Page 1
:
2SC3298
2SC3298A
2SC3298B
POWER
AMPLIFIER
DRIVER
STAGE
FEATURES
High
.
.
Transition
Complementary
APPLICATIONS.
AMPLIFIER
Frequency :
to 2SA1306,
APPLICATIONS.
fT=100MHz
2SA1306A,
(Typ
2SA1306B
)
SILICON
.
NPN
EPITAXIAL
X
<
s
to
TYPE (PCT
1Q3MAX.
7.0 0Z.
/
'-ra
r\r
/
J
PROCESS)
Unit
in
0.2
2±
s
d
+i
L
o
mm
:.:
MAXIMUM
RATINGS
CHARACTERISTIC
2SC3298
Collector-Base
Voltage
2SC3298A
2SC3298B
2SC3298
Collector-Emitter
Voltage
2SC3298A
2SC3298B
Emitter-Base
Collector
Base
Current
Collector
Voltage
Current
Power
Dissipation
(Tc=25°C)
Junction
Storage
ELECTRICAL
Temperature
Temperature
CHARACTERISTICS
Range
(Ta=25°C)
CHARACTERISTIC
Collector
Emitter
Cut-off
Cut-off
Current
Current
2SC3298
Collector-Emitter
Breakdown
Voltage
2SC3298A
2SC3298B
DC
Current
Gain
Collector-Emitter
Saturation
Base-Emitter
Voltage
Voltage V
Transition Frequency f
Collector
Note
TOSHIBA CSC3F9^^C3l=9^e^.~r*a^^ffXI
: h
Output
FE
Capacitance
Classification :
iiiiiiittiiiiitiiHiitniiiitiiiiiiiiiiiMiiiiiiiiiiiiitiiiiitiiiiiiiiiitiiiiiiiiiiiiiiiiiiiiiniiiiiiiiiiiiiiitiiiiiitiiiiitJiiiiiitiiiniiiiiittiiMiitiiiittiiiiiiiiiiiiii-iiiiiiitiiitiitiiiiiiiiiiiiiiiiitiiiiiiiiiitii
SYMBOL
RATING
VCBO
v
CEO
v
EBO
ic
IB
Tstg
0.15
-55-150
SYMBOL TEST
V
ICB0
lEBO
v
(BR) CEO
h
FE
(Note)
v
CE(sat)
B
T
Cob
70-140,
E
B=160V,
C
VEB=5V, I
IC=10mA,
V
CE=5V,
I
=500mA,
c
VcE=5V,
V
=10V,
CE
V
=10V,
CB
Y
160
180
200
160
180
200
1.5
20
150
120-240
:
UNIT
CONDITION
=0
I
E
=0
C
Ib=0
I
=100mA
c
I
=50mA
B
I
=500mA
c
Ic=100mA
lc=0,
1
1.4
w
025
+
0.76-
0.15
2.54±0.25 2.54±0.25
mo
dd
1
+
1
h
1.
2.
COLLECTOR
EMITTER
3.
JEDEC
EIAJ
TOSHIBA
Weight
MIN.
-
- -
160
180
200
70
-
- -
-
f=lMHz
-
w
: :
2
BASE
2.U
1.2
\
h\
2-10L1 A
TYP.
-
-
- -
- -
-
-
100
25
U5
S
X
<
s
^
.
-
-
MAX.
1.0
1.0
-
240
1.5 V
1.0
-
-
UNIT
MA
nk
V
MHz
P
V
F
606-
Page 2
20^/ 12^«
S
y
f
"0
COLLECTOR-EMITTER
4
2
IC
V
-
8
I
B
6
VOLTAGE V
^
IC
o
i
/ J
/
•
2SC3298B
A
-
V
BE
'
,
!l
/
/
/
j
/
1
1-
«r
r
J
/
VOLTAGE V
1.0 1.2
EMITTER
V
=5V
CE
(V)
B
E
1.4
•
2SC3298
C E
2SC3298
COMMON
6
EMITTER
=
Tc
2
5"C
4
1
=
2mA
'
14
12
10
8
CE
(V)
as
0.4 Q6 a8
02
BASE-EMITTER
500
300
500
300
X 100
6-1
<h
o.oo3 a
=^
50
30
i n
\^
4
1
=
Tc
100°C
25
oi
COLLECTOR
COMMON EMITTER
'
=10V
V
CE
'
Tc=2
5'C
10 30
COLLECTOR CURRENT I
h^E
f
T
I
—
V
CURRENT
—
ic
100
C
E=5V
C
J2>ISs
-u
<<
I
->
DS
AREA
T~
^
^
o.
X
1
II
II
(A)
lms^
10ms^
lOOme^
-
25
^-25
-
i. A)
v
E
c
1
:
COMMON EMITTER
Ic/lB=10
I
[sat
a3
o
«
ai
M
o
Eh
H
0.05
J
D
^
H
Q03
O
<
go
o
COLLECTOR CURRENT
OPERATING
SAFE
niii i i
—rr
"l
I
(CONTINUOUS)
c
I
c
!
MAX
1
MAX
(PULSED)^
II
1 1
'
£j^
4\
&
^
^
\
—
*>
\
-
5
^
300
(mA)
c
0.5
0.3
•*•
SINGI
PULSE
: CURVES MUST BE
LINEARLY WITH
;
•
TEMPERATURE
IN
-
V
CE0
'
V
CE0
i i i 1 1 ._ i _i 1—i—i i i I I
i
3 10
COLLECTOR-EMITTER VOLTAGE V
"^x \
y
S
V
NONREPETITIVE^
E
=
Tc
2
5''C
DERATED
INCREASE
=
MAX
160V
MAX =
180V
30
o
^
2SC3298
L
o\
*
s
\
YSA
-^
2SC3298A '
100 300
CE
>
-m
y
1
L X .
'
1 o
'
(V)
CO
Ol
QQ
CO
O .
CQ
W
II
<
s
H
>
.
.
-
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-607-
^^.XX.
CORPORATION
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