DUAL
NPN
SILICON
ANNULAR*TRANSISTORS
@
e
e
e
e
e
e
low-noise
@
e
. . .
especially designed
differential
amplifier
for low-level,
applications.
s High Breakdown Voltage
BVCEO= 70 Vdc typical
o Very High Beta Guaranteed
s Beta Match as tight as 0.9 to 1
,.$:>.
,.,p~ ..*.
6-LEAD
TO-18
6-LEAD TO-5
2;:;
2N2920
;3
2;::;2
o
as low
as
3.0 db max at f = 1 kc
2N2979
,.,&i
\
\~
.t7<,\\
\
ABSOLUTE
MMIMUM
RATINGS
(TAeq~~{f@\eSS
otherwise noted)
.. ,. ,...
J,+
,
‘
Rating
‘~z~~%$
.x>
$,j\,
~ ‘*,,,,<, \,
Characteristics
Collector-Base
Voltage
~&291 3-]8
2N2972-77
45
2N2919-20
2N2978-79
60
Unit
Vdc
Vdc
Vdc
mAdc
oo
04
04
05
3
‘5
:+
%
6
+0
%
10
6
20
%
10
%20
Pin Connections,
Electrically
Bottom View
From
All Leads
Isolated
Case
Collector-Emitter
Emitter-Base
Voltage
.+.
VEBO
lC
45
6
30
60
w’:)
.>
“t:~p$,~~
--- ~,~:r..
DC Collector Curre~.. ‘$,
.! . ‘I’\$
1
>&.,
.,i$,,
~f’i..
Jmction Temp~fa@)e/,*
Voltige
\..,,., !...,
,,,,,..,~:,\
,(
‘J
T
Stg
+200
-65 to +200
ONE SIDE
BOTH SIDES
‘c
“c
Storage Te#per~&Te
\
,J,
,...
?V
8
,...~ ‘!$.‘“<*?-’
.&::-..
.
‘*Ji\,.~..l:~$
.
~nge
s,.<}.
To/$f~yYce
Dissipation @ TA= 25° C
>\,,
...
TO?$ Case
Derate above 25° C
TO-18 Case
Derate above 25° C
Total Device Dissipation @ Tc= 250 C
TO-5 Case
Derate above 25° C
TO-18 Case
Derate above 25° C
mPatents
pending
PD
300
1.7
250
1.43
PD
750
4.3
500
2.85
600
3.4
mW
mW/O C
mW
mW/O C
300
1.72
1500
8.6
750
4.3
mW
mW/O C
mW
mW~ C
TO-18 TYPE
2N2972-79
TO-5 TYPE
2N2913-20
A
SUBSIDIARY
OF
MOTOROLA
INC.
@
ELECTRICAL
CHARACTERISTICS
(At
T.=
25° C unless
otherwise
noted)
Characteristics
Collector -Base
(IC = 10 pAdc,
Breakdown
IE = O)
Volhge
2N2913 thru 2N2918, 2N2972 tiru 2N2977
2N2919, 2N2920, 2N2978, 2N2979
Voltige
2N2913,
2N2919,
tkru 2N2918, 2N2972 thru 2N2977
2N2920, 2N2978, 2N2979
I
Svmhnl
_,...--,
BVCBO
I
M.
......
45
60
I r.”
.Jr
I Ma.
,.,”-
I
I Init
-,,,
,
—
90
Collector-Emitter
(IC = 10 mAdc,
~
Wstaining
= O)
BVCEO(SUS)
45
60
—
70
,;,,:*”
,N~
~~:&*:3t.
,.~
‘~+\
‘ fi$,q ~,:,,,,?~dc
, *>=W$
—
—,::
.,,@& ...
~.~’
: *8.$.>:,:;,,,
~
*
Emitter-Base
Breakdown
(IE = 10 pAdc,
Ic = O)
Vol&ge
All ~es
BVEBO
6
Collector-Base
Cutoff Current
(vcB =
45 Vdc, IE = O)
(VCB
= 45 Vdc,
IE = O, TA = 150”C)
Cutoff
= O)
Current
2N2913 thru 18, 2N2972 thru 77
2N2919, 2N2920, 2N2978, 2N2979
All ~es
lCBO
&
*$! ,+4 ‘~?(’~’
. .C.c$:
p,;k ,g” _
,.,,\i~*i:f!i.
b “v
.*
.: ,.
$?,!+>{
,l,X’
..-
0.010
0.002
10
Vdc
PAdc
Collector-Emitter
(VCE = 5 Vdc,
PAdc
All ~pes
~
0,002
pAdc
_
Emitter-Base
Cutoff Current
(vEB =
5 Vdc, Ic = O)
Collector -Emitter
Saturation Voltxge
(Ic = 1 mAd.,
~ = 0.1 mAdc)
Base-Emitter
~,ON,~ Volhge
All Types
—
0.002
Vdc
All Types
.!,
,i!t~ ~.,::.: ~
:?
,.
.;>,~<)~r.,.
VBE(ON)
~$$.
*,
,.,,,
15,
16,
16,
16,
17,
18,
19, 2N2972,
20, 2N2973,
.F~\\/itL
74, 7&?9~~
75, ~~, ‘~,
“$~:
—
—
0.35
Vdc
All Types
D!C:::I:;*VCE
(Ic = 10 yAdc,
=’vdc)
VCE = 5 Vdc)
_
_
0,7
—
t.i~j,.,
2N2913,
2N2914,
TA = -55°C)
2N2913,
2N2914,
2N2913,
2N2914,
‘FE
60
150
15
30
100
225
150
300
—
—
—
—
—
—
—
—
240
600
—
—
—
—
—
—
(Ic
(Ic
(Ic
=10 uAdc,
= 100 &Adc,
= 1 mAdc,
VCE = 5 Vdc,
VCE = 5 Vdc)
VCE = 5 Vdc)
17, 19, 2N2972, 7~\,~,~#
18, 20, 2N297%$~,&<:$J/
~g
“~, ‘?6, 78
75,’ 77, 79
74,
75,
76,
77,
7e
79
c
00tput
(vcB
Capacitance
=
5 Vdc, IE = O, f = 140 kc)
Current &in
VCE = 5 V, f =20
High Frequency
(Ic = 500 PA,
kput hpedance
(Ic=l.OmA,
@tput
Atiithnce
(Ic=l.
OmA,
Noise
(Ic
Fi@re
mc)
19, 2N2972,
20, 2N297~
.J:s
2N2913, 15, 17, l~$:$N29?2,
2N2914, 16, 18{+S~~!&Z973,
}\.
.
,:.ir$$t$?;>~)::k
?Q>t *,
All
TyPeS$?
~,.** ~,;, \-*:
<:,.
,.
,::,W
~ ,,,,:”,’
i,.,::<
Al&tT&<,\
.
15, 17,
16, 18,
obo
pf
—
4
6
—
3.0
Ihfel
hib
J::,*,..
t ,,.?>.,.
—
—
ohms
VcB=5V,
f=lkc)
,::
*i.Jea \\,’‘~
‘*
t, Alit$ypes
~NtG+
.:,,;:
,,,:
Types
25
h
ob
28
32
@mhos
VcB=5V,
f=lkc)
,,$~$,,M$All
,*
*:<:tx ‘:..,’
—
—
1.0
db
NF
2N2914,
2N2913,
16,
15,
16,
15,
18, 20,
17, 19,
18, 20,
17, 19,
73,
72,
73,
72,
75,
74,
77,
76,
79
78
79
76
—
—
—
—
= 10 MA, VCE = 5 V,
RG = l~~w~’”~
f = 1 kc$~~~=
..
*,<::’;.>
200
CPS
2
3
2
3
3
4
3
4
“$
‘?kc,
f = 10 cqt v’ka~ ?<*
>+:>*.’
*!,
‘,,
,,, ,.:..,.., . ..,
;
BW = 10 kc 2N2914,
2N2913,
75,’77,
74, 76,
IATCHING
CH~~~)&RISTICS
= 5 Vdc)
2N2917,
2N2915,
18,
16,
76, 77
19, 20,
bFEl
74,
75,
78,
79
/h
FE2
**
0.8
0.9
—
.—
1,0
1,0
—
DC Current @~@~~~~
(Ic = 100 @,
“~&E
.
.
?!,
‘a.:.
.
s+,+?,,.’..-\>
’..’
Base, ,ro~?
&lfferential
(Ic
~$~tih>’
to
1.0
mA,
VCE = 5 Vdc)
?:j>;,,:$
:
‘ty.
VCE = 5 Vdc)
2N2917,
2N2915,
2N2917,
2N2915,
18,
16,
18,
16,
76,
19,
76,
19,
77
20,
77
20,
[VBE1-VBE21
74,
74,
75,
75,
78,
78,
79
79,
—
—
—
—
_
—
_
_
10
5
5
3
mVdc
t~~~ ~OO@Adc,
,t,.
Base Voltige
Differential
Change
(Ic = 100 #Adc,
VCE = 5 Vdc, TA = -55 to +25°C)
(Ic
= 100pAdc,
VCE = 5 Vdc,
TA = 25 to 125” C)
A(VBE1-VBE2)
2N2917,
2N2915,
2N2917,
2N2915j
18,
16,
18,
16,
76, 77
19, 20,
76, 77
19, 20,
74,
74,
75,
75,
78,
78,
79
79
_
—
—
—
_
_
mVdc
1.6
0.8
—
_
2.0
1.0
* Pulse
**The
Tests
300 &se.,
reading
du~
cycle
s 2%
for
this ratio
10west ‘FE
is taken as hFE1
MOTOROLA
@
BOx
,,, ,.,.,.. ,. .s. ,., ,.,,.,., ,,,”. ,,,,
955
.
Semiconduc~or
PHOENIX,
ARIZONA
8500!
q
Products
A
SUBSIDIARY
OF
MOTOROLA
INC.
Inc.
DS 4522