GOOD-ARK BZX55C16 Silicon planar zener diode Datasheet

BZX55 ...
SILICON PLANAR ZENER DIODES
Features
Silicon Planar Zener Diodes
The Zener voltages are graded according to the international
E 24 standard. Other voltage tolerances and higher Zener
voltages on request.
DIM ENSIONS
inches
DIM
Absolute Maximum Ratings
(Ta=25
mm
Min.
Max.
Min.
Max.
A
-
0.154
-
3.9
B
-
0.075
-
1.9
C
-
0.020
-
0.52
D
1.083
-
27.50
-
)
Symbols
Values
Units
Zener current see Table "Characteristics"
Power dissipation at Tamb=25
Ptot
500
Junction temperature
Tj
175
Storage temperature range
TS
-55 to +175
1)
mW
Note:
(1) Valid provided that leads are kept at ambient temperature at a distance of 8 mm from case.
Characteristics
at Tamb=25
Symbols
Min.
Typ.
Thermal resistance
junction to ambient Air
RthA
-
-
Forward voltage at IF=100mA
VF
-
-
Note:
(1) Valid provided that leads are kept at ambient temperature at a distance of 8 mm from case.
1
Max.
Units
0.3
K/mW
1)
1.0
V
Note
Z e n e r v o lta g e ra n g e 1 )
Ty p e
B Z X 5 5 /C 0 V 8
I Z T fo r V Z T
V znom
D y n a m ic re s is ta n ce
r z jT a n d r z jk a t I Z K
2)
V
mA
V
0 .8
5
0 .7 3 ... 0 .8 3
R e v e rs e le a ka g e c u rre n t
<8
<50
IR a n d IR
2)
Te m p . co e ffic ie n t
o f Z e n e r vo lta g e
at VR
T K VZ
mA
uA
uA
V
% /K
1
-
-
-
-0 .2 6 ... -0 .2 3
B Z X 5 5 /C 2 V 0
2 .0
5
1 .9 ... 2 .1
<85
<600
1
<100
<200
1
-0 .0 9 ... -0 .0 6
B Z X 5 5 /C 2 V 4
2 .4
5
2 .2 8 ... 2 .5 6
<85
<600
1
<50
<100
1
-0 .0 9 ... -0 .0 6
B Z X 5 5 /C 2 V 7
2 .7
5
2 .5 ... 2 .9
<85
<600
1
<10
<50
1
-0 .0 9 ... -0 .0 6
B Z X 5 5 /C 3 V 0
3 .0
5
2 .8 ... 3 .2
<85
<600
1
<4
<40
1
-0 .0 8 ... -0 .0 5
B Z X 5 5 /C 3 V 3
3 .3
5
3 .1 ... 3 .5
<85
<600
1
<2
<40
1
-0 .0 8 ... -0 .0 5
B Z X 5 5 /C 3 V 6
3 .6
5
3 .4 ... 3 .8
<85
<600
1
<2
<40
1
-0 .0 8 ... -0 .0 5
B Z X 5 5 /C 3 V 9
3 .9
5
3 .7 ... 4 .1
<85
<600
1
<2
<40
1
-0 .0 8 ... -0 .0 5
B Z X 5 5 /C 4 V 3
4 .3
5
4 .0 ... 4 .6
<75
<600
1
<1
<20
1
-0 .0 6 ... -0 .0 3
B Z X 5 5 /C 4 V 7
4 .7
5
4 .4 ... 5 .0
<60
<600
1
< 0 .5
<10
1
-0 .0 5 ... + 0 .0 2
B Z X 5 5 /C 5 V 1
5 .1
5
4 .8 ... 5 .4
<35
<550
1
< 0 .1
<2
1
-0 .0 2 ... + 0 .0 2
B Z X 5 5 /C 5 V 6
5 .6
5
5 .2 ... 6 .0
<25
<450
1
< 0 .1
<2
1
-0 .0 5 ... + 0 .0 5
B Z X 5 5 /C 6 V 2
6 .2
5
5 .8 ... 6 .6
<10
<200
1
< 0 .1
<2
2
0 .0 3 ... 0 .0 6
B Z X 5 5 /C 6 V 8
6 .8
5
6 .4 ... 7 .2
<8
<150
1
< 0 .1
<2
3
0 .0 3 ... 0 .0 7
B Z X 5 5 /C 7 V 5
7 .5
5
7 .0 ... 7 .9
<7
<50
1
< 0 .1
<2
5
0 .0 3 ... 0 .0 7
B Z X 5 5 /C 8 V 2
8 .2
5
7 .7 ... 8 .7
<7
<50
1
< 0 .1
<2
6 .2
0 .0 3 ... 0 .0 8
B Z X 5 5 /C 9 V 1
9 .1
5
8 .5 ... 9 .6
<10
<50
1
< 0 .1
<2
6 .8
0 .0 3 ... 0 .0 9
B Z X 5 5 /C 1 0
10
5
9 .4 ... 1 0 .6
<15
<70
1
< 0 .1
<2
7 .5
0 .0 3 ... 0 .1
B Z X 5 5 /C 11
11
5
1 0 .4 ... 11 .6
<20
<70
1
< 0 .1
<2
8 .2
0 .0 3 ... 0 .11
B Z X 5 5 /C 1 2
12
5
11 .4 ... 1 2 .7
<20
<90
1
< 0 .1
<2
9 .1
0 .0 3 ... 0 .11
B Z X 5 5 /C 1 3
13
5
1 2 .4 ... 1 4 .1
<26
< 11 0
1
< 0 .1
<2
10
0 .0 3 ... 0 .11
B Z X 5 5 /C 1 5
15
5
1 3 .8 ... 1 5 .6
<30
< 11 0
1
< 0 .1
<2
11
0 .0 3 ... 0 .11
B Z X 5 5 /C 1 6
16
5
1 5 .3 ... 1 7 .1
<40
<170
1
< 0 .1
<2
12
0 .0 3 ... 0 .11
B Z X 5 5 /C 1 8
18
5
1 6 .8 ... 1 9 .1
<50
<170
1
< 0 .1
<2
13
0 .0 3 ... 0 .11
B Z X 5 5 /C 2 0
20
5
1 8 .8 ... 2 1 .2
<55
<220
1
< 0 .1
<2
15
0 .0 3 ... 0 .11
B Z X 5 5 /C 2 2
22
5
2 0 .8 ... 2 3 .3
<55
<220
1
< 0 .1
<2
16
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 2 4
24
5
2 2 .8 ... 2 5 .6
<80
<220
1
< 0 .1
<2
18
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 2 7
27
5
2 5 .1 ... 2 8 .9
<80
<220
1
< 0 .1
<2
20
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 3 0
30
5
2 8 ... 3 2
<80
<220
1
< 0 .1
<2
22
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 3 3
33
5
3 1 ... 3 5
<80
<220
1
< 0 .1
<2
24
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 3 6
36
5
3 4 ... 3 8
<80
<220
1
< 0 .1
<2
27
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 3 9
39
2 .5
3 7 ... 4 1
<90
<500
0 .5
< 0 .1
<5
30
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 4 3
43
2 .5
4 0 ... 4 6
<90
<500
0 .5
< 0 .1
<5
33
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 4 7
47
2 .5
4 4 ... 5 0
< 11 0
<600
0 .5
< 0 .1
<5
36
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 5 1
51
2 .5
4 8 ... 5 4
<125
<700
0 .5
< 0 .1
<10
39
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 5 6
56
2 .5
5 2 ... 6 0
<135
<700
0 .5
< 0 .1
<10
43
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 6 2
62
2 .5
5 8 ... 6 6
<150
<1000
0 .5
< 0 .1
<10
47
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 6 8
68
2 .5
6 4 ... 7 2
<200
<1000
0 .5
< 0 .1
<10
51
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 7 5
75
2 .5
7 0 ... 7 9
<250
<1000
0 .5
< 0 .1
<10
56
0 .0 4 ... 0 .1 2
B Z X 5 5 /C 8 2
82
2 .5
7 7 ... 8 7
<300
<1500
0 .2 5
< 0 .1
<10
62
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 9 1
91
1
8 5 ... 9 6
<450
<2000
0 .1
< 0 .1
<10
68
0 .0 5 ... 0 .1 2
100
1
9 4 ... 1 0 6
<450
<5000
0 .1
< 0 .1
<10
75
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 11 0
11 0
1
1 0 4 ... 11 6
<600
<5000
0 .1
< 0 .1
<10
82
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 2 0
120
1
11 4 ... 1 2 7
<800
<5500
0 .1
< 0 .1
<10
91
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 3 0
130
1
1 2 4 ... 1 4 1
<950
<6000
0 .1
< 0 .1
<10
100
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 5 0
150
1
1 3 8 ... 1 5 6
<1250
<6500
0 .1
< 0 .1
<10
11 0
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 6 0
160
1
1 5 3 ... 1 7 1
<1400
<7000
0 .1
< 0 .1
<10
120
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 8 0
180
1
1 6 8 ... 1 9 1
<1700
<8500
0 .1
< 0 .1
<10
130
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 2 0 0
200
1
1 8 8 ... 2 1 2
<2000
<10000
0 .1
< 0 .1
<10
150
0 .0 5 ... 0 .1 2
B Z X 5 5 /C 1 0 0
Notes:
(1) Tested with pulses tp=20ms.
(2) Valid provided that leads are kept at ambient temperature at a distance of 8 mm from case.
(3) The BZX55-C0V8 is a silicon diode with operation in forward direction. Hence, the index of all parameters should be “F”
instead of “Z”. Connect the cathode lead to the negative pole.
2
RATINGS AND CHARACTERISTIC CURVES
3