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GOOD-ARK Electronics |
BZV85 ...
SILICON PLANAR POWER ZENER DIODES
Features
Silicon Planar Power Zener Diodes
for use in stabilizing and clipping circuits with high power rating.
The Zener voltage are graded according to the international
E 24 standard. Other voltage tolerances and higher Zener
voltages upon request.
D IM E N S IO N S
inches
mm
DIM Note
Min.
Max.
Min.
Max.
A
- 0.169 -
4.3
B
- 0.110 -
2.8
C
- 0.031 -
0.8
D 1.102
-
28.0
-
Absolute Maximum Ratings (Ta=25 )
Symbols
Zener current see Table "Characteristics"
Power dissipation at Tamb=25
Ptot
Junction temperature
Tj
Storage temperature range
TS
Note:
(1) Valid provided that leads at a distance of 8 mm from case are kept at ambient temperature.
Values
1 1)
200
-65 to +200
Units
W
Characteristics at Tamb=25
Symbols
Min.
Thermal resistance
junction to ambient Air
RthA
-
Forward voltage at IF=200mA
VF -
Note:
(1) Valid provided that leads at a distance of 8 mm from case are kept at ambient temperature.
Typ.
-
-
Max.
170 1)
1.2
Units
K/W
V
1
Zener voltage range 1)
Dynamic resistance
Type
Vznom
V
IZT for VZT 2)
mA V
rzjT and rzjk at IZK
mA
BZV 85/C 2V7
2.7 80 2.5 ... 2.9 <20
<400
1
BZV 85/C 3V0
3.0 80 2.8 ... 3.2 <20
<400
1
BZV 85/C 3V3
3.3 70 3.1 ... 3.5 <20
<400
1
BZV 85/C 3V6
3.6 60 3.4 ... 3.8 <15
<500
1
BZV 85/C 3V9
3.9 60 3.7 ... 4.1 <15
<500
1
BZV 85/C 4V3
4.3 50 4.0 ... 4.6 <13
<500
1
BZV 85/C 4V7
4.7 45 4.4 ... 5.0 <13
<600
1
BZV 85/C 5V1
5.1 45 4.8 ... 5.4 <10
<500
1
BZV 85/C 5V6
5.6 45 5.2 ... 6.0
<7
<400
1
BZV 85/C 6V2
6.2 35 5.8 ... 6.6
<4
<300
1
BZV 85/C 6V8
6.8 35 6.4 ... 7.2 <3.5
<300
1
BZV 85/C 7V5
7.5 35 7.0 ... 7.9
<3
<200
0.5
BZV 85/C 8V2
8.2 25 7.7 ... 8.7
<5
<200
0.5
BZV 85/C 9V1
9.1 25 8.5 ... 9.6
<5
<200
0.5
BZV 85/C 10
10 25 9.4 ... 10.6 <7
<200
0.5
BZV 85/C 11
11
20 10.4 ... 11.6
<8
<300
0.5
BZV 85/C 12
12
20 11.4 ... 12.7
<9
<350
0.5
BZV 85/C 13
13
20 12.4 ... 14.1
<10
<400
0.5
BZV 85/C 15
15
15 13.8 ... 15.6
<15
<500
0.5
BZV 85/C 16
16
15 15.3 ... 17.1
<15
<500
0.5
BZV 85/C 18
18
15 16.8 ... 19.1
<20
<500
0.5
BZV 85/C 20
20
10 18.8 ... 21.2
<24
<600
0.5
BZV 85/C 22
22
10 20.8 ... 23.3
<25
<600
0.5
BZV 85/C 24
24
10 22.8 ... 25.6
<25
<600
0.5
BZV 85/C 27
27 8 25.1 ... 28.9 <30
<750
0.25
BZV 85/C 30
30
8
28 ... 32
<30
<1000
0.25
BZV 85/C 33
33
8
31 ... 35
<35
<1000
0.25
BZV 85/C 36
36
8
34 ... 38
<40
<1000
0.25
BZV 85/C 39
39
6
37 ... 41
<50
<1000
0.25
BZV 85/C 43
43
6
40 ... 46
<50
<1000
0.25
BZV 85/C 47
47
4
44 ... 50
<90
<1500
0.25
BZV 85/C 51
51
4
48 ... 54
< 11 5
<1500
0.25
BZV 85/C 56
56
4
52 ... 60
<120
<2000
0.25
BZV 85/C 62
62
4
58 ... 66
<125
<2000
0.25
BZV 85/C 68
68
4
64 ... 72
<130
<2000
0.25
BZV 85/C 75
75
4
70 ... 79
<135
<2000
0.25
BZV 85/C 82
82 2.7 77 ... 87 <200
<3000
0.25
BZV 85/C 91
91 2.7 85 ... 96 <250
<3000
0.25
BZV 85/C 100
100 2.7 94 ... 106 <350
<3000
0.25
BZV 85/C 110
11 0
2.7 104 ... 116
<450
<4000
0.25
BZV 85/C 120
120
2
114 ... 127
<550
<4500
0.25
BZV 85/C 130
130
2
124 ... 141
<700
<5000
0.25
BZV 85/C 150
150
2
138 ... 156
<1000
<6000
0.25
BZV 85/C 160
160 1.5 153 ... 171 <1100 <6500
0.25
BZV 85/C 180
180 1.5 168 ... 191 <1200 <7000
0.25
BZV 85/C 200
200 1.5 188 ... 212 <1500 <8000
0.25
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.
Reverse leakage
current
IR 2) at VR
uA V
<150
1
<100
1
<40 1
<20 1
<10 1
<3 1
<3 1
<1 1.5
<1 2
<1 3
<1 4
<1 4.5
<1 6.2
<1 6.8
<0.5
7
<0.5
8.2
<0.5
9.1
<0.5
10
<0.5
11
<0.5
12
<0.5
13
<0.5
15
<0.5
16
<0.5
18
<0.5
20
<0.5
22
<0.5
24
<0.5
27
<0.5
30
<0.5
33
<0.5
36
<0.5
39
<0.5
43
<0.5
47
<0.5
51
<0.5
56
<0.5
62
<0.5
68
<0.5
75
<0.5
82
<0.5
91
<0.5
100
<0.5
11 0
<0.5
120
<0.5
130
<0.5
150
Tem p. coefficient
of Zener voltage
TKVZ
% /K
-0.08 ... -0.05
-0.08 ... -0.05
-0.08 ... -0.05
-0.08 ... -0.05
-0.07 ... -0.02
-0.07 ... +0.01
-0.03 ... +0.04
-0.01 ... +0.04
0 ... +0.045
+0.01 ... +0.055
+0.015 ... +0.06
+0.02 ... +0.065
0.03 ... 0.07
0.035 ... 0.075
0.04 ... 0.08
0.045 ... 0.08
0.045 ... 0.085
0.05 ... 0.085
0.055 ... 0.09
0.055 ... 0.09
0.06 ... 0.09
0.06 ... 0.09
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.06 ... 0.095
0.07 ... 0.10
0.07 ... 0.10
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
0.07 ... 0.11
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