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oocraLJD
Solid State
Division
File No. 219
Power Transistors
40406 40408 40410
40407 40409 40411
~,
-..:::ni 40411
JEOECTO-3
Silicon N-P-N and P-N-P
mPower Transistors
For Audio-Amplifier
Applications
rn404065
404078
40406L
40407L
4040BL
Features:
40406 & 40407
• VCEO(SUS) = -50 V max. (40406)
• VCEO(SUS) = 50 V max. (40407)
• 40406 is p-n-p complement of 40407
These davices are available with either 1%·
inch leads (TO-5 package) or %-inch leads
(TO-39 package). The longer-lead versions are
specified by suffix "L" after the type num·
ber; the shorter-lead versions are specified by
• 1 W dissipation rating
suffix "S" after the type number.
RCA-40406-40411. inclusive. are diffused-junction silicon
n-p-n and p-n-p transistors intended for use in audio ampli-
fiers. Giving high-quality performance economically. these six
devices have power dissipation ratings of 1 to 150 W_
TERMINAL CONNECTIONS
FOR 40406-40410
Lead 1 - Emitter
Lead 2 - Base
Case or Heat
Radiator. Lead 3 - Collector
TERMINAL CONNECTIONS
FOR 40411
Pin 1 - Base
Pin 2 - Emitter
Case - Collector
Mounting Flange - Collector
40408
• VCEO(SUS) = 90 V max.
• 1 W dissipation rating
40409 & 40410
• VCER(sus) = 90 V max_ (40409)
• VCER(sus) = -90 V max_ (40410)
• 40410 is p-n-p complement of 40409
• 3 W free-air dissipation rating
40411
• VCER(sus) = 90 max.
• Hometaxial-base construction
• 150 W dissipation rating
MAXIMUM RATINGS. Absolute-Maximum Values
40406 40407 40408 40409 40410 40411
Collector-to-Emitter Sustaining Voltage:
With base open . .. . . ... .. .. . . . .. . .. .. . . . VCEQ(sus) -50
With RBE = 100 n ...................... VCER(sus)
Emitter-to-Base Voltage:.
With collector open ... _. ___ . _______ .. __ . _
Collector Current _. __ ... _. _.. _____ . _. ______
Base Current .............................
Transistor Power Dissipation:
At free-air temperatures up to 25° C __ .. __ . __
At free-air temperatures up to 50° C ____ .. ___
At case temperatures up to 25° C _. ___ .. _. __
VEBO
IC
IB
P,-
-4
-0.7
-0_2
At other temperatures
Operating Junction Temperature Range
4
50
4
0.7
0.2
See Fig_ 1
90
90 -90
4 4 -4
0_7 0_7 -0.7
0.2 0.2 -0_2
33
See Fig_ 2
65 to +200
V
90 V
4V
30 A
15 A
W
W
150 W
See Fig. 3
~ °c
416
9-73

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File No. 219 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 40406
40407
ELECTRICAL CHARACTERISTICS
40408
40409
40410
40411
Characteri sti c
Vee
TEST CONDITIONS
VCE VEe
Volts
IC Ie TC
mA °c
40406
Min. Max.
LIMITS
40407
Min. Max.
40408
Min. Max.
ICEO
ICBO
40a
BO
40°
BO
10
25 -lilA
lilA
25
150 -101lA
lOOIlA
150
0.251lA
lilA
250 llA
lEBO
VCEO(SUS)
VCE(sat)
VBE
-10
10
4
-10
hFE lO
c
hfe
fT
6 J _C
4
10
6 J_FA
d
Cob
10
a Negative for types 40406 & 40410
cF= 20 MHz
dF=IMHz,IE=O
4a
1000
150a 15
-0.1
1
10
-0.1
1
10
50
500
-lmA
-50 V
1mA
50V
90V
1mA
-O.BV
1.4 V
O.BV
IV
30 200
40 200
40 200
6
......, 100 MHz (Typ)
jill
350 C/W
1750 CIW
35O C/W
1750 C/W
15pF
350 C/W
1750 C/W
417

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40406 40408 40410
File No. 219
40407 40409 40411 - - - - - - - - - - - - - - - - - - - -
ELECTRICAL CHARACTERISTICS
Characteristic
VCB
TEST CONDITIONS
VCE VEB IC IB TC
40409
Volts
rnA °c Min. Mox.
LIMITS
40410
Min. Mox.
40411
Min. Mox.
b
leER
80a
80°
25 lilA
150 100llA
-lilA
-lOOIlA
500llA
2mA
lEBO
.b
VCER(susl
100°
200
ImA
-lmA
90V -90V
90V
5mA
VCE(satl
150a 15
4A 400
1.4 V
-1.4 V
0.8 V
VBE
hFE
fT
6 J _C
6 J _F A
4° 150a
IV -1 V
4 4A
4 150
50 250
1.2V
-4 -150
50 250
·t 4A
35 100
4a 50° ~100 MHz (Typ)~
4 4A
800 kHz (Typ)
500 C/W
500 C/W
1.17° C/W
PRTe
40
a Negative for types 40406 &. 40410
b RBE = 100!l
e Power rating test at 200 watts
5A
1 sec
418

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__________________________________________ 40406
File No. 219
40408
40410
40407 40409 40411
'"I
l I.e
z
0
~ 0..8
~
~
'~" 0..6
gz~ eA
~
" 0.2
x
""'
00
ffi•.•••• '. :::::~N.
. 'I::
I:"
;c::
-50 0 50 100 150
FREE-AIR TEMPERATURE (TFA)-OC
2"2
:',2~
cc==
'r=c='
,.,:,.:c
':: ::,"
::c,
200 250
92lS_1593
Fig. 1 - Dissipation derating curver for 40406, 40407, and 40408.
- >~oz
5 R~:, ~;;i:::
I.~,+,~'I-,.,r--t-·~-
I::·• ··'·,·
rr:: ::. r"
.•.
•• ••• II'" :.:.
.~.
H
I
FREE-AIR TEMPERATURE (TFA1-oC
200
92LS-1594
Fig. 2 - Dissipation derating curve for 40409 and 40410.
I+N--
I~j-R'
-I -
It ~.-
- -PULSE DURATIONi t)~I$
NOTE: Case must return to
:r~ ~ti ~:~~~:~d:;hj~~b~~~;tj~:r~~;:~:
q:J=l+1+H=t+;:tH+++i+j,J~ i'',;-':1=_.X"'t~~1t~~i;:'ul=se:-co:n,'be reapplied. -.,
-,n +;±f:!J\T++
rR+1-,- ~
o 50 100 150 200
CASE TEMPERATURE (TC}-OC
Fig. 3 - Dissipation derating curve for 40411.
ICOLLECTOR-TO-EMITTER VOLTAGE (VeE): IOV
uo
0..1
4 6 8 '0
COLLECTOR CURRENT (ICI-mA
Fig. 5 - Typical de beta characteristics for 40407, 40408, 40409.
! iCOLLECTOR-TO· EMITTER VOL TAGE (VCE)=-4V H-+-f---l---+h-H
FREE·AIR TEMPERATURE (TFAl 0 250C
1I
~
:;
1I0
100
t---l--i_+-l-r-_I__+-l---H--f-..;ih-~-_I__+-l--H
f--c-- ,~+_++_-+__j-+++-I_I+_-r'-+'-I_+_-'--'t-l
"f~~
~
"
',DO
I1 _' I_+-~~~-r +~~-'~-~~__~i''I-~l!l
1'
-- 60 I.--
""'t-
< 1:0:+t-=+±-+=j+=+t+b_l'1=-=jt-=l-±+jj+±+=j-!-=-I=j--tt±-~+t-H---lt--~....'..~~~H
I+--++Tt+10
10
t+---+--l-+-~+1+-1h+l--+--..j,-++t--+-+-H-1--+-+-Hl
L--01--+-~.-L'~8L--L-'~'~8~~-~4-+'-'--'~-+'-4LJ'~~18~OJ
-0.1 -\
-\0 _102 -
COLLECTOR CURRENT (lCl-mA
Fig. 4 - Typical dc beta characteristic for 40406 and 40410.
I ICOLLECTOR- TO- EMITTER VOLTAGE (VCE): 4 V
180.
~ ,I I I .__
!I
I ,I I
0 160.
~
140.
,"-
,
,
'w"
~
z~ 120.
"'>"'- leo
>z-
w 80.
'~"
~ 60.
~ 40.
Ii' 20.
u
0 0.
8
\ Ii
I
~I
\,\ I : I
.,,: t'-<-CASE TEMPERATURE (Tc1=25GC
,\
i , i i ',:-l
I
ITC"150°C~~
1
I I !I
i
2
I
4
,I
I
8
~~
i
I
2
I
4
,I
~~
8
,
0..1 I Ie
COLLECTOR CURRENT (Ic1-A
92SS_:3079C
Fig. 6 - Typical dc beta characteristics for 40411.
419

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40406 40408 40410 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Fi1e No. 219
40407 40409 40411
·ID.'
-8.0
c
~-6.0
B-4.0
;:
-Z.O
COLLECTOR-lO·EMITTER VOL lAGE (VCEI:-4V
FREE·AIR TEMPERATUREfTFA1' 250C
r-
/
/
/
Il.-
V
·0.1 -0.2 -0.3 -0.4 -0.5 -0.6 0.1 -0.8 -0.9 ·1.0·1.1 -1.2
BASE:' TO-EMITTER VOL TAGE fVBE)-V
9;?CS-22428
Fig. 7 - Typical input characteristic for 40406 and 40410.
.1I,! •
!:! •
0 .•
BASE-TO-EMITTER VOLTS IVSE)
92CS-12329R2
Fig. 8 - Typical input characteristics for 40407, 40408, and 40409.
,. .... .... .... .... ... ................
'
0.8 : ..
l o0.7.",'.C••'••+••~••F••t+3'-~":-I fF'LT+'.'v:'7l.ol'II'0~ f•f'•-''•-d•'j--•"•."•"•1-""F"l+-"-"'l"+4~-"3'j
!~i:!!~t~":. ........................."..
~ ·400 f---+--"I!J.."':::""'O...."""'-=----+--j----+--1
~
i-300
__~ -100 1-#~ -j.,.==1===~=+--I--_l_--1
U -1D0 1-h_+==:1:=::::::.:;::=:r-==t.
'" •••:.i.i]:ifili: ••••
.... :::: :::: :::: ~;;: ::
BASE-TO-EMITTER VOLTAGE (VSE)- V
92CS-13187
Fig. 9- Typical input characteristics for 40411.
-. -6 -8 -10 -11
COLLECTOR-TO· EMITTER VOLTAGE (VCEI-V
-14
Fig. 10 - Typical outputcharacter;stics for 40406 and 40410.
CASE TEMPERATURE (Te) = 25°C
.u..u .
150
<[ 12.5
I
".!:! 10.0
!<
BASE CURRENT (I ). 600 rnA
50
400
00
200
100
92CS-13003R2
Fig. 11 - Typical output characteristics for 40407, 40"!08. and ~n,:09.
o 0.5 1.0 1.5 2.0 2.5 :3.0 3.5 4.0 4.5
COLLECTOR-TO-EMITTER VOLTAGE (VCE)-V
92CS-13164
Fig. 12 - Typical output characteristics for 40411.
420