Fuji ESJA09-10 High voltage diode Datasheet

ESJA09-10
(10kV/5mA)
Outline Drawings
HIGH VOLTAGE DIODE
ESJA09 is high reliability resin molded type high voltage
diode in small size package which is sealed a multilayed
mesa type silicon chip by epoxy resin.
Cathode Mark
Lot No.
o 2.5
10
27 min.
Features
High speed switching
Low VF
High surge resisitivity for CRT discharge
High reliability design
Ultra small pakage
o 0.5
27 min.
Cathode Mark
Type
Mark
Applications
Rectification for CRT display monitor high voltage
power supply (FBT:Flyback Transformer)
57
ESJA09-10
種07.
機
定 h 20
Maximum Ratings and Characteristics
White
Absolute Maximum Ratings
予
止
rc
a
m
V
10 n
Repetitive Peak Renerse Voltage
kV
o
e
.
t
le 5sign
o
I
Ta=25°C,Resistive Load
Average Output Current
mA
s
e
b
d
o
10mS Sine-half
bewave new 0.5
I
Suege Current
A
d
e
r
peak value
l
o
f
du nd
T che
120
Junction Temperature
°C
e
s
m
s
i
ct Tcrecom
100
Allowable Operation Case Temperature
°C
u
d
t
o
o
pr
N T
Storage Temperatureis
-40 to +120
°C
h
T
Items
Symbols
RRM
O
月
3
年
7
00
FSM
Condition
ESJA09-10
Units
廃
守
保
peak
j
2
stg
Electrical Characteristics (Ta=25°C Unless otherwise specified )
Items
Symbols
Conditions
ESJA09-10
Units
Maximum Forward Voltage Drop
VF
at 25°C,IF=10mA
35
Maximum Reverse Current
IR1
at 25°C,VR=10kV
2
µA
IR2
at 100°C,VR=10kV
5
µA
V
Maximum Reverse Recovery Time
trr
at 25°C,IF=2mA,IR=4mA
0.05
µs
Junction Capacitance
Cj
at 25°C,VR=0V,f=1MHz
1
pF
ESJA09-10
(10kV/5mA)
Characteristics
Reverse characteristic (VR-IR)
Forward characteristic (VF-IF)
Typical
Typical
10
Ta=25°C
30
Toil=100°C
25
IR (µA)
IF (mA)
1
20
15
0.1
10
5
0.01
10
15
20
25
30
35
40
45
2
50
3
4
5
6
7
8
9
10
種07.
機
定 h 20
VR (kV)
VF (V)
rc
a
予
止 on m
Reverse recovery time characteristic (Ta-trr)
Avalanche characteristic (Vz-Iz)
Typical
Typical
ete ign.
廃
l
o
守 obs des
130
Ta=25°C
120
100
IF/IR=2/4mA
75%Recovery
保uled befor new
110
月sched mend
3
年
is com
t
7
c
00 odu t re
trr (ns)
Iz (µA)
100
10
2 his pr
80
70
No
T
90
60
50
40
1
30
10
11
12
13
14
15
Vz (kV)
16
17
18
19
20
50
60
70
80
90
Ta (°C)
100
110
120
130
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