0.5W6.8V Datasheet, PDF (2/3 Pages) Gaomi Xinghe Electronics Co., Ltd. – 500mW DO-35 Hermetically sealed Glass Zener Voltage Regulators

Electrical Characteristics (TL=30℃, unless otherwise noted, VF=1.0V Max @IF=100mA for all types.)
Device
Nominal
Zener
Voltage
Vz at IzT
(V)(Note1)
Test
Current
IZT(mA)
Maximum Zener
Impedance(Note 2)
ZZT at ZZK at
IZT IZK=1mA
(Ω) (Ω)
Typical
Temperature
Coefficient
(%/℃)
Maximum Reverse
Leakage Current
IR
(μA)
Test
Voltage
(V)
Maximum
Regulation
Current
IZM(mA)
(Note 3)
CBZX55C2V4 2.28-2.56 5
85
600
-0.070
50
1.0
150
CBZX55C2V7 2.5-2.9
5
85
600
-0.070
10
1.0
135
CBZX55C3V0 2.8-3.2
5
85
600
-0.070
4
1.0
125
CBZX55C3V3 3.1-3.5
5
85
600
-0.065
2
1.0
115
CBZX55C3V6 3.4-3.8
5
85
600
-0.060
2
1.0
105
CBZX55C3V9 3.7-4.1
5
85
600
-0.050
2
1.0
95
CBZX55C4V3 4.0-4.6
5
75
600
-0.025
1
1.0
90
CBZX55C4V7 4.4-5.0
5
60
600
-0.010
0.5
1.0
85
CBZX55C5V1 4.8-5.4
5
35
550
+0.015
0.1
1.0
80
CBZX55C5V6 5.2-6.0
5
25
450
+0.025
0.1
1.0
70
CBZX55C6V2 5.8-6.6
5
10
200
+0.035
0.1
2.0
64
CBZX55C6V8 6.4-7.2
5
8
150
+0.045
0.1
3.0
58
CBZX55C7V5 7.0-7.9
5
7
50
+0.050
0.1
5.0
53
CBZX55C8V2 7.7-8.7
5
7
50
+0.050
0.1
6.0
47
CBZX55C9V1 8.5-9.6
5
10
50
+0.060
0.1
7.0
43
CBZX55C10 9.4-10.6
5
15
70
+0.070
0.1
7.5
40
CBZX55C11 10.4-11.6 5
20
70
+0.070
0.1
8.5
36
CBZX55C12 11.4-12.7 5
20
90
+0.070
0.1
9.0
32
CBZX55C13 12.4-14.1 5
26
110
+0.070
0.1
10
29
CBZX55C15 13.8-15.6 5
30
110
+0.070
0.1
11
27
CBZX55C16 15.3-17.1 5
40
170
+0.070
0.1
12
24
CBZX55C18 16.8-19.1 5
50
170
+0.070
0.1
14
21
CBZX55C20 18.8-21.2 5
55
220
+0.070
0.1
15
20
CBZX55C22 20.8-23.3 5
55
220
+0.070
0.1
17
18
CBZX55C24 22.8-25.6 5
80
220
+0.080
0.1
18
16
CBZX55C27 25.1-28.9 5
80
220
+0.080
0.1
20
14
CBZX55C30
28-32
5
80
220
+0.080
0.1
22
13
CBZX55C33
31-35
5
80
220
+0.080
0.1
24
12
CBZX55C36
34-38
5
80
220
+0.080
0.1
27
11
CBZX55C39
37-41
2.5
90
500
+0.080
0.1
30
10
CBZX55C43
40-46
2.5
90
600
+0.080
0.1
33
9.2
CBZX55C47
44-50
2.5
110
700
+0.080
0.1
36
8.5
Note: 1.The type numbers listed have zener voltage min/max as shown. Device tolerance of ±2% are indicated by a “B”
instead of a “C”. Zener voltage is measured with the device junction in thermal equilibrium at the lead temperature
of 30℃±1℃ and 3/8″ lead length.
2.ZZT and ZZK are measured by dividing the ac voltage drop across the device by the ac current applied. The specified
limits are for IZ(ac) =0.1IZ(dc) with the ac frequency = 1k Hz.
3.This data was calculated using nominal voltages. The maximum current handling capability on a worse case basis is
limited by the actual zener voltage at the operating point and the powered derating curve.
2