.ti.n
shall ,romist .1 the ex.mirmti.m
and t..sls tiprcificd in
tables 1, 0, md 10.
4.3 Quality ccmformance inspection. Qtmlity wmforrnmrc
i.,pmlim
.hafl c.rwist of group A, B, and C
inspection.
4.3.1 Croup .1 hsp.cf
ion.
Group A in,pc.t ion shall consist of ttw cx.tninali..s
a“d twts spmified i. bible
1.
4.3.? croup B in~pcction. GCOIIP B iw~’~ti.rl
51330
ruvl+t
of lhc r~amirlation~ and M,
specified in tabl.
u.
4.3.3 Group c fn$pc~tion. Croup c iw~~ti.:1 .hao <’<>rlsi*i
~~fih(” t’xaminati~na a:ld t=!a specified in table
01, Thu inspection hall b,, cmducted on 11,,,initi.1 1.( nml thm,afler ,WTy 6 months during production.
4.3.4
Iif..tmt,
Group
B md
mtnpl.s .hdl
C Iifc-tmt
wmplm.
%mpbw that haw bccu mbjcctcd t. ~o.p
on lw1 to 1,000 Ito.m i“ ,,rd.r
b. prrdwignat.d,
they have p.sncd lb.
340.ho.r
group
may be mnt inwd
.nd shafl rcmair, mbjccted t{, the grmp c 1.BBO-h..r
group D. 340.hmr
test and during the s.b,wq.ml
..wpt..cc
B, 340.ho.r
to satisfy grtmp C fife-fcst rqukcmmts.
criteria, The c.rn.lali.c
Tbex
acc.ptmnce wahmtion after
total .f
failtme~ found during
i“tcmnl up to 1000 hours mhallbe computed for 1,MtO.ho.r .cceptance
criicrim(m. 4.3.3).
4.4 MeOIoda of examination md Id.
Methods of .xwnimti..
md 01.
2
and test shalt be as tipccikd in tablm I, O,
MI L-s- 19500/24D
●
‘o
1
4
-28
~“MIN
l--;+
UNF-2B
FULL
THREAD
+=’=j
‘{
7
c
E DIA
+
SEE’NOTE
4
2
0 .Id
$’
r-l
.4+’
$%
~—
“y
0
I
NOTES:
1. Metric equivalents
(to the nearest
.01 mm)are
and are based upon 1 inch = 25.4 mm.
2. Three leads ewallyswced.
3. The lead arra&em-ent
sballbe
as follow%
. . . Bfack
Lead 1. . . . . . Collector...
Lead 2 . . . . .. White . . . . . . . .. White
Lead 3. . . . .. EmiRtir . . . . . ..Rti
4. Tbe collector
shailbe
electrically
comectedto
FIGURE
1.
Pby6ical
dimensions
3
given for general
information
the case.
of transistorty
pe 2N158.
only
I
TABLE].
MSLS.1951WZ4D
Gm.p,limpmlim
AIIL-STD.750
Examination
.,
Subgroup
?iiual
snd
Sub,qmup
exmmin,tion
cofkctm
to bw
3001
Mm mnd
D,
lc = .1.0
vdt~
.Ldlc,tor
,
3@s1
to emitter
cutoff
-“t
Mcctor
to b-
cutoff
Currcnl
Xfcctnr
3036
3036
3061
to k
cu:mf
Bim cmd.
D,
m,\dc
3imc.md
C,
VCE =
.60 \,dc
Svbpy
Ilk
rend.
40
Vdc
BVCEO
.30
Vdc
D;
B&ccmd,
=
1.5
mAdc
IC3D
lcm
“Ad.
Ictlo
1.0
mddx
D,
0.5
rddc
).85
Vdc
1.3
Vdc
0.75
Vdc
lEBO
.30 \,dc
5
3
(n.m,turmd)
vdbgc
emitter,dhge (mtura!ed)
3C66
T..:
ccmd
B:
‘BE
3066
Tat
ccmd
lB
=.0,5 Ad,
A,
EfE(@
lB=-150m,idc:
3071
Fcmwrd.cwmnt
transfer
ratio
3076
\,cE
= .2 Vdc:
lc = .0.5
Ad,
‘FE
?mward-cwmn
L wmafc,
r, tio
3076
\,cE
= .2 Vdc,
Ic = .1.0
Ad.
‘m.
Subgroup
cutoff
m,\dc;
fc = .1.0
IX(4
,\dc
-.
21
10
13
10
J
short.armit
Fmwrd.cumm
ID = -150
—
lc=-l.0,\dc
:*,1O.
to etitlm WJtq
(,.huated)
infl.dgml
—
.60 Vd<
\,c E -– . ~
. \,dc,
k
rfvcBo
Icfs
Lb! ccmd. D:
VEB
current
emitter
—
mAdc
Ic = .2.50
VCB =
-“1
kin=,
—
VCB = .2 Vdc
10 k
cutoff
&
3011
10 mni:tm
:Cdkctor
Unil
—
K.
5
2
wltq,
lmtidmwn
M..
S,mbd
10
)
UEchticd
]m*d.w
!-imils
.TPD
test
3301
t trm,fcr.rati.
\!cg
=.2
Vdci
Ic = .0.5
‘h(e
k![z
4
Ad.
fre.umw
TADLEU.
Group BiIupTdrm.
—
MIL-STD-750
ExmdmJ,ic.n
hyicd
(kmp.tllm
—
‘2026
1051
cycling)
ffnil
15
2
chock
M. x
—
2066
Cdl!erllq’
Iwrtnd
!ki.
10
I
dilmtion,
Subgroup
S,mbd
Detail,
Mmhod
Subgroup
Limi,s
.ITD
O, I*SI
Tc,t
T
~x.
cmd.
B, cxccpt
+lfwc
4
—
—
●
MIW193DW=D
Croup
TADLfifl.
Bimpcli...
tin1tcdcd
—
—
Limit,
M[L-STD-750
Examination
or
test
De,oll,
,.,hd
Hi.
h.
hit
—
Subgroup
,c,md
2. Cuntinucd
chock (~ass ntrmn)
d (kA
rare)
056
Test
071
Tat
ted
ohm
mistzllcc
con d. A
omd.
C m H (o, fine
c-d.
X107
Ids;
~
lab
021
omit
him
1036
f3=umd.D;
.tm
dam
A, C. l) m F fm
.mditioning
td pcinta:
CL4kzctor
m k
cut off
Emi :Qr
mln.m
1
0S1
to_&c
cutoff
VCB
= .bO Vdc
Em
cad.
\,EB
current
Forwankment lmder mtio
!076
D;
cm
1,0
nAdc
ESO
0,5
nAdc
= .3D Vdc
YCE = -2
Vdc,
IFS
13
10
lc=.l.OAdc
S“bgmup
15
3
2016
t.*
Nmqcmdng
5@3
in cd
5 Uowa
C, 1 me,
Ori.nwi.m:
xl.yl,~?.mdzt
ibrn Lim,
.mi*&
Mlslmt
fmqmmcy
mcekr.ticm
w,6
100to
!X16
5000
X1.
lcmo N% 10G
G in ,,*
Y1,
.arkntid.m:
Y2, mdZ1
nd @rim:
(Sam
as MJbg.aup
S.bpql
ermimf
nhm@h
2)
20
4
(bad
fatigx)
2036
Test
cad.
1071
Tat
cmd.
lest
cond.
—
E
nd points:
*II
(lm!.r.tr)
~
Subgrmy
dl
.Cmcapk=re
“d
painw
(same
li+.lcmp.ilm
(n_wr~W
fine
;Xlw’
Id=:
20
(comma)
lIX1
2)
7
6
life
1032
%=+
’omc’‘m =‘oh””m
(ccc 4.3.4)
ma
C&c
Ida
5
=! ‘“bw.p
Subgroup
C m H for
A, C, D or F for
MIS,.S.i%WF3/24D
TAB~.E 11. Croup R inqwtian
ilmtinuad
Limits
MIL.STD-750
Exmnirmtior,
or
LTPD
test
Detc.il,
Mtth.ad
S+py
6.
k.
U“l t
-
.~o
m4dc
lEBO
-
10
h FE
B
so
Srmb.al
Ml”
1(:RO
Cunfinu,d
nd ptinls:
Ccdkctm
to k
CUt”fr
~mit!m
3336
cumnt
t“
k
Bim
V(:B
CU(olr
Curlrnt
306 I
Mm
\E.
Fmmktmrr.1
bmifcr
3076
ratio
wn,d.
l),
= .60
r-d.
\dc
D,
mAd,
=.30\dc
V(:E,.2.\dr:
-
lc=.l,OAdc
Snbp.p
Ir.**tafr
10
7
op.tim
I 02.
life
Tc
= +(xT
,5%:
t,,,,
--14
. . .
\dc:
.
PT=7R:tim’=3tOhoum
(m
$3.4)
nd pcin!n
(Sam
w ,uhgwup
6)
TAB1.E
111. Croup
C in,pe<tion
Limi,,
UIL-STD-750
E,nminati.an
o,
LTPD
test
Whod
Subgroup
he,md
i#.tcmpmtum
S“nw
Ml.
O,.c
-
3131
2
A=lo
life
1031
(.mwmtig)
—
Tstg’’lo~C
(K?. S.3..S)
“d pnintm
(Sum
m mbgwp
Subpup
cdy.atmle
6 of group
D)
3
opraticm
1=15
lik
1026
Tc
= +6!T
.5° C:
PT = 7 w (H
M Agmup
6 of pvup
V ~,,
4.3..s)
“d pcima:
(S-m
lb..
U“ll
‘JO
!
rmi,tmm
Subgroup
D.t.11,
B)
6
= .14 Vdc,
—
3.5
~clw
tKSlrS.19500124D
●
5.
PREPARATION
FOR DELIVERY
5.1 S.. NIL-S-1 9500, sect ion 5.
6. NOTF.S:
6.1 Notes. l%. notes specified in Ml L..%I95OO am applicable to this specificalicm.
WMf&iik
?&fhy .h
Navy - EC
Ar Force.
Pre@rihg activity
Nkvy EC
Agent:
uSA
85
Re$iew aclivitim:
Army MU, Ml
Navy - SH
AkFome.
11,
DSA SS
(Project 5961.0156)
17
user .nCtivities:
Army SM
Navy CC, hlC, OS, AS
Air Force -13,15, 19,70,80
I
‘o
ES
7
,
I
OWA17WEHT OF THE IMVV
I
NAVAL -TW3NIc
swrms
WASSING3TIN,D. C.
203f@
I
OFFICIAL
,0,,,,
COmAND
s
“,””
,,,
OCP,,
v,,,
T”C”
..1.
T
WSIIISS
CDFMANDER
NAVAL BLSCTRONIC SYSTSMB COMMAND
DEFENsE STANUARDI.Z4T
ION PRCCBAM BBAiWH
DEPAHTMBW2 OF THE NAVY
WASSINCMN , D. C. 20360
●
FOLD
.
●
●
SPECIFICATION
ANALYSIS SHEET
F.m Amrwed
Lkdget
I
b,,..
No.
,,$,.RoM
IF6-nwrfm
‘his
sheet
is
to b.
fil
cd cut by per!onncl
either
Gov. rnme. e .ar co. Lr . . . . . involved
in
the
use of
h
ape..
f~c+ti..
S. pr.cure.e.
t of
pr J .ct~
foc
.It!mmte
. . . by the
tkp.
rtment
of lk~c..c.
‘lhis
.hme
is pro.ide~
for
.ab.
q,n]ng
information
.n the . . . .1
th,.
spec!f>c.
t,an
.h, ch .)
1 111..
re th. t suit.b
c product.
can
be pm..
red
with
i
!r,,mm
mm.aunt
of
.del,y
mnd ,!
the 1.,,,
c s,.
bents
.n~
the
re~.rn
of
thic
}...
.,11
b.
.ppr.c,.d,
Fold
m
,.8
send to ~r,p.r,r,~
act,v,,y
(..
ta,, z.,,d
an ,,..,,,
h,,ee f,.
,..on rerermc
,,de,
s,,F.1o
,.
corner,
CC IF ICATION
A TlON
~12
ml
(0/
.ab.
i,t.
r)
CITT
NO.
w AN TIWOF
I w
w
AND
STATE
PRoOJ RED
DOLLAR
No
UNT
1
hTw!l
A1.
HAS
PRG.c” RELl
UNDER
A
n
Q,nEc~
,0vC9NMCNT
CONTRACT
PART
OF THE SPK
I FICATION
CREATEO
ANY
. .
.,
v,
..”..
,.
“,,,..,.0
”.,”
““..,,
.,,,.,
. . .
,.”
..
O
SUBCONTRACT
pR0BLEM5
OR REWIRED
!NTERPRE7AT10N
IN
PROCIJREMENT
IJSE7
,0,...
,0,”,,,,”.
,“,
,,,
,,,
,”.,,,.
●
COWENT5
15
ON
THE
tiNY
SPECIFICATION
SPECIFICATION
c1
CCU51DERED
TOO
RIGID
RC5TR1CTIVE1
O
,,~
RETIREMENT
‘o
IF
‘,CS-,
IN
.IIAT
..,1
✌
RWARKS
,,...1
IWITTEO
.“..
(A II.
P. P.,.,
(Pramt*d
BY
,.,
. .
~, w’31*~’J
●
Ch any
.:1..
.rtincnf
f
O,
t.
f.,.
t,ped
d.t.
.hich
andplac<
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c i.
both ,“ an . ..c1oP.
..11”
i.vovi.6
addr<,,
Ihi$
ed
117)
REPLACES
NAVSHIP5FORM,063,
$P..
if.i..
10 P.cP..
DATE
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,,
..
S”LLTE
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th.r?
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are
.ddi
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