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File No. 88 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __
OOCI8LJD
Solid State
Division
Power Transistors
40347 40347V1 40347V2
40348 40348V1 40348V2
40349 40349V1 40349V2
~,,-RC~A:{' ,
40347V2 1
40348V2 '
40349V2
H-1375
.~~
~
403'47S
403485
403495
40347V1
4034BV1
40349V1
40347L
4034BL
40349L
H-1468
H-1380
Hometaxial-Base Silicon N-P-N
Medium- and High-Voltage Transistors
General·Purpose Transistors for Industrial and
Commercial Equipment
Features:
a High second·breakdown resistance
"VCE(satl typically less than 1 V at 1A
for 40347 and 40348
a VCEV(sus) for 40349 = 160 volts min.
a HermeticallY'sealed packages
These devices are available with either 1%-
inch leads (TO-5 package) or %-inch leads
ITO-39 package). The longer-lead versions are
specified by suffix "L" after the type num-
ber; the shorter-lead versions are specified by
suffix "s" after the type number.
RCA-40347, 40348. and 40349 are hometaxial-base, silicon
n-p-n transistors intended for a wide variety of low- and
medium-power applications requiring medium- and high-voltage
power transistors. These devices differ primarily in their break-
down-voltage ratings.
Types 40347V1, 40348V1, and 40349V1 are 40347, 40348,
and 40349; respectively, with factory-attached heat radiators;
they are intended for printed circuit-board applications.
Types 40347V2, 40348V2, and 40349V2, are 40347, 40348,
and 40349, respectively, with factory-attached diamond-shaped
mounting flanges.
Typical applications for these transistors include switching
regulators, converters. inverters, relay controls, oscillators,
pulse amplifiers, and audio amplifiers (in low-power driver
and output stages). These transistors are especially suitable for
use in low-cost ac/dc af amplifier circuits.
MAXIMUM RATINGS, Absolute-Maximum Values:
COLLECTOR-TO-BASE VOLTAGE ... , ., , , , , ,. , ... , ... , ,
COLLECTOR-TO-EMITTER VOLTAGE:
With -1.5 V (V BE , of reverse bias .................. .
With base open ............................... .
EMITTER-TO·BASE VOLTAGE"""., .. ,.,.",.,.""
CONTINUOUS COLLECTOR CURRENT " ........ ,.,','
PEAK COLLECTOR CURRENT ,.,""',." ...... ,.,'"
CONTINUOUS BASE CURRENT"" ','." ... '.""'.'"
TRANSISTOR OISSIPATION.,. , , , , , , , , , .. , ... , ., , ., , , ,
At case temperature up to 25°C
V CBO
VCEV
V CEO
V EBO
IC
ICM
IB
PT
At case temperature above 25°C
At ambient temperature up to 25°C
At ambient temperature above 25°C
TEMPERATURE RANGE:
Storage and Operating (Junction) .................... .
LEAD TEMPERATURE (During soldering):
At distances ~ 1/32 in. (0.8 mm) from seating plane for 10 s max.
40347
40347Vl
40347V2
40348
4034BVI
4034BV2
40349
40349Vl
40349V2
60 90
160
60
40
7
1.5
3.0
0.5
160
140
7
1.5
3.0
0,5
11.7 (40347V2) 11.7 (4034BV2)
11.7 (40349V2)
BJ5 (40347) 8,75 (40348)
8,75 (40349)
...1.. 1 - - - - - Sec Figs. 1 & 2 --------t!!:»
1,0 (40347)
1,0 (40348)
1,0 (40349)
404 (40347VlI 404 (40348Vl)
404 (40349V 11
.....,11/----- See F;g, 3 - - - - - I.....
-65'0200_
...230
V
V
V
V
A
A
A
w
w
w
w
°c
°c
4-74 405

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40347--49. V1. V2 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ File No. 88
ELECTRICAL CHARACTERISTICS. At Case Temperature lTC' = 2~C unless otherwise specified
TEST CONDITIONS
LIMITS
Characteristic
Collector-Cutoff Current
With external base-to-
emitter resistance
(R BE) = 1 kn
Symbol
ICER
Voltage
Vdc
VCE V BE
Current
Adc
IC IB
30
60
90
40347
Min~ Max.
-1
--
--
40348
Min. Max.
--
-1
--
With RBE = 1 kn
and TC = 150°C
ICER
30
60
90
Emitter-Cutoff Current
lEBO
DC Forward-Current
Transfer Ratio
hFE
Collector-ta-Emitter
Sustaining Voltage:
ISee Figs. 4. 6. and 8)
With base-emitter junc-
tion reverse biased
With base open
VCEV(sus)
VCEO(sus)
-7
4 0.15
4 0.30
4 0.45
4 1.00
-1.5 0.050
0.050
Base-ta-Emitter Voltage
V BE
4 0.15
4 0.30
4 0.45
Collector-ta-Emitter
Saturation Voltage
VCE(satl
Forward-Bias Second Break-
down Collector Current
(1-s non-repetitive pulse)
ISlb
38
63
138
0.15
0.30
0.45
Thermal Resistance
Junction-to-Case
R8JC
-1
--
--
- 10
--
--
25 100
--
60 -
15mA
30mA
45mA
40 -
--
--
- 1.5
--
--
-1
345 -
--
--
20(max.)
40347
15(max.)
40347V2
--
-1
--
- 10
--
30 125
--
10 -
90 -
65 -
--
- 1.3
--
--
- 0.75
--
--
208 -
--
20(m"x.)
40348
15(m"x.)
40348V2
Thermal Resistance:
Junction-ta-Ambient
R8JA
40(max.)
40347V1
40(max.)
40348V1
a Pulsed; pulse duration:: 300 tJ.S, duty factor::S;;;; 2%.
40349
Min. Max.
--
--
-Z
--
--
-1
- 10
30 125
--
10 -
--
160" -
140" -
- 1.1
--
--
- 0.5
--
--
--
--
95 -
20(m"x.)
40349
15(m"x.)
40349V2
40(max.)
40349V1
Units
I'A
mA
I'A
V
V
V
V
mA
°C/W
°C/W
TERMINAL CONNECTIONS FOR TYPES
40347. 40348. & 40349
Lead 1 . Emitter
Lead 2 - Base
Case, Lead 3 - Collector
TERMINAL CONNECTIONS FOR TYPES
40347V1. 40348V1. & 4049V1
Lead 1 - Emitter
Lead 2· Base
Heat Radiator, Lead 3 .' Collector
406
TERMINAL CONNECTIONS FOR TYPES
40347V2. 40348V2. & 40349V2
Lead 1 • Emitter
Lead 2 - Base
Flange. Lead 3 • Collector

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File No. 88 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 40347-49, V1, V2
f
u
!..j.
aazw::
u:J
.t.5.
u
W
..J
.o.J
U
COLLECTOR-TO-EMITTER VOLTAGE (VCE)-V
Fig. 1 - Maximum operating areas for types 40347, 40348 and 40349.
4 S8
1000
92SS-358SRI
25 50 75 100 125 150 175 200
CASE TEMPERATURE (Tcl-·C
921.S-1469AI
Fig. 2 - Dissipation derating curve for types 40347, 40348. and 40349.
AMBIENT TEMPERATURE (TA)-OC
92SS-~:>79RI
Fig. 3 - Dissipation deraringcurve for types 40347V1. 40348V1.
and 40349VI.
407

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40347-49, V1, V2 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ File No. 88
CASE TEMPERATURE (Te) = 250C
;'"! 100 f-t--H++++t11c-f-H-t+-++t+I-IH+H
~ 9°f-t--H++++t11r-f-!4
~
~i80f-t--H++++t11--1!'
~~1!7°f-t--H+++++t--l!
~~60 - VeER
~ 5°--lt-H+++++t--l~~tt-++t+I--IH+H
l~;l c°t--t-++tt-t-t++r-t-.H...t.. r~-r++VC~EO~rtH
1.0 2 • & 810 2 4 6 ~OO 2 4 681K 2 • 6 RIOK 2 4 68 100K
EXTERNAL BASE-Ta-EMITTER RESISTANCE (RBE)-n
Fig_ 4 - Sustaining voltage vs_ base-to-emitter resistance for types
40347, 40347V1 and 40347V2.
CASE TEMPERATURE (Tel" Z50C
COLLECTOR-IO-EMITTER VOLTAGE (VCE) " 10V
CASE TEMPERATURE (Tcl" ZSOC
'Z_o
1'.1.6
do
g~ 1.2
~V
~ 0,8
;;;
~
V
~ 0.4
ii
V ~• fUJI.!'
"V r---.(~) ~I !
.......
.2 , ,
10
"". I'
.
6810Z
COLLECTOR CURRENT (lc)-mA
Fig. 5 - Typical gain-bandwidth product vs. collector current
for types 40347, 40348 and 40349.
.
CASE TEMPERATURE (Tcl"25-C
INOUCTANCE (Ll-75mH
<l 0.8 BASE-EMITTER RESISTANCE (RBE1"100 n
1
"i
t1
I~
n.7
!
::j
8 0.6
MINIMUM
LO 2 46810 2 4 &8100 2 4 68lK 2 4' '10K l
EXTERNAL BASE-lO-EMITTER RESISTANCE {RBE>-n
4 5 'lOOK
Fig_ 6 - Sustaining voltage vs. base-to-emitter resistance for
type. 40348, 40348V1 and 40348V2.
CASE TEMPERATURE (TCl " 250C
! 190
180
~
'"~~110
t:;~
~1160
l:ii!
~tp50
~>
~ 140
130
8
VCER
~ VCEO
j
I
LO 2 4 6 alO 2 4 68100 2 4 6 BIK 2 4 6 BIOK 2 4 68 100K
EXTERNAL BASE-TO-EMITTER RESISTANCE (RBE)-n
Fig. 8 - Sustaining voltage vs. base-to-emitter resistance
for types 40349, 40349V1 and 40349V2.
0.5
-7 -6 -5 -4 -3 -2 -I
BASE-TO-EMITTER VOLTAGE (V8E)-V
92.CS-17498Rl
Fig. 7 - Reverse-bias second-breakdown characterisrics for
types 40347, 40348 and 40349.
COLLECTOR CURRENT (lC)/BASE CURRENT (Ie)" 10
CASE TEMPERATURE (TC) ~ 251l C
I /1,000
/800
/:t~ ~ ,...r--
f600
V
V/g~ 400
I t8 200
0.1 0.4 0.6 0.8 1.0 1.1
COLLECTOR-TO· EMITTER SATURATION VOLTAGE, VCE (SAT)--V 9lCS-I1!Og
Fig. 9 - Typical saturation characteristic for types 40347,
40348 and 40349.
408

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FileNo. 88 ----------------------_______________________ 40347-49,V1,V2
CASE TEMPERATURE (Tel'" 2S0C
f.00
1 If
!g:;i 300
~ 200
~
~ 100
BASE CURRENT (la) '" 11 rnA
9
1
5
3
I
1.0 2.0 3.0
5.0
COLLECTOR-TO'EMITTER VOLTAGE (VeEI-V
6.0
Fig. 10 - Typical output characteristics for type 40347.
II
e IIlDO ,-#C
" .,~
~
80f.--- f-- .'.\fQ-\."i~"".~,""~~~~-
....
"\
~ 60
~
p .'V'f-S\.
,<!,C
I--""
VCE '" 4V
W
~,~
~ 40_ f-- --
~ ,/
~ 20
VCE· IV~~;
... II~
u
0
,
, • I,
, • II
, • II
0.1 1.0 10 100 1000
COLLECTOR CURRENT (le)-mA
Fig. 11 - Typical de beta characteristics for type 40347.
CASE TEMPERATURE (Tel" 25°C
400
1
~300
~
§
'~~" zoo.
u
8~
100
SASE CURRENT (Ie) '" 8 mA
,
,5
3
2
I
1.0 2.0 3.0 4.0 5.0
COLLECTOR·TO·EMITTER VOLTAGE (VeE)-V
6.0
Fig. 12 - Typical output characteristics for type 40348.
ICASE TEMPERATURE (Tel" 2SoC
I
CUR~E.T200 eASE lIei .I'mA
180
TI60
gl40
~
:g5;120
8100
~
~ 80
1rl
~ 60
40
r,-
1/
'/
'/
20
3.5
3.0
2.5
2.0
1.5
11.0
0.5
I
I
1.0 2.0 3.0 4.0
5.0
COLLECTOR·lO-EMITTER VOLTAGE (VeEI-V
Fig. 14 - Typical output characteristics for type 40349.
I---
120
E
~lOO
5 - ,.~ -80
(\c)~
,-#C
\
60 I- ct-~~l~lt-"v":\..~..~..'... ....
"
j r-.j...~"
~,/
~40 V V
I20
VCE z 4V
\
,~
VCE· IV>
g l-
I
OJ t t 681.0 l 46810 2 4 GBloD 2 4 i 81000
GOLLEClOR CURRENl (IC)-mA
Fig. 13 - Typical de beta characteristics for type 40348.
COLLECTOR-lO-EMITTER VOLTAGE (VCE) " 4V
!240
~2DD ,#'
S -'\~~
~
~
160 f - - ~~,,1~0'
'\<....~~i'
~
~
120
",p"""
/
'1.~'V
-,,
~,
-<;l 80
~'"
40
g I-
0
V
~
~.
0.1 2 .611.0 2 .6 BID 2 461100 2
COLLECTOR CURRENT (lc)-mA
Flg_ 15 - Typical de beta characteristics for type 40349_
409