ZINC OXIDE VARISTOR
MOV 压敏电阻器
客户名称:
产品名称:
突波吸收器(压敏电阻)
型号规格:
05D~20D(180K~182K) (全系列)
日
2018 年 12 月 11 日
期:
客
户
供 应 商
品 保 部:
工 程 部: 陈庆国
制 造 部:
品 质 部: 韦金周
工 程 部:
承 认 人:
第 1 页
ZINC OXIDE VARISTOR
Explanation of Part Numbers 型号说明:
VDK
D
-
Common Code
产品类别代码
Chip Diameter
芯片直径
.
05,
Φ5mm
Varistor ,Surge
07.
Φ7mm
,Absorber
10
Φ10mm
VDK 金属氧化
14
Φ14mm
物压敏电阻器
20
Φ20mm
25
Φ25mm
VDK
K
Chip.Shape
Varistor Voltage
压敏电阻动作电压
芯片形状
圆形
Disc
例如 Examples:
4
7
0
47 × 100 = 47 V
4
7
1
47 × 101 = 470 V
1
1
2
Tolerance
误差
HighSurge/Lead Style
Length/Packing
高焦/脚型
脚长/包装
K.±10%
□空白常规
空白表散装
L.±15%
□J 高能品
3.5 ± 0 .5mm
M.±20%
Or
Customer
Special
Requirem
ent
□S 直脚
5.0 ± 0.5mm10.
□O 外弯脚
0 ± 0.5 mm
□I 内弯脚
□B 散装
□H 高低脚
□R 卷装
11 × 102 = 1100 V
Specifications 规格说明:
□Varistor Voltage Range
压敏电阻动作电压范围
□Peak Current For 8/20us Current Wave
在 8/20us 电流波形最大通流量
□Energy Range For 10/1000us Current Wave
在 10/1000us 电流波形的能量范围
□Storage Temperature Range
储存温度范围
□Operation Ambient Temperature Range
作业环境温度范围储存温度范围
□Typical Response Time
反应时间
□Insulation Resistance
绝缘电阻
□A 盒装
18V~1800V(dc)
100A~1800A
0.4J~1092J
-40℃~125℃
-40℃~85℃
〈25ns
≧1000MΩ
第 2 页
ZINC OXIDE VARISTOR
•05D Specifiation
Put "J" In Free Code Stands For High Surge Series
VDK
Part Number
Maxlmum
Varistor
Clamping
Allowable
Voltage
Voltage(Max)
Voltage 最大允许
压敏电阻器
抑制电压
电压
动作电压
@(8/20)us
AC.rms
Standard High Surge
DC
(V)
V0.1mA (V)
VC
IP
(V)
(A)
Maxlmum Peak
Maxlmum Energy
Rated
TyplcalCapacltance
Current 最大电流
最大吸收能量
Power
(Reference)
耐量(8/20)us
(10/1000)us
消耗功率
参考电容值
Standard High Surge Standard High Surge
(A)
(J)
(W)
@1KHz
05D180K
J
11
14
18(14.4-21.6)
40
0.4
0.6
1400
05D220K
J
14
18
22(18.7-26)
48
0.5
0.7
1150
05D270K
J
17
22
27(23-31.1)
60
0.6
0.9
930
05D330K
J
20
26
33(29.5-36.5)
73
0.8
1.1
05D390K
J
25
31
39(35-43)
80
0.9
1.2
05D470K
J
30
38
47(42-52)
104
1.1
1.5
530
05D560K
J
35
45
56(50-62)
123
1.3
1.8
450
05D680K
J
40
56
68(61-75)
145
1.6
2.2
370
05D820K
J
50
65
82(74-90)
150
2.5
4.0
300
05D101K
J
60
85
100(90-110)
175
3.0
4.1
250
05D121K
J
75
110
120(108-132)
210
4.0
4.9
210
05D151K
J
95
125
150(135-165)
260
4.8
6.5
165
05D181K
J
115
150
180(162-198)
320
5.9
7.5
140
05D201K
J
130
170
200(185-225)
355
6.5
8.5
125
05D221K
J
140
180
220(198-242)
380
7.0
9.0
110
05D241K
J
150
200
240(216-264)
415
8.0
10.5
100
05D271K
J
175
225
270(243-297)
475
8.5
11.0
95
05D301K
J
190
250
300(270-330)
520
9.0
12.0
05D331K
J
210
275
330(297-363)
570
9.5
13.0
05D361K
J
230
300
360(324-396)
620
1.0
16.0
70
05D391K
J
250
320
390(351-429)
675
12.0
17.0
65
05D431K
J
275
350
430(387-473)
745
13.0
20.0
60
05D471K
J
300
385
470(423-517)
810
15.0
21.0
55
05D511K
J
320
415
510(459-561)
845
16.0
22.5
50
05D561K
J
350
460
560(504-616)
920
16.8
24.0
45
05D621K
J
385
505
620(558-682)
1025
17.7
26.6
40
05D681K
J
420
560
680(612-748)
1120
19.4
29.1
38
05D751K
J
460
615
750(675~825) 1240
22.4
32.0
30
100
250
/
/
50×2
100×2
1
400
800
/
/
200×2
400×2
5
第 3 页
0.01
0.10
760
640
85
75
(pF)
ZINC OXIDE VARISTOR
•07D Specifiation
Put "J" In Free Code Stands For High Surge Series
Maxlmum
Varistor Voltage
Allowable
VDK
Part Number
Voltage 最大允
许电压
AC.rms
Standard High Surge
DC
(V)
Clamping
Maxlmum Peak
Maxlmum Energy
Rated
Typlcal Capacltance
压敏电阻器动
Voltage(Max) 抑 Current 最大电流
最大吸收能
Power
(Reference)
作电压
制电压@(8/20)us
(10/1000)us
消耗功率
参考电容值
(W)
@1KHz (pF)
V1.0mA (V)
VC
IP
(V)
(A)
耐量(8/20)us
Standard High Surge Standard High Surge
(A)
(J)
07D180K
J
11
14
18(14.4-21.6)
40
0.9
2.0
2800
07D220K
J
14
18
22(18.7-26)
48
1.1
2.4
2300
07D270K
J
17
22
27(23-31.1)
60
07D330K
J
20
26
33(29.5-36.5)
73
07D390K
J
25
31
39(35-43)
80
07D470K
J
30
38
47(42-52)
104
2.5
5.0
1100
07D560K
J
35
45
56(50-62)
123
3.1
6.0
890
07D680K
J
40
56
68(61-75)
145
3.6
7.0
740
07D820K
J
50
65
82(74-90)
150
5.5
10.0
600
07D101K
J
60
85
100(90-110)
175
6.5
12.0
500
07D121K
J
75
110
120(108-132)
210
7.8
13.0
420
07D151K
J
95
125
150(135-165)
260
9.7
15.0
330
07D181K
J
115
150
180(162-198)
320
11.7
16.0
280
07D201K
J
130
170
200(185-225)
355
13.0
17.0
250
07D221K
J
140
180
220(198-242)
380
14.0
19.0
230
07D241K
J
150
200
240(216-264)
415
15.0
21.0
210
07D271K
J
175
225
270(243-297)
475
18.0
24.0
185
07D301K
J
190
250
300(270-330)
520
20.0
26.0
165
07D331K
J
210
275
330(297-363)
570
23.0
28.0
07D361K
J
230
300
360(324-396)
620
24.0
32.0
07D391K
J
250
320
390(351-429)
675
26.0
35.0
130
07D431K
J
275
350
430(387-473)
745
28.0
40.0
115
07D471K
J
300
385
470(423-517)
810
29.0
42.0
105
07D511K
J
320
415
510(459-561)
845
31.0
45.0
100
250
500
/
/
125×2
250×2
2.5
1200
1750
/
/
600×2
1200×2
10
1.4
3.0
1800
1.7
3.5
1500
2.1
4.0
0.02
0.25
1300
150
140
07D561K
J
350
460
560(504-616)
920
35.0
49.0
90
07D621K
J
385
505
620(558-682)
1025
38.0
55.0
80
07D681K
J
420
560
680(612-748)
1120
42.0
60.0
75
07D751K
J
460
615
750(675-825)
1240
45.0
64
70
07D781K
J
485
640
780(702-858)
1290
48.0
69
65
07D821K
J
510
670
820(738-902)
1355
52.0
73
60
第 4 页
ZINC OXIDE VARISTOR
•10D Specifiation
Put "J" In Free Code Stands For High Surge Series
Maxlmum
Allowable
VDK
Part Number
Voltage 最大允许
电压
AC.rms
Standard High Surge
DC
(V)
Varistor Voltage 压 Clamping Voltage
敏电阻器动作电
压
V1.0mA (V)
Maxlmum Peak
(Max.)抑制电压 Current 最大电流度
@(8/20)us
VC
IP
(V)
(A)
耐量(8/20)us
Maxlmum Energy
Rated
最大吸收能量
Power
(10/1000)us
消耗功率
Standard High Surge Standard High Surge
(A)
(J)
(W)
Typlcal
Capacltance
(Reference)
参考电容值
@1KHz
(pF)
10D180K
J
11
14
18(14.4-21.6)
36
2.1
3.0
5600
10D220K
J
14
18
22(18.7-26)
43
2.5
5.0
4500
10D270K
J
17
22
27(23-31.1)
53
3.0
6.0
3700
10D330K
J
20
26
33(29.5-36.5)
65
4.0
7.0
10D390K
J
25
31
39(35-43)
77
4.6
9.0
10D470K
J
30
38
47(42-52)
93
5.5
11.0
2100
10D560K
J
35
45
56(50-62)
110
7.0
13.0
1800
10D680K
J
40
56
68(61-75)
135
8.2
15.0
1500
10D820K
J
50
65
82(74-90)
135
12.0
17.0
1200
10D101K
J
60
85
100(90-110)
165
15.0
18.0
1000
10D121K
J
75
110
120(108-132)
200
18.0
21.0
830
10D151K
J
95
125
150(135-165)
250
22.0
25.0
670
10D181K
J
115
150
180(162-198)
300
27.0
30.0
560
10D201K
J
130
170
200(185-225)
340
30.0
35.0
500
10D221K
J
140
180
220(198-242)
360
32.0
39.0
450
10D241K
J
150
200
240(216-264)
395
35.0
42.0
420
10D271K
J
175
225
270(243-297)
455
37.0
49.0
370
10D301K
J
190
250
300(270-330)
500
40.0
54.0
330
10D331K
J
210
275
330(297-363)
550
43.0
58.0
300
47.0
65.0
10D361K
J
230
300
360(324-396)
5
595
25
500
1000
/
/
250×2
500×2
0.05
3000
2400
2500
3500
/
/
60.0
70.0
1250×2
2500×2
65.0
80.0
230
280
0.40
10D391K
J
250
320
390(351-429)
650
10D431K
J
275
350
430(387-473)
710
10D471K
J
300
385
470(423-517)
775
67.0
85.0
210
10D511K
J
320
415
510(459-561)
845
69.0
90.0
200
10D561K
J
350
460
560(504-616)
925
70.0
92.0
180
10D621K
J
385
505
620(558-682)
1025
72.0
95.0
160
10D681K
J
420
560
680(612-748)
1120
75.0
98.0
150
10D751K
J
460
615
750(675-825)
1240
77.0
100.0
130
10D781K
J
485
640
780(702-858)
1290
80.0
105.0
125
10D821K
J
510
670
820(738-902)
1355
85.0
110.0
120
10D911K
J
550
745
910(819-1001)
1500
93.0
130.0
110
10D102K
J
625
825
1000(900-1100)
1650
102.0
140.0
100
10D112K
J
680
895
1100(990-1210)
1815
115.0
155.0
90
第 5 页
260
ZINC OXIDE VARISTOR
•14D Specifiation
Put "J" In Free Code Stands For High Surge Series
Maxlmum
Allowable
VDK
Part Number
Voltage 最大允许
电压
AC.rms
Standard High Surge
DC
(V)
VaristorVoltage
ClampingVoltage
压敏电阻器
(Max.) 抑制电压
动作电压
@(8/20)us
V1.0mA (V)
Maxlmum Peak
Current
最大电流耐量
(8/20)us
Vc
IP
(V)
(A)
Maxlmum Energy
最大吸收能
(10/1000)us
Standard High Surge Standard High Surge
(A)
(J)
Rated
Typlcal
Power
Capacltance
消耗功
(Reference)
率
参考电容值
(W)
@1KHz (pF)
14D180K
J
11
14
18(14.4-21.6)
36
4.0
14D220K
J
14
18
22(18.7-26)
43
5.0
8.0
9100
14D270K
J
17
22
27(23-31.1)
53
6.0
10.0
7400
14D330K
J
20
26
33(29.5-36.5)
65
7.5
12.0
14D390K
J
25
31
39(35-43)
77
14D470K
J
30
38
47(42-52)
93
14D560K
J
35
45
56(50-62)
110
14D680K
J
40
56
68(61-75)
135
14D820K
J
50
65
82(74-90)
135
10
1000
2000
/
/
500×2
1000×2
7.0
11100
0.1
6100
8.6
13.0
10.0
17.0
5100
4300
11.0
20.0
3600
14.0
24.0
2900
22.0
27.0
2400
14D101K
J
60
85
100(90-110)
165
28.0
33.0
2000
14D121K
J
75
110
120(108-132)
200
32.0
40.0
1700
14D151K
J
95
125
150(135-165)
250
40.0
53.0
1300
14D181K
J
115
150
180(162-198)
300
50.0
60.0
1100
14D201K
J
130
170
200(185-225)
340
57.0
70.0
1000
14D221K
J
140
180
220(198-242)
360
60.0
78.0
900
14D241K
J
150
200
240(216-264)
395
63.0
84.0
830
14D271K
J
175
225
270(243-297)
455
70.0
99.0
740
14D301K
J
190
250
300(270-330)
500
77.0
108.0
670
14D331K
J
210
275
330(297-363)
550
85.0
115.0
610
14D361K
J
230
300
360(324-396)
595
93.0
130.0
560
14D391K
J
250
320
390(351-429)
650
100.0
140.0
510
14D431K
J
275
350
430(387-473)
710
115.0
155.0
460
14D471K
J
300
385
470(423-517)
775
118.0
175.0
14D511K
J
320
415
510(459-561)
845
/
121.0
180.0
14D561K
J
350
460
560(504-616)
925
4500×2
125.0
185.0
360
4500
50
/
2500×2
6000
0.60
430
390
14D621K
J
385
505
620(558-682)
1025
128.0
190.0
320
14D681K
J
420
560
680(612-748)
1120
130.0
200.0
290
14D751K
J
460
615
750(675-825)
1240
143.0
210.0
270
14D781K
J
485
640
780(702-858)
1290
148.0
220.0
260
14D821K
J
510
670
820(738-902)
1355
157.0
235.0
240
14D911K
J
550
745
910(819-1001)
1500
175.0
255.0
220
14D102K
J
625
825
1000(900-1100)
1650
190.0
280.0
200
14D112K
J
680
895
1100(990-1210)
1815
213.0
310.0
180
14D122K
J
750
990
1200(1080-1320)
1980
232.0
324.0
160
14D142K
J
880
1140
1400(1260-1540)
2310
238.0
327.0
150
14D152K
J
900
1200
1500(1350-1650)
2475
240.0
329.0
130
14D162K
J
1000
1280
1600(1440-1760)
2640
243.0
331.0
140
14D182K
J
1100
1465
1800(1620-1980)
2970
250.0
335.0
130
第 6 页
ZINC OXIDE VARISTOR
•20D Specifiation
Put "J" In Free Code Stands For High Surge Series
Maxlmum Allowable VaristorVoltage ClampingVoltage
Voltage 最大允许电
VDK
Part Number
压
AC.rms
Standard High Surge
DC
(V)
压敏电阻器
(Max.) 抑制电压
动作电压
@(8/20)us
V1.0mA (V)
Vc
IP
(V)
(A)
Maxlmum Peak
Current
最大电流耐量
(8/20)us
Maxlmum Energy
Rated
最大吸收能
Power
(10/1000)us
消耗功率
Standard High Surge Standard High Surge
(A)
(J)
(W)
Typlcal
Capacltance
(Reference)
参考电容值
@1KHz (pF)
20D180K
J
11
14
18(14.4-21.6)
36
11.0
13.0
28500
20D220K
J
14
18
22(18.7-26)
43
14.0
16.0
18500
20D270K
J
17
22
27(23-31.1)
53
20D330K
J
20
26
33(29.5-36.5)
65
20D390K
J
25
31
39(35-43)
77
20D470K
J
30
38
47(42-52)
93
20D560K
J
35
45
56(50-62)
110
20D680K
J
40
56
68(61-75)
135
20D820K
J
50
65
82(74-90)
135
20D101K
J
60
85
100(90-110)
165
20D121K
J
75
110
120(108-132)
200
2000
20
3000
/
/
1000×2
2000×2
16.0
19.0
13000
23.0
24.0
11500
26.0
28.0
30.0
34.0
7400
38.0
44.0
6500
41.0
49.0
5800
45.0
56.0
4900
50.0
70.0
4000
55.0
85.0
3300
0.2
8500
20D151K
J
95
125
150(135-165)
250
70.0
106.0
2700
20D181K
J
115
150
180(162-198)
300
85.0
130.0
2200
20D201K
J
130
170
200(185-225)
340
95.0
140.0
2000
20D221K
J
140
180
220(198-242)
360
100.0
155.0
1800
20D241K
J
150
200
240(216-264)
395
108.0
168.0
1650
20D271K
J
175
225
270(243-297)
455
127.0
190.0
1500
20D301K
J
190
250
300(270-330)
500
136.0
210.0
1300
20D331K
J
210
275
330(297-363)
550
150.0
228.0
1200
20D361K
J
230
300
360(324-396)
595
163.0
255.0
1100
20D391K
J
250
320
390(351-429)
650
180.0
275.0
1000
20D431K
J
275
350
430(387-473)
710
190.0
305.0
20D471K
J
300
385
470(423-517)
775
204.0
350.0
20D511K
J
320
415
510(459-561)
845
210.0
360.0
780
20D561K
J
350
460
560(504-616)
925
215.0
380.0
710
20D621K
J
385
505
620(558-682)
1025
224.0
390.0
650
20D681K
J
420
560
680(612-748)
1120
230.0
400.0
600
20D751K
J
460
615
750(675-825)
1240
255.0
420.0
530
20D781K
J
485
640
780(702-858)
1290
265.0
440.0
510
20D821K
J
510
670
820(738-902)
1355
282.0
460.0
500
20D911K
J
550
745
910(819-1001)
1500
310.0
510.0
440
20D102K
J
625
825
1000(900-1100)
1650
342.0
565.0
400
20D112K
J
680
895
1100(990-1210)
1815
383.0
620.0
360
20D122K
J
750
990
1200(1080-1320)
1980
408.0
660.0
350
20D142K
J
880
1140
1400(1260-1540)
2310
532.0
784.0
340
20D162K
J
1000
1280
1600(1440-1760)
2640
606.0
896.0
330
100
第 7 页
6500
10000
/
/
4500×2
6500×2
1.00
930
850
ZINC OXIDE VARISTOR
20D182K
J
1100
1465
1800(1620-1980)
2970
625.0
990.0
320
E
Dimension of Component for Standard Product 标准品尺寸规格
F
(图 1:直脚产品图)
(图 2:外弯脚产品图)
(图 3:方形产品简图)
Dimension Table 尺寸规格:
MAX
Sizes
(图 4:脚距图)
Unit:mm
CP Wire
d ± 0.05
F± 1.0
Lmin
L1min C ± 0.4 Pmax
D
H
H1
05D
7.5
10.5
13
0.6
5.0±1.0
20
20
1.2
3.0
07D
9
12
15
0.6
5.0±1.0
20
20
1.2
3.0
10D
12.5
16.5
19.5
0.8
7.5±1.0
20
20
1.8
3.0
14D
16.5
20
23.5
0.8
7.5±1.0
20
20
1.8
3.0
20
20
1.8
3.0
20D
23
26.5
29.5
0.8
1.0
7.5±1.0
10.0±1.0
第 8 页
ZINC OXIDE VARISTOR
Product Thickness(Tmax) Table 成品厚度尺寸:
Unit :mm
Part Code
05D
07D
10D
14D
20D
E (±1.0)
180K
3.4
3.6
4.0
4.1
4.4
1.3
220K
3.6
3.8
4.0
4.3
4.5
1.4
270K
3.8
4.0
4.3
4.5
4.8
1.5
330K
3.5
3.7
4.1
4.2
4.5
1.7
390K
3.7
3.9
4.3
4.4
4.7
1.8
470K
3.8
4.1
4.5
4.6
4.9
1.8
560K
3.8
4.2
4.5
4.7
4.7
1.9
680K
4.0
4.3
4.5
4.5
5.0
2.2
820K
3.3
3.5
3.9
4.0
4.3
1.6
101K
3.6
3.8
4.2
4.3
4.6
1.8
121K
3.8
4.0
4.4
4.5
4.8
2
151K
4.1
4.3
4.7
4.8
5.1
1.8
181K
3.2
3.4
3.8
3.9
4.2
1.6
201K
3.3
3.5
3.9
4.0
4.3
1.7
221K
3.4
3.6
4.0
4.1
4.4
1.7
241K
3.5
3.7
4.1
4.2
4.5
1.8
271K
3.7
3.9
4.2
4.3
4.6
1.9
301K
3.9
4.1
4.3
4.4
4.7
2.1
331K
4.0
4.2
4.5
4.6
4.9
2.2
361K
4.1
4.3
4.7
4.8
5.1
2.3
391K
4.2
4.4
4.8
4.9
5.2
2.5
431K
4.4
4.6
5.0
5.1
5.4
2.5
471K
4.8
5.0
5.2
5.5
5.8
2.6
511K
5.0
5.2
5.5
5.6
5.9
2.6
561K
5.2
5.4
5.7
5.8
6.1
2.8
621K
5.3
5.5
5.7
5.8
6.1
3
681K
5.4
5.6
5.8
5.9
6.2
3.2
751K
5.6
5.8
6.0
6.1
6.4
3.4
781K
—
6.0
6.3
6.4
6.7
3.7
821K
—
6.3
6.5
6.6
6.9
3.4
911K
—
—
6.6
6.7
7.0
3.7
102K
—
—
7.0
7.1
7.4
4
112K
—
—
7.4
7.5
7.9
4.3
122K
—
—
—
7.7
8.1
5.2
142K
—
—
—
8.7
9.1
5.6
152K
—
—
—
9
9
6
162K
—
—
—
9.7
9.9
6.7
182K
—
—
—
9.7
10.1
7.4
第 9 页
ZINC OXIDE VARISTOR
Tape and Reel Specifications 编带装尺寸规格
(图 1:Straight Leads 05\07D\10D)
(图 2:Crimped Leads 05D\07D\10D)
(图 3:Straight Leads 10D\14D\20D)
Symbol
PARAMETER
(图 4:Crimped Leads 10D\14D\20D)
Series (Unit:mm)
05D series
07D series
10D series
14D series
20D series
P
Pictch of Componet
12.7±1.0
12.7±1.0
12.7±1.0
15.0±1.0
25.4±1.0
30±1.0
25.4±1.0
P0
Feed Hole Pitch
12.7±0.3
12.7±0.3
12.7±0.3
15.0±0.3
25.4±0.3
15±0.3/30±0.3
12.7±0.3
P1
Feed Hole Center to Lead
3.85±0.7
3.85±0.7
2.60±0.7
3.75±0.7
8.95±0.7
3.75±0.7
8.95±0.7
P2
Hole Center to Component Center
6.35±0.7
6.35±0.7
12.7±0.7
7.5±1.3
12.7±0.7
7.5±0.7
12.7±0.7
F
Lead to Lead Distance
5.0±0.8
5.0±0.8
7.5±0.8
7.5±0.8
7.5±0.8
7.5±0.8
10/7.5±0.8
△ h
Component Alignment
2.0 Max
2.0 Max
2.0 Max
2.0 Max
2.0 Max
2.0 Max
4.0 Max
W
Tape Width
18.0+1.0-0.5
18.0+1.0-0.5
18.0+1.0-0.5
18.0+1.0-0.5
18.0+1.0-0.5
18.0+1.0-0.5
18.0+1.0-0.5
W0
Hold Down Tape Width
5.0MIN.
5.0MIN.
5.0MIN.
5.0MIN.
5.0MIN.
5.0MIN.
5.0MIN.
W1
Hole Position
+0.75
9.0
+0.75
+0.75
+0.75
+0.75
+0.75
-0.50
9.0+0.75-0.50
W2
Hold Down Tape Position
3.0Max
3.0Max
3.0Max
3.0Max
3.0Max
3.0Max
3.0Max
+2.0
-0.0
+2.0
-0.0
+2.0
-0.0
+2.0
-0.0
+2.0
-0.0
+2.0
-0.0
-0.50
9.0
9.0
-0.50
-0.50
9.0
-0.50
9.0
-0.50
9.0
18.0
18.0
18.0
18.0
18.0
18.0+2.0-0.0
16.0±0.5
16.0±0.5
16.0±0.5
16.0±0.5
16.0±0.5
16.0±0.5
16.0±0.5
29.0Max
32.0Max
36.0Max
36.0Max
40.0Max
40.0Max
40.0Max
Feed Hole Diameter
4.0±0.2
4.0±0.2
4.0±0.2
4.0±0.2
4.0±0.2
4.0±0.2
4.0±0.2
t
Total Tape Thickness
0.7±0.2
0.7±0.2
0.7±0.2
0.7±0.2
0.7±0.2
0.7±0.2
0.7±0.2
L
Leagth of
11.0 Max
11.0 Max
11.0 Max
11.0 Max
11.0 Max
H
Height from Tape Center to Component Base
18.0
H0
Seating Plane Height
H1
Component Height
D0
Clipped Lead
11.0 Max 11.0 Max
第 10 页
ZINC OXIDE VARISTOR
Packaging Specifications 包装说明书
▇ Bulk Packaging 散装:
Series
Min./Plastic bag
Quantity
05D
1000PCS
07D
1000PCS
10D
500PCS
14D
500PCS
20D
250PCS
25D
200PCS
▇ Taping Packaging 编带包装:
Packing
Dimensions in mm
Ammo
Reel
Or Customer Request
第 11 页
Series
Min
Quantity(pcs)
05D、07D
1500/1000
10D、14D
1000/750
20D
500/250
05D、07D
1500/1000
10D、14D
1000/750
20D
500/250
ZINC OXIDE VARISTOR
Performance Characteristics(Electrical)性能特性
Test Item/Standard
Test Methods/Description
Specifications
测试项目/标准
测试方法/说明
规格值
Environmental conditions under which every measuring is done without doubt on
Standard Test
Condition
themeasurin results.Unless specified.Temperature humidity are 5 to 35℃ 45 to
—
85%RH.
标准测试条件
原则上以室温 25℃,65%RH 为实验条件,判定上有疑义时以温度:室温 5-35℃、
相对湿度:45-85%RH 为条件不特别限定。
Maximum Allowable
Voltage
The maximum sinusoidal RMS voltage or maximum DC voltage that can be
appliedcontinuously in the specified environmental Temperature range.
最大容许电压
连续施以交流电压或直流电压之最大值
The voltage between two terminals with the specified measuring current C mA DC
Varistor Voltage
压敏电压
appliedis called Vc or VcmA,the measurement shall be made as fast as possible to
avoid heat affection.
使用 C mA DC 之电流施以压敏电阻器测量两端之电压即为压敏电压或称 Vc。为
了避免热效应影响,测量时间尽可能快。(一般为 40ms)
The maximum voltage between two terminals with the specified standard impulse
curent(8/20us)illustrated below applied.
使用一标准 8/20 规格脉冲电流通过压敏电阻器,此时两端之最大电压。
Clamping Voltage
抑制电压
To meet the
specified value
The maximum current within the varistor voltage change of ±10% with the standard
Maximum
2times
Peak Current
2次
impulse current(8/20us)applied two times with an interval of 5 minutes.
以 8/20 之标准波形电流加于压敏电阻器两端两次,中间间隔 5 分钟,使压敏电
压偏移量在±10 以内之最大电流值。
突波耐量
The maximum current within the varistor voltage change of ±10% with the standard
1time
impulse current(8/20us)applied one time.
1次
以 8/20 之标准波形电流加与压敏电阻器两端一次,压敏电压偏移量在±10 以内之
最大电流值。
The maximum energy within the varistor voltage change of ±10% when one impulse
of 2ms or 10/1000us is applied.
以 2ms 或 10/1000us 方波加于压敏电阻器上一次,压敏电压偏移量在±10%以内的
Maximum Energy
最大吸收能量
能量。
E(能量)=Vm·Im·T
Im:最大容许的方波电流
Vm:在 Im 时的最大抑制电压
T:突波电流的经过时间(有效波宽)
第 12 页
如规格表
ZINC OXIDE VARISTOR
The power that can be applied in the specified ambient temperature.
Rated Power
在 85±2℃的交流电连续施加于压敏电阻器上 1000 小时,压敏电压偏移量在±10%
消耗功率
以内的最大电力。
Capacitance shall be measured at 1kHz ±10%.1Vrms max.(1 MHz below 100pF).0V
bias and 20±2℃.
Capacitance
电容应在 1KHz±10%,1Vrms max.,(>100pF 用 1MHz)0V bias 下测得且周围温度
电容
是 20±2℃。
Dissipation Factor shall be measured at 1KHz±10%.1Vrms max.(1MHz±10% below To meet the
Dissipation Factor
消散要素
Temperature Coefficient
100pF).OV blas and 20±2℃
specified value
消散要素应在 1KHz±10%,1Vrms max.,0V bias 下测得且周围温度是 20±2℃。
如规格表
of
±0.05%/℃
Varistor Voltage
max
电压温度系数
The specified voltage shall be applied both terminals of the specimen connected
Wirhstanding Voltage (Body together and metal foil closely wrapped round its body for at AC 2500V 1minute.
Insulation)
Electrical breakdown shall be examined.
No breakdown
封装树脂耐压(本体绝缘性)将封装完成之成品于瓷片上有树脂封装部分,以金属线烧成紧密线圈状,于线圈 无崩溃情形
IEC 61051-1
出头端与铜脚端输入电压 AC 2500V 1 分钟,看其电性崩溃情形。
Note:Varistor voltage change of forward direction shall be measured in the test of uni-pole surge life and DC Load life
备注:压敏电阻试验后应以同一方向试验测量电压变化量。
第 13 页
ZINC OXIDE VARISTOR
Mechanical 机械特性
Test Item/Standard
测试项目/标准
Test Methods
Specifications
测试方法
规格值
After gradually applying the force specified below and keeping the unit fixed
Robustness of
for the seconds, the terminal shall be visually examined for any damage.
Terminations
将本体固定后,施予如下之作用力于引线上十秒钟,观察是否有损伤.
No outstanding
damage
(Tenaile)
无外在损伤
端子印张强度
IEC 60068-2-21
The unit shall be secured with its terminal kept vertical and the force specified
below be applied in the axial direction.
The terminal shall gradually be bent by 90° in one direction, then 90°in the
Robustness of
Terminations
(Bending)
端子弯曲强度
opposite direction, and again back to the original position.
The damage of the terminal shall be visually examined.
将本体固定好,施与引线保持水平用如下作用力,先以一方向弯曲 90°,
再以反方向弯曲 90°回复原状。检查铜脚损伤情况。
IEC6006802-21
No outstanding
damage
无外在损伤
After repeadly applying a single harmonic vibration (amplitude: 0.75 mm)
double amplitude:1.5mm with 1 minute vibration frequency cycles (10 Hz to
Vibration
耐振性
IEC60068-2-6
55 Hz to 10 Hz) to each of three perpendicular directions for 2 hours.
Thereafter, the unit shall be visually examined
将成品置于振动机上施与一单谐振动(振幅:0.75mm)和振幅 1.5mm,
振动频率周期为 10 Hz to 55 Hz to 10 Hz 一分钟,对三个垂直方向各试验 2
小时。然后检查成品外在损伤情况。
After dipping the terminals to a depth of approximately 3mm from the body in Approximately 95% of
Soider adilty
焊接性
IEC 60068-2-20
a soldering bath of 250±5℃ for 2±0.5 seconds, the terminal shall be visually
the terminals shall be
examined.
covered
with solder
将成品引线部分侵入温度为 260±5℃锡炉中,侵入深度为离本体约 3mm uni-formly
处,时间为 2±0.5 秒。
引脚约 95%沾满焊锡
After each lead shall be dipped into a solder bath having a temperature
260±5℃ to a point 2.0 to 2.5 mm from the body of the unit, using shiedig
Resistance to
Soldering Heat
锡热抵抗力
IEC 60068-2-20
board (t=1.5mm), be held there for specified time ( 5D series: 5±1s and others:
10±1s), and then be stored at room temperature and humidity for 1 to 2 hours.
The change of Vc and mechanical damages are examind.
将每一引线侵入温度为 260±5℃锡炉中,侵入深度为离本体 2.0-2.5mm,
△VcmA/VcmA≦±5%
No outstanding
damage
无外在损伤
侵入时间 5D 为 5±1s;其它为 10±1s,试验完后置于常温常湿中 1-2 小时,
然后测量压敏电压变化量与外观。
第 14 页
ZINC OXIDE VARISTOR
Environmental 环境特性
Test Item/Standard
Test Methods
Specifications
测试项目/标准
测试方法
规格值
High Temperature
Storage/Dry Heat
高温储存
IEC 60068-2-2
Damp Heat/ Humidity
(Steady State)
耐湿性
IEC 60068-2-78
The specimen shall be subjected to 125±2 ℃ for 1000 hours in a thermostatic
bath without load and then stored at room temperatureand humidity for 1 to 2 hours.
Thereafter, the change of Vc shall be measured.
将成品置于无外加负载且温度为 125±2 ℃的烤箱中 1000 小时,试验后置于室
温中 1-2 小时,然后测量其压敏电压变化值.
The specimen shall be subjected to 40 ± 2 ℃, 90 to 95 %RH for 1000 hours
without load and then stored at room temperature and humidity for one to two
hours. Thereafter, the change of Vc shall be measured.
将成品置于无外加负载且温度为 40 ± 2 ℃,相对湿度为 90-95%恒温恒湿相中
1000 小时,试验后置于室温中 1-2 小时,然后测量其压敏电压变化值.
The temperature cycle shown below shall be repeated five times and then stored at
△VcmA/VcmA≦±5%
room temperature and humidity for one to two hours. The change of Vc and
mechanical damage shall be examined.
以如下表的温度周期加于成品上五次,试验后置于室温中 1-2 小时,然后测量
Temperature
其压敏电压变化值。
Cycle
Step
Temperature(℃)
Period (minutes)
温度周期
1
-40±3
30±3
2
Room temperature
15±3
3
125±2
30±3
4
Room temperature
15±3
IEC 60068-2-14
High Temperature
Load/Dry Heat Load
高温加载
MIL-STD-202-Method-108
After being continuously applied the Maximum Allowable Voltage at 85 ± 2℃
for 1000 hours. The specimen shall be stored at room temperature and humidity for
one to two hours Thereafter, the change of Vc shall be measured.
△VcmA/VcmA≦±10%
将成品接于外加最大容许电压且温度为 85 ± 2℃的高温箱中 1000 小时, 试验
后置于室温中 1-2 小时,然后测量其压敏电压变化值.
The specimen shall be subjected to 40±2 ℃, 90 to 95 %RH and the Maximum
Damp Heat Load/
Humidity Load
Allowable Voltage for 1000 hours and then stored at room temperature and
humidity for one to two hours. Thereafter, the change of Vc shall be measured.
高湿加载
将成品接于外加最大容许电压且温度为 40 ± 2℃,相对湿度为 90-95%恒温恒
IEC 60068-2-3
湿箱中 1000 小时, 试验后置于室温中 1-2 小时,然后测量其压敏电压变化值.
第 15 页
△VcmA/VcmA≦±10%
ZINC OXIDE VARISTOR
Current Energy and Power Derating Curve 电流、能量、功率递减曲线
(图 1:电流、能量、功率递减曲线)
Soldering Recommendation Profile 推荐焊接条件
Note3:5℃/sec Max
(图 2:波峰焊曲线图)
Recommendation Reworking Conditions with Soldering Iron 烙铁重工焊接条件
项目
条件
烙铁头部温度
360℃ (max.)
焊接时间
3 sec (max.)
焊接位置与涂装层距离
2 mm (min.)
第 16 页
ZINC OXIDE VARISTOR
Impulse Life Time Rating Curves 额定脉冲寿命次曲线
VDK -05D Series
VDK-05D820K to VDK-05D751K
VDK-05D180K to VDK-05D680K
VDK -07D Series
VDK-07D820K to VDK-07D471K
VDK-07D180K to VDK-07D680K
5minutes interval :2times ; 2minutes interval up to :10times ;10secondes interval up to 106times
第 17 页
ZINC OXIDE VARISTOR
VDK -07D Series
VDK -10D Series
VDK-07D511K to VDK-07D821K
VDK-10D180K to VDK-10D680K
VDK -10D Series
VDK-10D820K to VDK-10D751K
VDK-10D821K to VDK-10D112K
5minutes interval :2times ; 2minutes interval up to :10times ;10secondes interval up to 106times
第 18 页
ZINC OXIDE VARISTOR
VDK -14D Series
VDK -14D Series
VDK-14D820K to VDK-14D751K
VDK-14D180K to VDK-14D680K
VDK -20D Series
VDK-14D821K to VDK-14D182K
VDK-20D180K to VDK-20D680K
5minutes interval :2times ; 2minutes interval up to :10times ;10secondes interval up to 106times
第 19 页
ZINC OXIDE VARISTOR
VDK -20D Series
VDK-20D821K to VDK-20D182K
VDK-20D820K to VDK-20D751K
5minutes interval :2times ; 2minutes interval up to :10times ;10secondes interval up to 106times
V-I Curve 电流电压特性曲线
V-I Curve (VDK-05D180K to VDK-05D680K)
VDK05D680K
VDK05D560K
VDK05D470K
VDK05D390K
VDK05D330K
VDK05D270K
VDK05D220K
VDK05D180K
第 20 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-05D820K to VDK-05D751K)
VDK05D751K
VDK05D681K
VDK05D621K
VDK05D561K
VDK05D511K
VDK05D471K
VDK05D431K
VDK05D391K
VDK05D361K
VDK05D331K
VDK05D301K
VDK05D271K
VDK05D241K
VDK05D221K
VDK05D201K
VDK05D181K
VDK05D151K
VDK05D121K
VDK05D101K
VDK05D820K
V-I Curve (VDK-07D180K to VDK-07D680K)
VDK07D680K
VDK07D560K
VDK07D470K
VDK07D390K
VDK07D330K
VDK07D270K
VDK07D220K
VDK07D180K
第 21 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-07D820K to VDK-07D471K)
VDK07D471K
VDK07D431K
VDK07D391K
VDK07D361K
VDK07D331K
VDK07D301K
VDK07D271K
VDK07D241K
VDK07D221K
VDK07D201K
VDK07D181K
VDK07D151K
VDK07D121K
VDK07D101K
VDK07D820K
V-I Curve (VDK-07D511K to VDK-07D821K)
VDK07D821K
VDK07D751K
VDK07D681K
VDK07D621K
VDK07D561K
VDK07D511K
第 22 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-10D180K to VDK-10D680K)
VDK10D680K
VDK10D560K
VDK10D470K
VDK10D390K
VDK10D330K
VDK10D270K
VDK10D220K
VDK10D180K
V-I Curve (VDK-10D820K to VDK-10D471K)
VDK10D471K
VDK10D431K
VDK10D391K
VDK10D361K
VDK10D331K
VDK10D301K
VDK10D271K
VDK10D241K
VDK10D221K
VDK10D201K
VDK10D181K
VDK10D151K
VDK10D121K
VDK10D101K
VDK10D820K
第 23 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-10D511K to VDK-10D112K)
VDK10D112K
VDK10D102K
VDK10D911K
VDK10D821K
VDK10D751K
VDK10D681K
VDK10D621K
VDK10D561K
VDK10D511K
V-I Curve (VDK-14D180K to VDK-14D680K)
VDK14D680K
VDK14D560K
VDK14D470K
VDK14D390K
VDK14D330K
VDK14D270K
VDK14D220K
VDK14D180K
第 24 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-14D820K to VDK-14D471K)
VDK14D471K
VDK14D431K
VDK14D391K
VDK14D361K
VDK14D331K
VDK14D301K
VDK14D271K
VDK14D241K
VDK14D221K
VDK14D201K
VDK14D181K
VDK14D151K
VDK14D121K
VDK14D101K
VDK14D820K
V-I Curve (VDK-14D511K to VDK-14D182K)
VDK14D182K
VDK14D162K
VDK14D142K
VDK14D122K
VDK14D112K
VDK14D102K
VDK14D911K
VDK14D821K
VDK14D751K
VDK14D681K
VDK14D621K
VDK14D561K
VDK14D511K
第 25 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-20D180K to VDK-20D680K)
VDK20D680K
VDK20D560K
VDK20D470K
VDK20D390K
VDK20D330K
VDK20D270K
VDK20D220K
VDK20D180K
V-I Curve (VDK-20D820K to VDK-20D471K)
VDK20D471K
VDK20D431K
VDK20D391K
VDK20D361K
VDK20D331K
VDK20D301K
VDK20D271K
VDK20D241K
VDK20D221K
VDK20D201K
VDK20D181K
VDK20D151K
VDK20D121K
VDK20D101K
VDK20D820K
第 26 页
ZINC OXIDE VARISTOR
V-I Curve (VDK-20D511K to VDK-20D182K)
VDK20D182K
VDK20D162K
VDK20D142K
VDK20D122K
VDK20D112K
VDK20D102K
VDK20D911K
VDK20D821K
VDK20D751K
VDK20D681K
VDK20D621K
VDK20D561K
VDK20D511K
第 27 页
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