Datasheet KERKO 27P Datasheet (FREI) [en, zh]

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1 JYA-NAY

Table of Contents

Safety Standard Recognized Ceramic Capacitor ( Y Cap. )

How to Order-------------------------------------------------------------------------------------

2

Features

Approval Standard and Recognized No.

Specification/ Temperature Characteristic/ Impedance-Frequency Characteristic/
Leakage Current

3

JN Type(X1,Y1)；JY Type(X1,Y2)；JR Type(X1,Y2)------------------------------------

4

Specification and Testing Method-------------------------------------------------------------

5-8

Ceramic Disc Capacitor

How to Order -------------------------------------------------------------------------------------

9-10

Temperature Characteristic/Impedance vs Frequency Characteristic----------------------

11

Class Ⅰ Temperature Compensation Type (50V,100V,250V,500V)-------------------

12

Class Ⅱ High Dielectric Constant Type (50V,100V,250V,500V)-------------------------

13

Class Ⅲ Semi Conductive Type (16V,25V,50V)--------------------------------------------

14

High Voltage 1KV --------------------------------------------------------------------------------

15

High Voltage 2KV --------------------------------------------------------------------------------

16

High Voltage 3~15 KV --------------------------------------------------------------------------

17

Features and Specification ----------------------------------------------------------------------

18

Taping Parts Dimensions and Package --------------------------------------------------------

19

Specification and Testing Method--------------------------------------------------------------

20-25

Multilayer Ceramic Capacitors Leaded Type

Construction --------------------------------------------------------------------------------------

26

Part Number System -----------------------------------------------------------------------------

27

Packing Specifications ---------------------------------------------------------------------------

28

Electrical General Specifications ---------------------------------------------------------------

29

Capacitance Range Chart ------------------------------------------------------------------------

30

JNR Varistor

How to Order--------------------------------------------------------------------------------------

31

Characteristics and function Introduction------------------------------------------------------

32-34

Specification---------------------------------------------------------------------------------------

35-40

Pulse Lifetime Ratings---------------------------------------------------------------------------

41-44

V-I Characteristic Curve-------------------------------------------------------------------------

45-50

Performance Electrical/Mechanical/Environmental------------------------------------------

51-53

Part Dimensions-----------------------------------------------------------------------------------

54

Marking and Packing-----------------------------------------------------------------------------

55

Dimension of Taping Product-------------------------------------------------------------------

56

Samples of Application---------------------------------------------------------------------------

57-59

Ring Varistor

How to Order--------------------------------------------------------------------------------------

60

Feature/ Applications/ Usage Precautions-----------------------------------------------------

61

Special Test Performance

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2 JYA-NAY

PART NUMBER CODE
T CH 1H 101 J 06 A 5 1 6 E

1 2 3 4 5 6 7 8 9 10 11

1. TYPE
T: Temperature Compensation (Class 1)

H: High Dielectric Constant(Class 2)
S: Semi Conductive (Class 3)

2. Temperature Characteristics
* Temperature Compensating type

Code

CH

PH

RH

UJ

SL

Temp. coeff.

(ppm/℃)

0+60

-150+60

-220+60

-750+120

+350 ~ -1000

* High Dielectric Constant type Semi Conductive type

Code

B(Y5P)

R(X7R)

E(Z5U)

F(Z5V)

Code

B(Y5R)

E(Y5U)

F(Y5V)

Cap. Change

(%)

+10

+15

+22

-56

+22

-82

Change

(%)

+15

+22

-56

+22

-82

3. Rated Voltage

Code

1C

1E

1H

2A

2E

2H

3A

Rated Voltage

16 VDC

25 VDC

50 VDC

100 VDC

250 VDC

500 VDC

1KVDC

Code

3D

3F

3G

3J

3K

4A

4C

Rated Voltage

2KVDC

3K VDC

4K VDC

6K VDC

8K VDC

10K VDC

15KVDC

4. Capacitance 5. Capacitance Tolerance

Code

Capacitance(pF)

Code

Cap. Tol.

010

1

C

+0.25 pF

1R5

1.5

D

+0.5 pF

100

10

J

+5 %

101

100

K

+10 %

102

1000

M

+20 %

473

47000

S

+50 % ~ -20 %

104

100000

Z

+80 % ~ -20 %

224

220000

P

+100 % ~ -0 %

6. Body Diameter (mm)

Code

05

06

07

08

09

10

11

12

14

16

18

20

D max.

5.5

6.5

7.5

8.5

9.5

10.5

11.5

12.5

14.5

16.5

18.5

20.5

CERAMIC DISC CAPACITOR

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3 JYA-NAY

HOW TO ORDER

7. Lead Shape Code 8. Lead Spacing Code

Code

Packing
Method

Lead

Configuration

Code

Dimension(mm)

S L K

A

Taping

Box

KINK

2 2.5+1.0

2.5+1.0

B STRAIGHT

5 5.0+1.0

5.0+1.0

5.0+0.8

H

Taping

Reel

KINK

6 6.35+1.0

6.35+1.0

R STRAIGHT

7 7.50+1.0

7.50+1.0

S

Bulk

SHORT STRAIGHT

0 10.0+1.0

10.0+1.0

L LONG STRAIGHT

K

SHORT KINK

9. Lead Length Code

D

DOUBLE CRIMP

Code

Dimension(mm)

10. Lead Diameter Code

S L K

1

15 min.

Code

Diameter(mm)

2

25 min.

5

0.5+0.05

5 5.0+1.0

5.0+1.0

6

0.6+0.06/-0.05

0 10.0+1.0

11. Code: E Epoxy Coating
Nil Durez Coating

CERAMIC DISC CAPACITOR

Capacitance Change-Temperature

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Impedance-Frequency Characteristic

CERAMIC DISC CAPACITOR

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CLASSⅠ TEMERATURE COMPENSATION TYPE
50V, 100V, 250V, 500V

TYPE

TEMP.

CHAR.

RATED

VOLT.

(V DC)

CAPACITANCE

DIMENSIONS(mm)

RANGE(Pf)

TOL

DΦ (max.)

T max.

0.5 ~ 47

05(5.5)

50 ~ 100

C. D.

06(6.5)

110 ~ 120

(0.5~5pF)

07(7.5)

CH

130 ~ 180

D

08(8.5)

0+60 PPM/℃

200 ~ 220

(UNDER10pF)

09(9.5)

230 ~ 270

J. K.

10(10.5)

280 ~ 330

(OVER 10Pf)

11(11.5)

340 ~ 390

12(12.5)

470

14(14.5)

15 ~ 33

05(5.5)

PH

1H

34 ~ 56

06(6.5)

-150+60 PPM/℃

50V

57 ~ 82

J. K.

07(7.5)

3.5
RH

83 ~ 110

08(8.5)

-220+60 PPM/℃

2A

120 ~ 150

09(9.5)
100V

160 ~ 220

10(10.5)

15 ~ 50

05(5.5)

51 ~ 82

06(6.5)

T UJ

83 ~ 120

J. K.

07(7.5)

CLASSⅠ

-750+120 PPM/℃

130 ~ 180

08(8.5)

200 ~ 220

09(9.5)

230 ~ 270

10(10.5)

15 ~ 150

05(5.5)

180 ~ 220

06(6.5)

SL

250 ~ 330

J. K.

07(7.5)

+350~-1000

340 ~ 470

08(8.5)

PPM/℃

500 ~ 680

09(9.5)

820 ~ 1000

10(10.5)

0.5 ~ 27

D

05(5.5)

CH 30 ~ 47

(UNDER10pF)

06(6.5)

0+60 PPM/℃

2H

56 ~ 68

J. K.

07(7.5)
500V

82 ~ 100

(OVER 10pF)

08(8.5)

15 ~ 68

05(5.5)

4.0

2E

82 ~ 100

06(6.5)

SL

250V

120 ~ 180

J. K.

07(7.5)

+350~-1000

200 ~ 270

08(8.5)

PPM/℃

300 ~ 330

09(9.5)

340 ~ 390

10(10.5)

 Example: TCH1H101J06A516

CERAMIC DISC CAPACITOR

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CLASS Ⅱ HIGH DIELECTRIC CONSTANT TYPE

50V, 100V, 250V, 500V

TYPE

TEMP.

CHAR.

RATED

VOLT.

(V DC)

CAPACITANCE

DIMENSIONS(mm)

RANGE(pF)

TOL

DΦ (max.)

T max.

220 ~ 2200

05(5.5)

B

2700,3300

06(6.5)

+10%

3900,4700

K. M.

07(7.5)

(Y5P)

5600,6800

08(8.5)

8200,10000

09(9.5)

R

+15%

(X7R)

150~1500

K. M.

05(5.5)

1800~2200

06(6.5)

2700~3300

07(7.5)

3900~4700

08(8.5)

5600~10000

10(10.5)

1H

2000 ~ 5600

05(5.5)

E 50V

6800,8200,10000

06(6.5)

+22~-56%

2A

12000

M. Z.

07(7.5)

3.5

(Z5U)

100V

15000

08(8.5)

18000,20000,22000

09(9.5)

1000 ~ 10000

05(5.5)

10000

06(6.5)

F

15000,18000

Z. P.

07(7.5)

+22~-82%

20000,22000

08(8.5)

(Z5V)

30000,33000

09(9.5)

40000,47000

10(10.5)

100 ~ 680

05(5.5)

H

820,1000

06(6.5)

CLASS Ⅱ

1500,1800

07(7.5)

B

2000,2200

K. M.

08(8.5)

+10%

2700,3300

09(9.5)

(Y5P)

3900,4700

10(10.5)

5600,6800

12(12.5)

8200,10000

14(14.5)

R

+15%

(X7R)

150~680

K. M.

05(5.5)

820~1000

06(6.5)

1500

07(7.5)

1800

08(8.5)

2000~2700

09(9.5)

3000~3300

10(10.5)

4700

12(12.5)

10000

16(16.5)

2H

1000 ~ 2000

05(5.5)

500V

2200,2700,3300

06(6.5)

E

3900,4700,5000

M. Z.

07(7.5)

4.0

+22~-56%

2E

5600,6800

08(8.5)

(Z5U)

250V

8200

09(9.5)

10000

10(10.5)

12000,15000

12(12.5)

18000,20000,22000

14(14.5)

4700

06(6.5)

F

10000

08(8.5)

+22~-82%

20000,22000

Z. P.

12(12.5)

(Z5V)

47000

16(16.5)

100000

20(20.5)

 Example: HF2H103Z08A516

CERAMIC DISC CAPACITOR

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7 JYA-NAY

CLASS Ⅲ SEMI-CONDUCTIVE TYPE 16V,25V,50V

TYPE

TEMP.

CHAR.

RATED

VOLT.

(V DC)

CAPACITANCE

DIMENSIONS(mm)

RANGE(pF)

TOL

DΦ (max.)

T max.

10(10.5) 1C

16V

100000

05(5.5)

1000 ~ 12000

06(6.5)

15000,20000,22000

07(7.5) 1E

27000,33000

08(8.5) B 25V

39000,40000,47000

K. M

09(9.5)

+15%

50000,56000,68000

Y5R

82000,100000

11(11.5)

1000 ~ 10000

05(5.5)

12000,15000,18000

06(6.5)

1H

20000,22000

07(7.5)

50V

27000,33000

08(8.5)

39000,40000,47000

09(9.5)

50000,56000,68000

10(10.5)

S

CLASS Ⅲ

1C

16V

100000

07(7.5)

1E

10000,15000
20000,22000

05(5.5)

3.5

E

+22~-56%

25V

33000,39000
40000,47000

06(6.5)

(Y5U)

68000,100000

07(7.5)

10000

05(5.5)

1H

20000,22000

06(6.5)

50V

33000,40000,47000

M. Z.

07(7.5)

100000

08(8.5)

1C

100000

06(6.5)

16V

220000

09(9.5)

470000

12(12.5)

F 1E

100000

06(6.5)

+22~-82%

25V

220000

09(9.5)

(Y5V)

22000~50000

05(5.5)

1H

56000,68000

06(6.5)

50V

100000

07(7.5)

220000

10(10.5)

 Example: SF1H104Z07A516

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8 JYA-NAY

CERAMIC DISC CAPACITOR
HIGH VOLTAGE 1KV TYPE

TYPE

TEMP.

CHAR.

RATED

VOLT.

(V DC)

CAPACITANCE

DIMENSIONS(mm)

RANGE(pF)

TOL

DΦ (max.)

T max.

T

CLASSⅠ

CH

0+60 PPM/℃

3A

1000V

1~8

D

05(5.5)

4.5

9,10,12

J. K.

06(6.5)

15,18,20,22,24,27

05(5.5)

30,33,39

06(6.5)

47,56,68

07(7.5)

82

08(8.5)

100,120

09(9.5)

150

10(10.5)

180,200

11(11.5)

220

12(12.5)

SL

+350~-1000

PPM/℃

15~68

05(5.5)

82,100

06(6.5)

120,150

07(7.5)

180,200,220

08(8.5)

270,300

09(9.5)

330,390

10(10.5)

470

12(12.5)

560

14(14.5)

100 ~ 500

05(5.5)

560 ~ 1000

06(6.5) 1200,1500

07(7.5) 1800,2000

08(8.5)

B

2200

K. M.

09(9.5)

+10% 2700

10(10.5

(Y5P)

3300,3900,4700

12(12.5)

5600,6800

14(14.5)

8200,10000

16(16.5)

R

+15%

(X7R)

150~470

K. M.

05(5.5)

560~820

06(6.5)

1000~1200

07(7.5)

1500

08(8.5)

1800~2000

09(9.5)

2200

10(10.5

3300

12(12.5)

4700

14(14.5) 1000

05(5.5) H

3A

1500,2000,2200

06(6.5)

CLASS Ⅱ

1000V

2700

07(7.5)

E

3300,3900

M. Z.

08(8.5)

+22~-56%

4700,5600

09(9.5)

(Z5U)

6800,8200

10(10.5)

10000

12(12.5) 15000

14(14.5)

20000,22000

16(16.5)

4700

07(7.5)

F

6800

08(8.5)

+22~-82%

10000

Z. P.

10(10.5)

(Z5V)

22000

12(12.5)

47000

20(20.5)

 Example: HE3A103M12L525

JNC

9 JYA-NAY

CERAMIC DISC CAPACITOR
HIGH VOLTAGE 2KV TYPE

TYPE

TEMP.

CHAR.

RATED

VOLT.

(V DC)

CAPACITANCE

DIMENSIONS(mm)

RANGE(pF)

TOL

DΦ (max.)

T max.

T

CLASSⅠ

CH

0+60 PPM/℃

3D

2000V

1~18

J. K.

08(8.5)

4.5

20~39

09(9.5)

47,56

10(10.5)

68

11(11.5)

82

12(12.5)

100

13(13.5)

120

14(14.5)

SL

+350~-1000

PPM/℃

22~56

J. K.

08(8.5)

68,82,100

09(9.5)

120,150

10(10.5)

180,200

12(12.5)

220

13(13.5)

240,270,300

14(14.5)

330

15(15.5)

390

16(16.5)

B

+10%
(Y5P)

100 ,120150

07(7.5)

180 ~ 470

08(8.5)

500,560,680

09(9.5)

820,1000

10(10.5)

1200,1500

11(11.5)

1800,2000,2200

K. M.

12(12.5)

2700,3000

14(14.5)

3300

15(15.5)

3900,4700

17(17.5)

5600,6800

19(19.5)

8200,10000

21(21.5)

R

+15%

(X7R)

100~300

K. M.

08(8.5)

330~560

09(9.5)

680~1000

10(10.5)

1200~1500

12(12.5)

1800~2700

14(14.5)

3300

16(16.5)

1000,1200

08(8.5) H

3D

1500,1800

09(9.5)

CLASS Ⅱ

2000V

2000,2200,2700

10(10.5)

E

3000,3300,3900

M. Z.

11(11.5)

+22~-56%

4700

13(13.5)

(Z5U) 5600

15(15.5)

6800

16(16.5)

8200,10000

17(17.5) 15000

19(19.5)

18000

21(21.5)

20000,22000

23(23.5)

1000 ~ 2000

08(8.5)

2200,2700

09(9.5)

F

3000 ~ 4700

10(10.5)

+22~-82%

5600,6800

Z. P.

11(11.5)

(Z5V)

8200,10000

13(13.5)

15000,18000

17(17.5)

20000,22000

19(19.5)

 Example: HF3D103Z10L525

JNC

10 JYA-NAY

CERAMIC DISC CAPACITOR
HIGH VOLTAGE 3~15KV TYPE

RATED

W.V.

TEMP. CHARACTERISTICS & CAP. RANGE

DIMENSION

NPO

SL B E

F

D F T d

3F

3KVDC

010~120

~390

~391

~102

~152

08 5 5 0.6

~200

~560

~561

~152

~222

09 5 5 0.6

~270

~820

~821

~222

~332

10 7. 5 5 0.6

~470

~121

~122

~332

~562

12 7. 5 5 0.6

~750

~221

~222

~562

~822

15 7. 5 5 0.6

~101

~331

~332

~822

~123

18 10 5 0.8

~151

~471

~472

~123

~183

21 10 5 0.8

~562

~153

~223

23 10 5 0.8

3G

4KVDC

010~150

~470

~471

~102

~202

09 10 5 0.6

~220

~680

~561

~152

~272

10 10 5 0.6

~330

~101

~102

~272

~472

12 10 5 0.6

~560

~151

~152

~392

~682

17 10 5 0.8

~820

~271

~222

~682

~103

18 10 5 0.8

~121

~391

~332

~103

~153

21 10 5 0.8

3J

6KV

010~120

~390

~391

~102

~152

10 10 6 0.8

~220

~680

~681

~202

~302

12 10 6 0.8

~330

~101

~122

~302

~472

14 10 6 0.8

~470

~151

~182

~402

~682

16 10 6 0.8

~680

~221

~222

~562

~822

19 10 6 0.8

~101

~331

~332

~822

~103

22 10 6 0.8

3K

8KV

010~100

~300

~331

~821

~102

10 10 7 0.8

~150

~470

~561

~152

~222

12 10 7 0.8

~270

~820

~102

~222

~332

14 10 7 0.8

~390

~121

~152

~332

~472

16 10 7 0.8

~470

~151

~202

~472

~682

19 10 7 0.8

4A

10KV

010~060

~150

~201

~471

~821

12 10 8 0.8

~100

~300

~391

~102

~152

14 10 8 0.8

~180

~470

~681

~152

~222

16 10 8 0.8

~270

~750

~102

~222

~332

19 10 8 0.8

~390

~121

~152

~392

~562

22 10 8 0.8

4C

15KV

010~050

~150

~221

~471

~821

10 10 9 0.8

~080

~220

~301

~751

~122

12 10 9 0.8

~120

~330

~471

~122

~182

14 10 9 0.8

~180

~470

~681

~182

~272

16 10 9 0.8

~300

~820

~102

~272

~392

19 10 9 0.8

※ Dimension and capacitance designed for reference only。

JNC

11 JYA-NAY

CERAMIC DISC CAPACITOR

FEATURES :

Class 1 : Temperature Compensation

 Linear temperature coefficient of capacitance.
 High stability of capacitance.
 Low loss at wide range of frequency.

Class 2 : High Dielectric Constant

 Non linear temperature coefficient of capacitance.
 Large capacitance in small sizes.

Class 3 : Semi Conductive

 Linear temperature coefficient of capacitance.
 Low loss at wide range of frequency.
 Stable capacitance change over the specified temperature.
 Ultra large capacitance in small sizes.
 Cost saving by replacing film capacitors.

SPECIFICATIONS

Type

Item

Class 1

Temperature Compensation

Class 2

High Dielectric Constant

Class 3

Semi Conductive

Operating temperature
range

-25 ~ +85 ℃

-25 ~ +85 ℃(Y5P)
+10 ~ +85 ℃(Z5U,Z5V)

-25 ~ +85 ℃

Capacitance

Within the tolerance at 25+2
℃,1+0.1MHz,1+0.1Vrms.

Within the tolerance at 25+2
℃,1+0.1KHz,1+0.2Vrms.

Within the tolerance at 25+2
℃,1+0.1KHz,0.1Vrms.

Test voltage

Rated working voltage 50
VDC, 500 VDC : 3 times of

the rated voltage (50mA and
under) for 1 to 5 seconds

Rated working voltage 1K
VDC, 2K VDC : 2 times of

the rated voltage (50mA and
under) for 1 to 5 seconds

Rated working voltage 50
VDC, 500 VDC : 2.5 times of

the rated voltage (50mA and
under) for 1 to 5 seconds

Rated working voltage 1K
VDC, 2K VDC : 2 times of

the rated voltage (50mA and
under) for 1 to 5 seconds
3~5KVDC(175%)
6~15KVDC(150%)

Rated working voltage
16VDC,25 VDC, 50 VDC :

2 times of the rated voltage
(50mA and under) for 1 to 5
seconds

Insulation resistance

10,000MΩ min. at rated
voltage for 60+5 seconds

Not less than 10,000 MΩ or
(200/CR)MΩ whichever is

the smaller

CR : Capacitance(μ F)

16VDC :
Not less than 100 MΩ or

(10/CR)MΩ whichever is the
smaller

25VDC,50VDC :
Not less than 1,000 MΩ or

(20/CR)MΩ whichever is the
smaller

CR : Capacitance(μ F)

Q Factor /Dissipation

At 1+0.1MHz , 1+0.1 Vrms.

At 1+0.1KHz , 1+0.2 Vrms.

At 1+0.1KHz ,0.1 Vrms. 25+2

JNC

12 JYA-NAY

Factor (tanδ )

25+2 ℃
C > 30 pF------Q >1,000

C < 30 pF-----Q>400+20C

25+2 ℃
Y5P,Z5U : tanδ < 2.5 %

Z5V : tanδ <5.0 %

℃

16V : tanδ < 7.5 %
25V,50V : tanδ < 5.0 %

CERAMIC DISC CAPACITOR
TAPING PARTS AND DIMENSIONS AND PACKAGE

Straight Kink

Unit ：mm

Item

Symbol

Specification

Remarks

Value

Tolerance

Body diameter

D

11.0

max.

Body thickness

T

3.5

max.

Lead-wire diameter

D

0.6

+0.06/-0.05

Pitch of component

P

12.7

+1.0

Feed hole pitch

P0 12.7

+0.3

Cumulative pitch error：1.0mm/20 pitch

Feed hole center to lead

P1 3.85

+0.7

To be measured at bottom of clinch

Hole center to component center

P2 6.35

+1.3

Lead to lead distance

F

5.0

+0.8/-0.2

Component alignment, F-R

△ h

0

+2.0
Tape width

W

18.0

+1.0/-0.5

Hold-down tape width

W0 5.0

min.

Hold position

W1 9.0

+0.5

Hold-down tape position

W2 3.0

max.

Height of component from tape center

H

20.0

+1.5/-1.0

Lead wire clinch

H0 16.0

+0.5

Component height

H1 32.25

max.

Lead wire protrusion

∫

1.0

max.

Feed hole diameter

D0 4.0

+0.2

Ground paper：0.5+0.1 mm

Total tape thickness

T

0.7

+0.2

Length of snipped lead

L

11.0

max.

Reel and Box Dimensions (mm)

Reel Package

Box Package

JNC

13 JYA-NAY

Quantity：2,00 pcs or 2,500 per reel

Quantity：2,000 pcs per box (ammo)

CERAMIC DISC CAPACITOR
SPECIFICATIOAND TEST METHOD 規格及試驗方式

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

1. OPERATING TEMPERATURE

RANGE

使用溫度範圍

-25°C~+85°C

-

2. CAPACITANCE

靜電容量

SATISFIES WITHIN SPECIFIED
TOLERANCE

在規格範圍內

MEASURING FREQUNCY AND VOLTAGE：測試頻頻及電壓

CLASS1：1 ±0.1MHZ AND 3 Vrms max, AT 25±2°C
CLASS2：1 ±0.1KHZ AND 3 Vrms max, AT 25±2°C
CLASS2：.1±0.1KHZ AND 0.1 Vrms max, AT 25±2°C

3. DF/Q

CLASS1：
30PF AND OVER: Q>1000

30PF 或以上
UNDER 30PF; : Q>400+20C
30PF 未滿

CLASS2：
Char B, D and E ：2.5% max
特性 B，D 及 E
Char F ：5.0% max
特性 F
CLASS 3：

16V＜7%
25V, 50V＜5%

SAME CONDITION AS THE CAPACITANCE

與靜電容量相同

4. INSULATION RESISTANCE ( I.R.)

絕緣電阻 (I.R.)

CLASS 1：
>10,000Ω

CLASS 2：

C＜0.02UF ：10,000MΩ min

0.02UF＜C＜0.1UF：7,500MΩ min
CLASS 3：
16V＞100MΩ
25V, 50V＞1,000MΩ

THE I.R. SHALL BE MEASURED WITH THE RATED VOLTAGE±3%

WITHIN 60±5 SEC.OF CHARGING

依額定電壓±3%印加給端子間測定之
測定時間為 60±5 秒以內.

JNC

14 JYA-NAY

5. DIELECTRIC

STRENGTH

耐電壓

BETWEEN
LEAD WIRES

端子間

NO FAILURE

無不良

CLASS 1，CLASS 2：
APPLY A DC VOLTAGES 250% OF THE RATED VOLTAGE ( 500V~2KV IS

200%，3KV~5KV IS 175%，6~15KV IS 150% ) BETWEEN THE LEAD WIRES
FOR 1 TO 5 SEC. CHARGE/DISCHARGE CURRENT < 50mA.

印加電壓為額定電壓之 250%(500V~2KV IS 200%，3KV~5KV IS 175%，

6~15KV IS 150% ) 印加時間為 1-5 秒, 允放電壓<50mA.

CLASS 3：

THE CAPACITORS SHALL NOT BE DAMAGED WHEN DC VOLTAGES OF
200% OR 150% OF THE RATED VOLTAGE ARE APPLIED FOR 1-5 SEC.
(CHARGE/DISCHARGE CURRENT < 10mA.)

印加電壓為額定電壓之 200% (V 額<50V)或 150% (V 額＝100V),
印加時間為 1-5 秒, (電流限於 10mA 或以下)

CERAMIC DISC CAPACITOR

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

BODY
INSULATION

端子與外裝間

NO FAILURE

無不良

WHEN THE CAPACITOR IS PLACED IN THE CONTAINER
WITH METAL BALLS DIAMETER 1mm SO THAT EACH
LEAD WIRE, SHORT-CIRCUITED IS KEPT APPROXIMATELY
2mm OFF THE BALLS AS SHOWN IN THE FIGURE, AND DC
VOLTAGES OF 250% (1KV~6KV IS 130%) of THE RATED VOLTAGE IS
APPLIED FOR 1 TO 5 SEC BETWEEN CAPACITOR LEADS WIRES AND
SMALL METALS.

以金屬小球法, 印加額定電壓之250% (1KV~6KV IS 130%) 於短路端子
與金屬小球間,印加時間 1-5 秒

6 TEMPERATURE
CHARACTERISTIC

靜電容量

溫度特性

TEMPERATURE
COEFFICIENT

溫度係數

CLASS 1：
SATISFIES WITHIN SPECIFIED

TOLERANCE (TABLE A).

在允許規格範圍內 (表 A)
CLASS 2：

B: ± 10% R: ± 15%
E: +22/-56% F: +22/-82%

CLASS 3：

B: ± 10% D: +22/-33%
E: +22/-56% F: +22/-82%:

THE CAPACITANCE MEASUREMENT SHALL BE MADE AT EACH STEP
SPECIFIED IN TABLE. CAPACITANCE CHANGE FROM THE VALUE OF
STEP 3 SHALL NOT EXCEED THE LIMIT SPECIFIED

靜電容量測試須依上表順序測試

7. VIBRATION
RESISTANCE

耐振性

APPEARANCE
外觀

NO MARKED DEFECT
無顯著之異常

THE CAPACITOR SHALL FIRMLY BE SOLDED TO THE
SUPPORTING TERMINAL AND VIBRATION WHICH IS 10 TO 55
HZ IN THE VIBRATION FREQUENCY RANGE 1.5 MM IN TOTAL
AMPLITUDE AND ABOUT 1mm IN THE RATE OF VIBRATION
CHANGE FROM 10HZ TO 55HZ AND BACK TO 10HZ IS APPLIED

FOR A TOTAL OF 6 HOURS；2 HOURS EACH IN THREE

CAPACITANCE
靜電容量

SATISFIES WITHIN
SPECIFIED
TOLERANCE

在規格範圍內

STEP

1 2 3 4 5

CLASS 1/2/3

25±2°C

-25±2°C

25±2°C

85±2°C

25±2°C

R

25±2°C

-55±2°C

25±2°C

125±2°C

25±2°C

JNC

15 JYA-NAY

Q/D.F.

SATISFIES WITHIN INITIAL
在初期規格內

MUTUALLY PERPENDICULAR DIRECTIONS.

電容器須焊錫固定好並經 10HZ-＞55HZ-＞10HZ 之振動頻率，全振
幅 1.5mm，1 分鐘內完成重覆振動，振動時間為 6 小時，往 X.Y.Z
軸三方向(各二小時).

8. SOLDERING
EFFECT

焊錫耐熱性

APPEARANCE
外觀

NO MARKED DEFECT
無顯著之異常

THE LEAD WIRE SHALL BE IMMERSED INTO THE MELTED
SOLDER OF 350 ±10°C (BODY DIAMETER 5.0mm Max 270 ±5°C)
UP TO ABOUT 2.0 TO 2. 5mm FROM THE MAIN BODY FOR 3+1/-0
SEC. (BODY DIAMETER 5.0mm max 5±0.5SEC) AND THE
SPECIFIED ITEMS SHALL BE MEASURED AFTER LEAVING FOR
4 TO 24 HOURS.

將端子浸入溫度為 350±10°C 的溶錫內，外面保留約 2.0-2.5mm距
離主體邊緣，並保持 3+1/-0 秒，取出在常溫下放置 4-24 小時候測定
之.(主體尺寸 D＜5MM，則用 270 ±5°C. 時間 5±0.5 秒)

CAPACITANCE
CHANGE

容量變化

CLASS 1：
WITHIN ±2.5% OR ±0.25PF

WHICHEVER IS GREATER

在±2.5% OR ±0.25PF 以內取
較大值

CLASS 2，3
B: ± 5% R: ±10%

E: ±15% F: ±20%

CERAMIC DISC CAPACITOR

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

DIELECTRIC
STRENGTH
(BETWEEN
LEAD WIRES)

耐電壓

NO FAILURE
無異常

9. HUMIDITY
(UNDER
STEADY
STATE)

耐濕性

APPEARANCE
外觀

NO MARKED DEFECT
無顯著之異常

SET THE CAPACITOR FOR 500+24/-0 HOURS AT 40±2°C, IN 90 TO
95%
RELATIVE HUMIDITY AFTER TREATMENT SET THE
CAPACITOR FOR 1 TO 2 HOURS AT ROOM TEMPERATURE, THE
SPECIFIED ITEMS CAN BE MEASURED.

在溫度 40±2°C，溫度 90-95% RH下置 500+24/-0 小時 .取出置常溫
下 1-2 小時後測定之

CAPACITANCE
CHANGE

容量變化

CLASS 1：
WITHIN ±5% OR ±0.5PF

WHICHEVER IS GREATER

在±5% OR ±0.5PF 以內，取
較大值

CLASS 2：
B: ±5% R: ±10%

E: ±15% F: ±20%
CLASS 3：

B: ± 10% D: ±15%
E: ±20% F: ±30%

JNC

16 JYA-NAY

Q/D.F.

CLASS 1：
30PF AND OVER ：Q＞350
30PF 或以上
10PF TO 30PF ：Q＞275+5/2C
10PF 至 30PF
UNDER 10PF ：Q＞200+10C
10PF 未滿
CLASS 2：

Char B, R and E : 5% max
特性 B, R 及 E

Char F : 7.5% max
特性 F

CLASS 3：
16V＜10%
25V, 50V＜7.5%

I.R.

CLASS 1，2：
＞1000MΩ
CLASS 3：

16V＞50MΩ
25V, 50V＞500MΩ

DIELECTRIC
STRENGTH
(BETWEEN
LEAD WIRES)

耐電壓

NO FAILURE
無異常

CERAMIC DISC CAPACITOR

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

10. HUMIDITY

LOADING

耐濕負荷

APPEARANCE

外觀

NO MARKED DEFECT

無顯著之異常

APPLY RATED VOLTAGE FOR 500+24/-0 HOURS AT 40±2°C IN 90 TO
95% RH (CHARGE/DISCHARGE CURRENT< 50Ma. AFTER TREATMENT, SET

THE CAPACITOR FOR 1 TO 2 HOURS AT ROOM TEMPERATURE, THE
SPECIFIED THEN CAN BE MEASURED.

印加額定電壓, 並在溫度 40±2°C, 濕度 90-95%下置 500+24/-0 小時,
取出置常溫下 1-2 小時後測定之, , 允放電壓<50Ma 以下.

CAPACITANCE
CHANGE

容量變化

CLASS 1：
WITHIN ±7.5% OR ±0.75PF

WHICHEVER IS GREATER

在±7.5% OR ±0. 75PF以內，取
較大值

CLASS 2，3：
B: ±10% R: ±15%

E: ±20% F: ±30%

JNC

17 JYA-NAY

Q/D.F.

CLASS 1：
30PF AND OVER ：Q＞200
30PF 或以上
UNDER 30PF： Q＞100+10/C
30PF 未滿
CLASS 2：

Char B, R and E : 5% max
特性 B, R 及 E

Char F : 7.5% max
特性 F

CLASS 3：
16V＜10%
25V, 50V＜7.5%

I.R.

CLASS 1，2：
＞500MΩ
CLASS3：

16V＞25MΩ
25V, 50V＞250MΩ

DIELECTRIC
STRENGTH
(BETWEEN
LEAD WIRES)

耐電壓

NO FAILURE
無異常

CERAMIC DISC CAPACITOR

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

11. LIFE
高溫負荷

APPEARANCE

外觀

NO MARKED DEFECT

無顯著之異常

APPLY DC VOLTAGE OF 200% (1KV~6KV IS 150%)OF THE RATED VOLTAGE
FOR 1000+48/-0 HOURS AT 85±2°C. (CHARGE/DISCHARGE CURRENT<

50mA. AFTER TREATMENT, SET THE CAPACITOR FOR 1 TO 2 HOURS AT
ROOM TEMPERATURE, THE SPECIFIED THEN MEASURED THE SPECIFIED
ITEMS.

印加 200%(1KV~6KV IS 150%)之額定電壓,在溫度 85±2°C 下置 1000+48/-0
小時,取出置常溫下 12-24 小時後測定之, , 允放電壓於<50mA 以下.

CAPACITANCE
CHANGE

容量變化

CLASS 1：
WITHIN ±3% OR ±0.3PF

WHICHEVER IS GREATER

在±3% OR ±0. 3PF 以內，取較
大值

CLASS 2，3：
B: ±10% R: ±15%

E: ±20% F: ±30%

JNC

18 JYA-NAY

Q/D.F.

CLASS 1：
30PF AND OVER ：Q＞350
30PF 或以上
10PF TO 30PF ：Q＞275+5/2C
10PF 至 30PF
UNDER 10PF ：Q＞200+10C
10PF 未滿
CLASS 2：

Char B, R and E : 5% max
特性 B, R 及 E

Char F : 7.5% max
特性 F

CLASS 3：
16V＜10%
25V, 50V＜7.5%

L.R.

CLASS 1，2：
＞1000MΩ
CLASS3：

16V＞50MΩ
25V, 50V＞500MΩ

DIELECTRIC
STRENGTH
(BETWEEN
LEAD WIRES)

耐電壓

NO FAILURE
無異常

CERAMIC DISC CAPACITOR

ITEM

項 目

SPECIFICATION

規 格

TEST METHOD AND TEST CONDITION

試 驗 方 法 及 條 件

12. STRENGTH

OF LEAD

端子強度

PULL

抗拉強度

LEAD WIRE SHALL NOT CUT
OFF CAPACITOR SHALL NOT
BE BROKEN

導線不斷裂, 電容器不破損。

AS A FIGURE FIX THE BODY OF CAPACITOR,
APPLY A TENSILE WEIGHT GRADUALLY TO
EACH LEAD INTHE RADIAL DIRECTION OF
CAPACITOR UP TO 1.0Kgf, (LEAD DIAMETER

0.5mm Max 0.5Kgf) AND KEEP IT FOR 1 TO 5 Sec.

把製品固定, 負荷施力方向為端子引出方向, 印加負荷 1.0Kgf,
1-5 秒(線徑 0.5mm Max 為 0.5kgf)

JNC

19 JYA-NAY

BENDING

彎曲強度

EACH LEAD WIRE SHALL BE SUBJECTED TO 0.5Kgf (LEAD DIAMETER

0.5 Max 0.25Kgf) WEIGHT AND THEN A 90° BEND, AT THE POINT OF

EGRESS, IN ONE DIRECTION, RETURN TO ORIGINAL POSITION,
AND THEN A 90° BEND IN THE OPPOSITE DIRECTION AT THE RATE
OF ONE BEND IN 5 SECONDS.

施加 0.5Kgf 於端子間並彎曲 90°, 回復原本之位置, 並反向彎曲 90°,
1 次彎曲時間為 5 秒(線徑 0.5mm Max 0.25Kgf)

13. SOLDER ABILITY OF

LEADS
焊錫之付著性

LEAD WIRE SHALL BE

SOLDERED WITH
UNIFORMLY

COATED ON THE AXIAL

DIRESTION OVER 95% OF
THE CIRCUMFERENTIAL

DIRECTION

導線之橫截面積上須有周
圍之
95%以上之面積為焊錫所
付著.

THE LEAD WIRE OF A CAPACITOR SHALL BE DIPPED INTO A

25% METHANOL SOLUTION OF ROSIN AND THEN INTO MOLTEN
SOLDER OF 240±10°C FOR 2±0.5 sec. IN BOTH

CASES THE DEPTH OF DIPPED IS UP TO ABOUT 2 TO 2.5mm FROM

THE ROOT OF LEAD WIRES.
導線須浸入助焊劑後在再浸入 240±10°C 之溶錫 2±0.5 秒

Table A 表 A

Characteristic

Temperature Coefficient (ppm/°C)

between 25°C and 85°C

Cap. Change (%) between 25°C and -25°C

max.

min.

CH

0±60

0.49

-0.27

LH

-80±60

0.93

-0.09

PH

-150±60

1.32

0.41

RH

-220±60

1.70

0.72

SH

-330±60

2.30

1.22

TH

-470±60

3.07

1.85

UJ

-750±120

4.94

2.84

SL

+350~1000

-

-

MULTILAYER CERAMIC CAPACITORS LEADED TYPE

Construction:

Axial Leaded Type

JNC

20 JYA-NAY

Radial Leaded Type

MULTILAYER CERAMIC CAPACITORS LEADED TYPE

Part Number System

A 104 M 33 Z F T 52
(1) (2) (3) (4) (5) (6) (7) (8)

1.PRODUCT TYPE:

A: Axial Leaded Type

JNC

21 JYA-NAY

R: Radial Leaded Type

2.CAPACITANCE:

104=100,000pf(0.1uf) 103=10,000pf(0.01uf) 101=100pf 100=10pf

3.CAPACITANCE TOLERANCE:

J=+/-5% K=+/-10% M=+/-20% Z=+80%-20%

4.SIZE CODE:
Size Chips W.max. T.max.
33 0805/0603 3.5mm 2.5mm
35 0805 3.5mm 2.5mm
38 0805/0603 3.5mm 2.5mm
42 0805 4.2mm 2.5mm
50 1206 5.0mm 3.0mm

5.TEMPERATURE CHARACTERISTICS:

C=NPO X=X7R Z=Z5U Y=Y5V

6.WORKING VOLTAGE:
E=25VDC F=50VDC H=100VDC K=200VDC

7.PACKING:
Axial T=Tape & Reel (Standard) B=Bulk Pack (Option)
Radial B=Bulk Pack (Standard) T=Tape & Reel (Option)

8.Lead Style:
Axial 52=Tape Width:52mm (Standard)
56=Lead Formed to 5.0mm Pitch and 6.0mm Length.

Radial

-

L.Spacing

L.Length

56:

5.0mm

6.0mm

26:

2.5mm

6.0mm

MULTILAYER CERAMIC CAPACITORS LEADED TYPE PACKING

SPECIFICATIONS

(A) AXIAL Leaded Type:

JNC

22 JYA-NAY

(B) Radial Leaded Type;

(C) Standard Packing Quantity:

Axial:Tape & Reel:7500pcs/Reel.(Standard)
Tape & Ammo:5000pcs/Reel.
Radial:Bulk Pack:1000pcs (Standard)
Tape & Reel: 4000pcs/Reel.

MULTILAYER CERAMIC CAPACITORS LEADED TYPE

ELECTRICAL GENERAL SPECIFICATIONS

(A) Capacitance Range:10pf-2.2mf(100-225)
(B) Capacitance Tolerance:

NPO:J=+/-5% X7R:K=+/-10%
Z5U:M=+/-20% Y5V:Z=+80/-20%

JNC

23 JYA-NAY

(C) Working Voltage:

E:25VDC
F:50VDC
H:100VDC
K:200VDC

(D) Temperature Characteristics:

NPO:0+/-30PPM/℃ –55℃ to +125℃

X7R:+/-15%△ C –55℃ to +125℃

Z5U:+/-22%to-56%△ C +10℃ to +85℃

Y5V:+22%to-82%△ C –30℃ to +85℃

(E) Capacitance Test Conditions(at 25℃)

NPO:1.2Vrms max. and 1 MHz.(1KHz for value above 1000pf)

X7R:1.0Vrms+/-0.2Vrms and 1KHz
Z5U:0.5Vrms+/-0.1Vrms and 1KHz
Y5V:1.0Vrms+/-0.2Vrms and 1KHz

(F) Disspation Factor:

NPO:0.1% max X7R:2.5%max

Z5U:4.0% max Y5V:5.0%max

(All measurement conditions are same as capacitance test at 25℃)

(G) Dielectric Strength:

NPO/X7R 250% of rated voltage with 50mA max. charging current.

Z5U/Y5V 200% of rated voltage with 50mA max. charging current.

(H) Insulation Resistance:

When measured @ 25℃and rated voltage, the below min. value will be met:

NPO/X7R: 100K Megeohms or 1000Megeohm-Microfarads whichever is less.
Z5U/Y5V: 10K Megeohms or 1000Megeohm-Microfarads whichever is less.

JNC

24 JYA-NAY

MULTILAYER CERAMIC CAPACITORS LEADED TYPE
AXIAL & RADIAL CAPACITANCE RANGE CHART

T.C.

NPO(+/-5%)

X7R(+/-10%)

Z5U(+/-20%)

Y5V(+/-20%)

SIZE

A33/R38

A50/R50

A33/R38

A50/R50

A33/R38

A50/R50

A33/R38

A50/R50

cap.

Cap.value

1.0pf
56
10
120
150

100
560
101
121
151

50V

180
220
270
330
470

181
221
271
331
471

50V

560
680
820
1000
1200

561
681
821
102
122

50V

1500
1800
2200
2700
3300

152
182
222
272
332

3900
4700
5600
6800
8200

392
472
562
682
822

.01uf
.015
.022
.033
.039

103
153
223
333
393

50V

0.47

0.56

0.68
.1
.15

473
563
683
104
154

50V
50V

50V

.22
.33
.47

1.0

2.2

224
334
474
105
225

25V

25V

50V

25V
25V

25V

JNC

25 JYA-NAY

J NR VARISTOR
How to Order

JNR 10 D 471 K

Type Element Size Series Varistor Voltage Tolerance Packing Form

JYA-NAY Varistor 5：Ø 5mm D：D Series 180：18V K：+ 10 % Nil：Bulk
7：Ø 7mm 471：470V L ：+ 15 % T：Taping Ammo
10：Ø 10mm 102：1000V M ：+ 20 % R：Taping Reel
14：Ø 14mm 182：1800V
20：Ø 20mm

JNR ZINC OXDE VARISTOR

JNR 氧化鋅壓敏電阻

Zinc oxide varistor is a voltage dependent resistor with symmetrical
voltage-current characteristics that is designed to protect all kinds of
electronic devices or elements from switching and induced lightening
surges. It’s non linear exponent characteristic with froad using range
and mass production is gradually being used by various level of
electric engineering.

氧化鋅壓敏電阻又稱「突波吸收器」，係一種具有電壓
電流對稱特性之電壓屬興電阻器。它主要的設計是用來
保護所有的電子產品或元件免於受開關或雷擊誘發所
產生之突波的影響，而其非線性指數的特性與廣泛的應
用範圍以及可以量產等優點，已逐漸地被應用在各種不
同領域的電子工程方面。

FEATURES

特性介紹

*Fast response time.

*反應時間快速。

*Low leakage current.

*低漏電流。

*Excellent voltage ratio.

*優越之電壓比。

*Wide voltage & energy ratio.

*寬廣之電壓及能量比。

*Low standby power and no follow on current.

*低備用電力且無後續電流。

*High performance in surge current handling capability.

*高效能之突波電流處理能力。

*High performance in clamping voltage characteristics.

*抑制電壓特性之穩定執行能力。

V-I Characteristics of Varistor 壓敏電阻之 V-I特性

APPLICATIONS

應用範圍

*IC, diode, transistor, thyristor, triac, and other semiconductor

protection.

*保護 IC，二極體，電晶體， 夾流體，屏遮半導體及

其他半導體等電子元件。

*Suppression of mainborne transients in consumer electronics and

industrial electronics.

*抑制消費興電子及工業用電子產品內部主電源所產生

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26 JYA-NAY

瞬間突波。

*Suppression of internally generated spikes in electronics circuit.

*抑制電子線索上內發性的突波。

*Surge protection in communication, measuring and controller

electronics.

*通 信、量 測及電控等電子器材之突波保護。

*Surge protection in electronic home appliances and gas and

petroleum appliances.

*房舍所裝置的以及瓦斯和油類設施上所裝置的電子器

材之突波保護。

*Relay and electromagnetic valve surge absorption.

*繼電器和電磁閥之突波吸收。

JNR VARISTOR

The varistor’s rest state has a high impedance (several megaohms) in

relation to the component to be protected and does not change the
characteristics of the electric circuit. In the presence of transient
voltage (over the breakdown voltage of varistor), the varistor then has
a low impedance (a few ohms) and short circuits, i.e. the assembly E to
the protected.

壓敏電阻在休息狀態時，相對於受保護的電子元件而
言，具有很高的阻抗 (數億歐姆)而且改變原設計之電路
特性。但當瞬間突波電壓出現(超過壓敏電阻之崩潰電
壓時)，該壓敏電阻會變低潮僅有幾個歐姆而已)並造成
原線路短路；換言之；電子產品或元件 E因此而受到保
護(如下圖)。

Surge suppression of varistor 壓敏電阻之突波制功能

PARAMETERS DEFINITION

參數名詞解釋

*Varistor Voltage (Breakdown voltage):

*壓敏電壓(即崩潰電壓)：

The varistor voltage is the voltage across the varistor measures at a
specified current Ic (0.1mA or 1 mA) of specified duration.

壓敏電壓係以一定的電流 1c(0.1mA或 1mA)於一定的
時間內通過壓敏電阻所量取之電壓。

*Maximum allowable voltage:

*最高工作電壓：

The maximum allowable voltage corresponds to the rest state of the
varistor. The rest state voltage offers a low leakage current in order
to limit the power consumption of the protected device and not to
disturb the circuit to be protected.

最高工作電壓表示壓敏電阻在該電壓之下仍為休息狀
態。休息狀態之壓敏電阻僅有恨很小的漏電流，以限制
受保護電產品之電力消耗，同時不致干擾到受保護的線

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27 JYA-NAY

路。

*Non linear exponent (α ):

*非線性指數(即α值)：

The varistor voltage-current characteristic is defined by the
equation: 1=KVα where K is a constant dependent on

geometry, andα is the non linear exponent. We usually
take two points (V1,I1), (V2,I2) to estimate the value ofα .

α =(log I 1/I2)/ (log V1/V2) In which I1 and I2 are the
current value corresponding to the voltage value V1 and V2.

壓敏電阻之電壓-電流(V-1) 特性係由公式 1=KVα 所
定義的，K 是一種幾何常數，而α 則是非線性指數。
吾人通常截取二點(V1,I1)及(V2,I2)來計算其α 值，

即 α =(log I1/I2)/( log V1/V2)

I1 及 I2 係電壓等於 V1 及 V2 時相對應之電流值。

*Maximum clamping voltage:

*最高抑制電壓：

Maximum clamping voltage is the maximum voltage Vp between two
terminals with the specified standard impulse current I (8x20μ sec).

The voltage value is an indication on the protective function of
the varistor.

最高抑制電壓係以一定的標準衝擊電流 1p(8x20μ
sec)於壓敏電阻二條引線端電點之間所量得的最高電壓
Vp。該電壓值同時也是壓敏電煮發揮其保護功能的一
項指標。

JNR VARISTOR

CURRENT-VOLTAGE CHARACTERISTICS

電流電壓特性曲線

*Withstanding surge current:

*耐突波電流(即突波耐量) ：

Withstanding surge current is the maximum peak current for he
varistor with the specified standard impulse current (8x20μ sec)

applied on time or two times and corresponding to a permissible
variation of 10% in the varistor voltage change.

突波耐量乃壓敏電阻以一定之標準衝擊電流(8 x20μ
sec)衝擊 1 次或 2 次時，壓敏電壓之變化在 10%以內的
最大脈衝電流。

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28 JYA-NAY

*Energy

*能量(即焦耳值) ：

Maximum energy from one or a burst of pulses. It is the value within
the varistor change of +10% when on impulse of 10x1000 μ sec us

applied.

表示一次脈衝之最大能量，亦即以 10x1000μ sec 衝擊
一次而壓敏電壓之變化仍在 10%以內之焦耳值。其公
式：

E=KxVmxImxT

E=KxVmxImxT

E: Energy

E：能量(焦耳)

K: Constant=1.4

K：常數，約等於 1.4。

Vm: Max. clamping voltage at 1m.

Vm：電流在 1m 時之最高抑制電壓。

1m: Max. allowable single surge current of 10x1000μ sec.

1m：最大允許之 10x1000μ sec 單一突波電流。

T: Duration of surge current (1000μ sec)

T：突波電流延續時間(1000μ sec)。

*Rated power

*額定功率(即瓦特數) ：

The maximum power that can be applied within the specified ambient
temperature.

表示在一定的環境溫度下所能消耗的最大功率。

JNR VARISTOR

*Capacitance
*電容值：

The capacitance of varistor is the reference value measured between

the varistor terminals at specified frequency.

壓敏電阻之電容值係以一定的頻率於引線端點之間

所量得的參考值。

*Pulse lifetime rating

*額定脈衝壽命：

This is expressed as the maximum allowable number of impulse

currents applied. 8x20μ sec impulse current (or 10x1000μ sec) is

applied at prescribed interval. This curve also provides for derating

current as required with repetitive pulsing.

表示壓敏電阻以 8x20μ sec 的衝擊電流，依規定的間

隔時間連續給予衝擊時所能承受之最高衝擊次數。其

受衝擊時所呈現曲線同時也提供了連續衝擊每次所

需求的遞減電流。

SOURCE OF SURGE VOLTAGE

突波電壓之來源

*Direct lightning surges.

*直接雷擊所產生的突波。

*Surge voltage by grounding fault.

*接地不良所產生的突波。

*From magnetic induction.

*各種磁性所誘發的突波。

*Induced lightning surges.

*因雷擊間接誘發的突波。

*Surge voltage by switching operation.

*開關電源所產生的突波。

*From electrostatic induction.

*靜電特性所誘發的突波。

HOW TO SELECT JNR VARISTOR

如何選用 JNR 壓敏電阻

*To identify the source and route of surge.

*確定突波的來源及其通路。

*To decide the connection method of varistor.

*確定壓敏電阻的連接方式。

*To decide varistor voltage and max. clamping voltage.

*確定所需要的壓敏電壓及最高抑制電壓。

*To decide surge current waveform by calculation from surge voltage
and surge impedance.

*依突波電壓和突波阻抗計算出突波電流的波形。

*To check whether the withstanding surge current and surge life of

varistor is sufficient or not.

*檢查壓敏電阻的突波耐量和脈衝壽命是否足夠。

*To check the variation of electric power of protected device.

*檢查受保護電子產品所使用電源的變動(穩定)程度。

*To check whether the max. energy and energy life of the varistor is

enough or not.

*檢查壓敏電阻的最大能量和能量壽命是否足夠。

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*To check the relation:

**檢查下列關係是否正確：

Max. withstanding bvoltage of protected device>Max. clamping

voltage of varistor>The real clamping voltage

occurred>Breakdown voltage of varistor>Operating voltage of

protected device.

受保護電子產品之最高耐電壓>壓敏電阻之最高抑制

電壓>真正產生之抑制電壓>壓敏電阻之崩潰電壓>受

保護電子產品之工作電壓。

*To check whether the loss of capacitance of varistor in operation condition.

*檢查壓敏電阻於工作狀態下是否損失其電容值。

*To check whether the problem caused by loss current of leakage.

*若出現問題先檢查是否漏電流太大之原因。

*To check the connection method of varistor.

*檢查壓敏電阻連接方式是否適當。

*To check the condition of varistor overload.

*檢查壓敏電阻負荷是否過大。

*To check any other problems by various operation conditions.

*檢查壓敏電阻於工作狀態下是否有其他任何問題。

*To test and to verify by real practice.

*受保護電子產品以實際操作來測試及確認所使用之壓

敏電阻。

*To check the connection of the grounding wire.

*檢查接地線之連接狀況。

JNR VARISTOR

JNR Series List

Varistor

Rated

5

Rated

7

Rated

10

Rated

14

Rated

20

UL

CS
A

(W)

Series

(W)

Series

(W)

Series

(W)

Series

(W)

Series

18

0.01

JNR-5D180K

0.02

JNR-7D180K

0.05

JNR-10D180K

0.1

JNR-14D180K

0.2

JNR-20D180K

★

22

JNR-5D220K

JNR-7D220K

JNR-10D220K

JNR-14D220K

JNR-20D220K

★

27

JNR-5D270K

JNR-7D270K

JNR-10D270K

JNR-14D270K

JNR-20D270K

★

33

JNR-5D330K

JNR-7D330K

JNR-10D330K

JNR-14D330K

JNR-20D330K

★

39

JNR-5D390K

JNR-7D390K

JNR-10D390K

JNR-14D390K

JNR-20D390K

★

47

JNR-5D470K

JNR-7D470K

JNR-10D470K

JNR-14D470K

JNR-20D470K

★

56

JNR-5D560K

JNR-7D560K

JNR-10D560K

JNR-14D560K

JNR-20D560K

★

68

JNR-5D680K

JNR-7D680K

JNR-10D680K

JNR-14D680K

JNR-20D680K

★

82 JNR-5D820K

JNR-7D820K

JNR-10D820K

JNR-14D820K

JNR-20D820K

★

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30 JYA-NAY

100

0.1

JNR-5D101K

0.25

JNR-7D101K

0.4

JNR-10D101K

0.6

JNR-14D102K

1.0

JNR-20D101K

★

120

JNR-5D121K

JNR-7D121K

JNR-10D121K

JNR-14D121K

JNR-20D121K

★

150

JNR-5D151K

JNR-7D151K

JNR-10D151K

JNR-14D151K

JNR-20D151K

★

180

JNR-5D181K

JNR-7D181K

JNR-10D181K

JNR-14D181K

JNR-20D181K

★

200

JNR-5D201K

JNR-7D201K

JNR-10D201K

JNR-14D201K

JNR-20D201K

★

★

220

JNR-5D221K

JNR-7D221K

JNR-10D221K

JNR-14D221K

JNR-20D221K

★

★

240

JNR-5D241K

JNR-7D241K

JNR-10D241K

JNR-14D241K

JNR-20D241K

★

★

270

JNR-5D271K

JNR-7D271K

JNR-10D271K

JNR-14D271K

JNR-20D271K

★

★

300

JNR-5D301K

JNR-7D301K

JNR-10D301K

JNR-14D301K

JNR-20D301K

★

★

330

JNR-5D331K

JNR-7D331K

JNR-10D331K

JNR-14D331K

JNR-20D331K

★

★

360

JNR-5D361K

JNR-7D361K

JNR-10D361K

JNR-14D361K

JNR-20D361K

★

★

390

JNR-5D391K

JNR-7D391K

JNR-10D391K

JNR-14D391K

JNR-20D391K

★

★

430

JNR-5D431K

JNR-7D431K

JNR-10D431K

JNR-14D431K

JNR-20D431K

★

★

470

JNR-5D471K

JNR-7D471K

JNR-10D471K

JNR-14D471K

JNR-20D471K

★

★

510

JNR-5D511K

JNR-7D511K

JNR-10D511K

JNR-14D511K

JNR-20D511K

★

★

560

JNR-5D561K

JNR-7D561K

JNR-10D561K

JNR-14D561K

JNR-20D561K

★

★

620

JNR-10D621K

JNR-14D621K

JNR-20D621K

★

★

680

JNR-10D681K

JNR-14D681K

JNR-20D681K

★

★

750

JNR-10D751K

JNR-14D751K

JNR-20D751K

★

★

780

JNR-10D781K

JNR-14D781K

JNR-20D781K

★

★

820

JNR-10D821K

JNR-14D821K

JNR-20D821K

★

★

910

JNR-10D911K

JNR-14D911K

JNR-20D911K

★

★

1000

JNR-10D102K

JNR-14D102K

JNR-20D102K

★

★

1100

JNR-10D112K

JNR-14D112K

JNR-20D112K

★

★

1800

JNR-14D182K

JNR-20D182K

★

★

Note:

Varistor Voltage ： 5 Series - @ 0.1mA DC test current; 7, 10, 14, 20 Series - @ 1mA DC test current

Temperature range： -40℃ ~ +85℃

Storage temperature： -40℃ ~ +125℃