简体中文 | English
 
 

NTC Thermistor
Series


PTC Thermistor
Series


Zinc Oxide Varistor
Series


Temperature Sensor
Series
 
NTC Thermistor Series>>>
 

Power NTC Thermistor
For Surge Current Suppression

 MSR type Power NTC Thermistor maintains low value of several to 50ohm as high    current rather than Thermistor for temperaturecompensation.
 The same product restrains insush current   flowing to a great volume of flat condenser  in the moment of switch-on in power commute  circuit of electronics and accordingly ,as   temperature of Thermistor goer up ,resistance  get to be small .So,it makes a role of     protecting a rectifier or a great volume    condenser that operation is usually slow.

1Field of use

   Inrush Current Limiting

2Applications

  Power Supply/UPS/Motor/Herter/Light lamp inverter

3Ordering number


MSR
□□D
□□□
Jocol Power NTC Mark
Disk  
Resistance
                
4Dimensions:
   

Dimensions(mm):

Disk

Dmax

Tmax

Lmin

C

H

d±0.05

Fmax

05D

6.5

4

25

5

9

0.56

4

07D

9.0

4

5

0.8

09D

12

5

7.5

11D

13.5

6

7.5

8

13D 14.5 6

15D

18

8

7.5

20D

24

10

10

6

1.0

25D

29

12

10

5Electrial characteristics

05D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR05D005

5.0

1.0

0.35

6

19

-56~+200

MSR05D008

8.0

0.8

0.58

6

19

-56~+200

MSR05D010

10

0.8

0.75

6

19

-56~+200

MSR05D016

16

0.5

1.27

6

18

-56~+200

MSR05D022

22

0.5

1.56

6

18

-56~+200

MSR05D100

100

0.2

4.89

5

18

-56~+200

07D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR07D005

5.0

2.0

0.35

9

29

-56~+200

MSR07D008

8.0

1.5

0.58

9

26

MSR07D010

10

1.0

0.75

9

26

MSR07D012

12

0.9

0.82

9

26

MSR07D016

16

0.8

1.27

9

26

MSR07D022

22

0.6

1.56

9

26

MSR07D100

100

0.3

4.89

10

26

09D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR09D003

3.0

4.0

0.12

11

39

-56~+200

MSR09D005

5.0

3.0

0.20

11

39

MSR09D008

8.0

2.2

0.38

11

38

MSR09D010

10

2.0

0.43

11

38

MSR09D012

12

1.8

0.63

11

38

MSR09D016

16

1.5

0.75

11

38

MSR09D022

22

1.3

0.90

11

39

MSR09D033

33

1.1

1.10

11

37

MSR09D047

47

0.9

1.16

11

37

MSR09D062

62

0.7

1.53

11

37

MSR09D082

82

0.5

2.18

11

38

MSR09D100

100

0.4

2.57

11

38

MSR09D220

220

0.3

5.92

11

37

11D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR11D2R2

2.2

5.5

0.09

12

49

-56~+200

MSR11D003

3.0

5.0

0.12

12

49

MSR11D005

5.0

4.0

0.15

13

48

MSR11D008

8.0

3.0

0.25

13

48

MSR11D010

10

3.0

0.27

13

48

MSR11D012

12

2.8

0.41

13

46

MSR11D016

16

2.5

0.48

13

46

MSR11D022

22

2.2

0.60

13

46

MSR11D033

33

2.0

0.75

15

46

MSR11D047

47

1.6

1.18

15

48

MSR11D062

62

1.5

1.23

15

48

MSR11D082

82

1.3

1.72

15

48

MSR11D100

100

1.0

1.89

15

46

13D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR13D2R2

2.2

6.0

0.08

13

63

-56~+200

MSR13D003

3.0

5.6

0.09

13

63

MSR13D005

5.0

5.0

0.12

14

65

MSR13D008

8.0

4.3

0.19

14

65

MSR13D010

10

4.0

0.22

15

65

MSR13D012

12

3.8

0.32

15

65

MSR13D016

16

3.5

0.33

15

63

MSR13D022

22

3.0

0.39

14

63

MSR13D033

33

2.5

0.56

14

63

MSR13D047

47

2.0

0.83

15

65

MSR13D062

62

1.8

1.19

15

65

MSR13D082

82

1.5

1.27

15

63

MSR13D100

100

1.0

1.53

15

63

15D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR15D2R2

2.2

7.0

0.02

18

73

-56~+200

MSR15D003

3.0

6.5

0.02

18

77

MSR15D005

5.0

6.0

0.04

17

77

MSR15D008

8.0

5.5

0.06

17

75

MSR15D010

10

5.0

0.08

16

73

MSR15D012

12

4.8

0.24

16

73

MSR15D016

16

4.5

0.27

16

73

MSR15D022

22

4.0

0.29

17

83

MSR15D033

33

3.5

0.47

17

85

MSR15D047

47

3.0

0.59

18

87

20D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR20D0R7

0.7

11

0.02

23

89

-56~+200

MSR20D001

1.0

9.5

0.02

23

89

MSR20D002

2.0

8.2

0.04

24

93

MSR20D003

3.0

7.5

0.06

24

93

MSR20D005

5.0

7.0

0.08

25

97

MSR20D006

6.0

6.5

0.09

25

97

MSR20D008

8.0

6.0

0.13

25

99

MSR20D010

10

5.5

0.15

25

99

MSR20D012

12

5.0

0.19

23

103

MSR20D016

16

5.0

0.22

23

103

25D

Part NO

Resistance
At
25

Max steady state current

Left resistance at Max current

Thermal dissipation constant

Thermal time constant

Temperature
range

(Ω)

A

(Ω)

mw/℃)

S

℃)

MSR25D0R7

0.7

13

0.01

30

117

-56~+200

MSR25D001

1.0

11

0.02

30

123

MSR25D002

2.0

9.5

0.03

32

125

MSR25D003

3.0

8.5

0.04

32

127

MSR25D005

5.0

8.0

0.06

32

127

MSR25D006

6.0

7.5

0.09

33

129

MSR25D008

8.0

7.0

0.10

35

129

MSR25D010

10

6.5

0.13

35

127

MSR25D012

12

6.3

0.15

35

127

MSR25D016

16

6.0

0.15

33

127

 
 
 
  copyright © NanJing Jocol Electronics Technology CO.,LTD All rights reserved.
Address:NO.109 Ganjiabianxi wangzilou Yaohuamen Qixia NanJing Jiangsu China
Tel:025-85564484 85560387 85568752 Fax:025-85771715