NV06U00224HDC中文资料_数据手册_规格书

A KYOCERA GROUP COMPANY

TPC

NTC Thermistors - Preliminary Catalog

NTC SMD Thermistors

With Nickel Barrier Termination NB 12 - NB 20 - NB 21

Chip thermistors are high quality and low cost devices

especially developed for surface mounting applications. They

are widely used for temperature compensation but can also

achieve temperature control of printed circuits.

A nickel barrier metallization provides outstanding qualities of

solderability and enables this chip to meet the requirements

of the most severe soldering processes.

NB 21

Types

NB 12

IEC SIZE : 08-05

NB 20

IEC SIZE : 12-06

IEC SIZE : 06-03

2 (.079) ± 0.3 (.012)

3.2 (.126) ± 0.4 (.016)

1.6 (.063) ± 0.2 (.008)

1.25 (.049)

± 0.2 (.008)

1.6 (.063)

± 0.25 (.010)

0.8 (.031)

± 0.2 (.008)

DIMENSIONS:

millimeters (inches)

0.5 (.020)

... 1.3 (.051)

0.5 (.020)

... 1.5 (.059)

0.2 (.008) min

Terminations

Nickel Barrier

Marking

On packaging only

40/125/56

Climatic category

Operating temperature

Tolerance on Rn (25°C)

Maximum dissipation at 25°C

Thermal dissipation factor

Thermal time constant

-55°C to +150°C

±5%, ±10%, ±20%

0.12 W

0.7 W

1 mW/°C

4 s

0.24 W

4 mW/°C

7s

2 mW/°C

5 s

Resistance - Temperature characteristics: pages 32 to 35.

APPLICATIONS

• LCD compensation

• Battery packs

• Mobile phones

• CD players

• Heating systems

• Air-conditioning systems

• Temperature control of Switch Mode Power Supplies

• Compensation of pressure sensors

• Protection of power transistors in various electronic circuits

HOW TO ORDER

NB 20

K 0

0103

M

BA

Type

Material Code

K

(See tables page 13)

Resistance

10,000 Ω

Tolerance

M (±20%)

Suffix: Packaging

– –: Bulk

BA: Super 8 plastic

tape

BE: Super 8 plastic

tape (1/2 reel)

12

TP C

NTC SMD Thermistors

With Nickel Barrier Termination NB 12 – NB 20 – NB 21

TABLE OF VALUES

NB 12

IEC SIZE : 08-05

NB 20

IEC SIZE : 12-06

B (K)

Rn at 25°C

( )

Material

Code

␣ at 25°C

B (K)

Rn at 25°C

( )

Material

Code

␣ at 25°C

Types

(1) ± 5%

(2) ± 3%

(1) ± 5%

(2) ± 3%

(% /°C)

(

⌬B/B

)

(% /°C)

(

⌬B/B

)

NB 12 KC 0 180

NB 12 KC 0 220

NB 12 KC 0 270

NB 12 KC 0 330

NB 12 KC 0 390

NB 12 KC 0 470

NB 12 KC 0 560

NB 12 KC 0 680

NB 12 KC 0 820

NB 12 KC 0 101

18

22

27

33

39

47

56

68

82

NB 20 J 0 0472

NB 20 J 0 0562

4,700

5,600

J

3480 (1)

3480 (2)

3630 (1)

– 3.9

-3.9

NB 20 J 5 0682

NB 20 J 5 0822

6,800

8,200

J5

K

KC

3470 (1)

– 3.9

NB 20 K 0 0103

NB 20 K 0 0123

10,000

12,000

– 4.0

NB 20 L 0 0153

NB 20 L 0 0183

15,000

18,000

L

3790 (2)

3950 (2)

– 4.2

– 4.4

100

NB 20 M 0 0223

NB 20 M 0 0273

NB 20 M 0 0333

NB 20 M 0 0393

22,000

27,000

33,000

39,000

NB 12 MC 0 121

NB 12 MC 0 151

NB 12 MC 0 181

NB 12 MC 0 221

NB 12 MC 0 271

NB 12 MC 0 331

NB 12 MC 0 391

NB 12 MC 0 471

NB 12 MC 0 561

NB 12 MC 0 681

NB 12 MC 0 821

NB 12 MC 0 102

NB 12 MC 0 122

NB 12 MC 0 152

NB 12 MC 0 182

NB 12 MC 0 222

NB 12 MC 0 272

NB 12 MC 0 332

120

150

180

220

270

330

390

470

560

M

NB 20 N 0 0473

NB 20 N 0 0563

NB 20 N 0 0683

NB 20 N 0 0823

47,000

56,000

68,000

82,000

N

N5

P

4080 (2)

4160 (2)

4220 (2)

– 4.6

-4.7

MC

3910 (1)

– 4.4

NB 20 N 5 0104

100,000

680

820

NB 20 P 0 0124

NB 20 P 0 0154

NB 20 P 0 0184

120,000

150,000

180,000

1,000

1,200

1,500

1,800

2,200

2,700

3,300

– 4.7

NB 20 Q 0 0224

NB 20 Q 0 0274

NB 20 Q 0 0334

NB 20 Q 0 0394

NB 20 Q 0 0474

NB 20 Q 0 0564

220,000

270,000

330,000

390,000

470,000

560,000

Q

R

4300 (2)

4400 (2)

– 4.7

– 4.8

NB 12 J 5 0 392

NB 12 J 5 0 472

3,900

4,700

J5

K

L

3480 (1)

3630 (1)

3790 (2)

3950 (2)

4080 (2)

– 3.9

– 4.0

– 4.2

– 4.4

– 4.6

NB 20 R 0 0684

NB 20 R 0 0824

NB 20 R 0 0105

680,000

820,000

1,000,000

NB 12 K 0 0562

NB 12 K 0 0682

NB 12 K 0 0822

NB 12 K 0 0103

5,600

6,800

8,200

10,000

NB 21

IEC SIZE : 06-03

NB 12 L 0 0123

NB 12 L 0 0153

12,000

15,000

B (K)

Rn at 25°C

Material

Code

␣ at 25°C

Types

NB 12 M 0 0183

NB 12 M 0 0223

NB 12 M 0 0273

NB 12 M 0 0333

18,000

22,000

27,000

33,000

(1) ± 5%

(2) ± 3%

( )

(% /°C)

(

⌬B/B

)

M

N

NB 21 PC 0472

NB 21 J 5 0103

NB 21 K 0 0153

NB 21 L 0 0223

NB 21 M 0 0473

NB 21 N 5 0104

NB 21 P 0 0154

4,700

PC

J5

K

4200 (1)

3480 (1)

3630 (2)

3790 (2)

3950 (2)

4160 (2)

4220 (2)

– 4.7

– 3.9

– 4.0

– 4.2

– 4.4

– 4.7

10,000

15,000

22,000

47,000

100,000

150,000

NB 12 N 0 0393

NB 12 N 0 0473

NB 12 N 0 0563

39,000

47,000

56,000

L

NB 12 N 5 0683

NB 12 N 5 0823

68,000

82,000

M

N5

P

N5

P

4160 (2)

4220 (2)

-4.7

NB 12 P 0 0104

NB 12 P 0 0124

NB 12 P 0 0154

NB 12 P 0 0184

100,000

120,000

150,000

180,000

– 4.7

13

TP C

NTC SMD Thermistors

NC 12 – NC 20

Chip thermistors are a high quality and low cost device espe-

cially developed for surface mounting applications. They are

widely used for temperature compensation but can also

achieve temperature control of printed circuits. Its silver -

palladium - platinum metallization provides a high degree of

resistance to dewetting of the terminations during soldering

(typically 260°C / 30 s).

NC 12

IEC SIZE : 08-05

NC 20

IEC SIZE : 12-06

Types

3.2 (.126) ± 0.4 (.016)

2 (.079) ± 0.3 (.012)

1.6 (.063)

± 0.25 (.010)

1.25 (.049)

± 0.2 (.008)

DIMENSIONS: millimeters (inches)

0.5 (.020)

... 1.5 (.059)

0.5 (.020)

... 1.3 (.051)

0.2 (.008) min

Terminations

Silver – palladium – platinum metallization

On packaging only

Marking

Climatic category

40/125/56

Operating temperature

Tolerance on Rn (25°C)

Maximum dissipation at 25°C

Thermal dissipation factor

Thermal time constant

Resistance - Temperature characteristics: pages 32 to 35.

-55°C to +150°C

±5%, ±10%, ±20%

0.12 W

0.24 W

4 mW/°C

7 s

2 mW/°C

5 s

APPLICATIONS

• LCD compensation

• Battery packs

• Mobile phones

• CD players

• Heating systems

• Air-conditioning systems

• Temperature control of Switch Mode Power Supplies

• Compensation of pressure sensors

• Protection of power transistors in various electronic circuits

HOW TO ORDER

NC 20

K 0

0103

M

BA

Type

Material Code

Resistance

10,000 Ω

Tolerance

M (±20%)

Suffix: Packaging

– –: Bulk

K

(See tables pages 11, 32-35)

BA: Super 8 plastic

tape

BE: Super 8 plastic

tape (1/2 reel)

10

TP C

NTC SMD Thermistors

NC 12 – NC 20

TABLE OF VALUES

NC 20

IEC SIZE : 12-06

NC 12

IEC SIZE : 08-05

B (K)

Rn at 25°C

( )

10

Material

Code

␣ at 25°C

Rn at 25°C

( )

Material

Code

␣ at 25°C

Types

(1) ± 5%

(2) ± 3%

(% /°C)

(

⌬B/B

)

(⌬B/B

)

(2) ± 3%

NC 20 KC 0 100

NC 20 KC 0 120

NC 20 KC 0 150

NC 20 KC 0 180

NC 20 KC 0 220

NC 20 KC 0 270

NC 20 KC 0 330

NC 20 KC 0 390

NC 20 KC 0 470

NC 20 KC 0 560

NC 20 KC 0 680

NC 20 KC 0 820

NC 20 KC 0 101

NC 12 KC 0 180

NC 12 KC 0 220

NC 12 KC 0 270

NC 12 KC 0 330

NC 12 KC 0 390

NC 12 KC 0 470

NC 12 KC 0 560

NC 12 KC 0 680

NC 12 KC 0 820

NC 12 KC 0 101

18

22

27

12

15

18

22

27

33

39

47

56

68

82

100

33

39

KC

3470 (1)

– 3.9

KC

3470 (1)

– 3.9

47

56

68

82

100

NC 12 MC 0 121

NC 12 MC 0 151

NC 12 MC 0 181

NC 12 MC 0 221

NC 12 MC 0 271

NC 12 MC 0 331

NC 12 MC 0 391

NC 12 MC 0 471

NC 12 MC 0 561

NC 12 MC 0 681

NC 12 MC 0 821

NC 12 MC 0 102

NC 12 MC 0 122

NC 12 MC 0 152

NC 12 MC 0 182

NC 12 MC 0 222

NC 12 MC 0 272

NC 12 MC 0 332

120

150

180

220

270

330

390

470

NC 20 MC 0 121

NC 20 MC 0 151

NC 20 MC 0 181

NC 20 MC 0 221

NC 20 MC 0 271

NC 20 MC 0 331

NC 20 MC 0 391

NC 20 MC 0 471

NC 20 MC 0 561

NC 20 MC 0 681

NC 20 MC 0 821

NC 20 MC 0 102

NC 20 MC 0 122

NC 20 MC 0 152

120

150

180

220

270

330

390

470

560

680

820

1,000

1,200

1,500

560

MC

3910 (1)

– 4.4

MC

3910 (1)

– 4.4

680

820

1,000

1,200

1,500

1,800

2,200

2,700

3,300

NC 20 I 0 0 182

NC 20 I 0 0 222

NC 20 I 0 0 272

NC 20 I 0 0 332

1,800

2,200

2,700

3,300

NC 12 J 5 0 392

NC 12 J 5 0 472

NC 12 J 5 0 562

3,900

4,700

5,600

I

3250 (1)

3480 (1)

– 3.7

– 3.9

J5

K

3480 (1)

3630 (1)

3790 (2)

3950 (2)

– 3.9

– 4.0

– 4.2

– 4.4

NC 20 J 0 0 392

NC 20 J 0 0 472

NC 20 J 0 0 562

NC 20 J 0 0 682

3,900

4,700

5,600

6,800

NC 12 K 0 0682

NC 12 K 0 0822

NC 12 K 0 0103

NC 12 K 0 0123

6,800

8,200

10,000

12,000

J

NC 20 K 0 0 822

NC 20 K 0 0 103

NC 20 K 0 0 123

NC 20 K 0 0 153

8,200

10,000

12,000

15,000

NC 12 L 0 0153

NC 12 L 0 0183

15,000

18,000

L

K

L

3630 (1)

3790 (2)

3950 (2)

– 4.0

– 4.2

– 4.4

NC 12 M 0 0223

NC 12 M 0 0273

NC 12 M 0 0333

NC 12 M 0 0393

22,000

27,000

33,000

39,000

M

NC 20 L 0 0 183

NC 20 L 0 0 223

18,000

22,000

NC 20 M 0 0 273

NC 20 M 0 0 333

NC 20 M 0 0 393

NC 20 M 0 0 473

27,000

33,000

39,000

47,000

NC 12 N 0 0473

NC 12 N 0 0563

NC 12 N 0 0683

NC 12 N 0 0823

47,000

56,000

68,000

82,000

M

N

4080 (2)

– 4.6

NC 20 N 0 0 563

NC 20 N 0 0 683

NC 20 N 0 0 823

NC 20 N 0 0 104

56,000

68,000

82,000

100,000

NC 12 P 0 0104

NC 12 P 0 0124

NC 12 P 0 0154

NC 12 P 0 0184

100,000

120,000

150,000

180,000

N

P

4080 (2)

4220 (2)

4300 (2)

4400 (2)

– 4.6

– 4.7

– 4.8

P

4220 (2)

4300 (2)

– 4.7

-4.7

NC 20 P 0 0 124

NC 20 P 0 0 154

NC 20 P 0 0 184

NC 20 P 0 0 224

120,000

150,000

180,000

220,000

NC 12 Q 0 0224

220,000

Q

NC 20 Q 0 0 274

NC 20 Q 0 0 334

NC 20 Q 0 0 394

NC 20 Q 0 0 474

270,000

330,000

390,000

470,000

Q

R

NC 20 R 0 0 564

NC 20 R 0 0 684

NC 20 R 0 0 824

560,000

680,000

820,000

NC 20 R 0 0 105 1,000,000

11

TP C

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

APPLICATIONS

• Commodity Product: 2 ranges

ND : general purpose

NV : professional

• Alarm and temperature measurement application

• Temperature regulation application

• Level detection application

• Compensation application

TECHNOLOGY

• Coated disc phenolic resin

• Leads: Radial copper wire tinned

• Marking: on package only for ND03

ND06/09: Nominal resistance and

tolerance for ±±5% ±ꢀ05

NV06/09: Nominal resistance and

tolerance

• Delivery Mode: Bulk% reeled or ammopacked

Leaded Discs

N.03

N.06

N.09

PERFORMANCE CHARACTERISTICS

General purpose

Professional

Types

ND03

ND06

ND09

NV06

NV09

Climatic category

±±/ꢀ2±/±6-434

–±± to +ꢀ±0°C

±±/ꢀ2±/±6-434

–±± to +ꢀ±0°C

±25% ±±5% ±ꢀ05

Operating Temperature

–±± to +ꢀ±0°C

Tolerance on Rn

(2±°C)

220Ω to ꢀMΩ : ±

±% ꢀ0% 205

ꢀ±00Ω to ꢀ±0 kΩ : ±

35

±±5% ±ꢀ05% ±205

±25% ±±5% ±ꢀ05

Maximum dissipation

at 2±°C

0.2± W

0.7ꢀ W

0.9 W

0.69 W

0.8± W

Thermal dissipation

factor

± mW/°C

ꢀ0 s

7.ꢀ mW/°C

22 s

9 mW/°C

30 s

6.9 mW/°C

ꢀ8 s

8.± mW/°C

30 s

Thermal time constant

Response time

< 3s

STANDARDIZATION

OPTIONS

NV range : approved by NFC 9327ꢀ

Consult factory for availability of options:

• other nominal resistance values

• other tolerances

Type: TNꢀꢀ± A for NV06

TNꢀꢀ6 for NV09

List: GAM-Tꢀ

List: LNZ

• epoxy coating

• alternative lead materials or lengths

• controlled dimensions

1

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

TABLE OF VALUES

ND03

3.5 (.138) max

3 (.118) max

+10%

-0.05

ø 0.5 (.020)

2.54 (0.1)

B (K)

Part Number

ND03I0033ꢀ

Rn at 25°C (Ω)

Material Code

ꢀ at 25°C (%/°C)

(1) 5%

∆B/B

(

(2) 3%

)

330

470

I

32±0 (ꢀ)

3480 (ꢀ)

– 3.7

– 3.9

ND03I0047ꢀ

ND03J0068ꢀ

ND03J00ꢀ02

680

ꢀ%000

J

ND03K00ꢀ±2

ND03K00222

ꢀ%±00

2%200

K

L

3630 (2)

3790 (2)

39±0 (2)

– 4.0

– 4.2

– 4.4

ND03L00332

3%300

ND03M00472

ND03M00682

4%700

6%800

M

ND03N00ꢀ03

ND03N00ꢀ±3

ꢀ0%000

ꢀ±%000

N

P

4080 (2)

4220 (2)

4300 (2)

– 4.6

– 4.7

ND03P00223

ND03P00333

22%000

33%000

ND03Q00473

ND03Q00683

47%000

68%000

Q

ND03R00ꢀ04

ND03R00ꢀ±4

ꢀ00%000

ꢀ±0%000

R

S

T

4400 (2)

4±20 (2)

4630 (2)

4840 (2)

– 4.8

– ±.0

– ±.ꢀ

– ±.3

ND03S00224

220%000

ND03T00334

ND03T00474

330%000

470%000

ND03U00ꢀ0±

ꢀ%000%000

U

2

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

TABLE OF VALUES

ND06/NV06

ND06

NV06

4 (.157) max

6 (.236) max

3.5 (.138) max

+10%

-0.05

+10%

-0.05

ø 0.6 (.024)

5.08 (0.2)᭡

5.08 (0.2) ᭡

B (K)

Part Number

Rn at 25°C (Ω)

Material Code

ꢀ at 25°C (%/°C)

5%

∆B/B ⁽¹⁾

(

)

(2) 3%

ND06I00ꢀ0ꢀ

ND06I00ꢀ2ꢀ

ꢀ00

ꢀ20

I

32±0 (ꢀ)

– 3.7

– 3.9

– 4.0

ND06J00ꢀ±ꢀ

ND06J0022ꢀ

ꢀ±0

220

J

K

3480 (ꢀ)

3630 (2)

ND06K0033ꢀ

ND06K0047ꢀ

330

470

ND06L0068ꢀ

ND06L00ꢀ02

680

ꢀ%000

L

M

N

3790 (2)

39±0 (2)

4080 (2)

– 4.2

– 4.4

– 4.6

ND06M00ꢀ±2

ꢀ%±00

ND06N00222

ND06N00332

2%200

3%300

ND06P00472

ND06P00682

ND06P00ꢀ03

4%700

6%800

ꢀ0%000

P

4220 (2)

– 4.7

ND06Q00ꢀ±3

ND06Q00223

ꢀ±%000

22%000

Q

R

S

T

4300 (2)

4400 (2)

4±20 (2)

4630 (2)

– 4.7

– 4.8

– ±.0

– ±.ꢀ

ND06R00333

33%000

ND06S00473

ND06S00683

47%000

68%000

ND06T00ꢀ04

ꢀ00%000

ND06U00ꢀ±4

ND06U00224

ND06U00334

ꢀ±0%000

220%000

330%000

U

4840 (2)

– ±.3

NV06I00ꢀ0ꢀ

ꢀ00

I

32±0 (ꢀ)

3480 (ꢀ)

– 3.7

– 3.9

NV06J00ꢀ±ꢀ

NV06J0022ꢀ

ꢀ±0

220

J

NV06K0033ꢀ

NV06K0047ꢀ

330

470

K

3630 (2)

– 4.0

NV06L0068ꢀ

NV06L00ꢀ02

680

ꢀ%000

L

M

N

3790 (2)

39±0 (2)

4080 (2)

– 4.2

– 4.4

– 4.6

NV06M00ꢀ±2

ꢀ%±00

NV06N00222

NV06N00332

2%200

3%300

NV06P00472

NV06P00682

NV06P00ꢀ03

4%700

6%800

ꢀ0%000

P

4220 (2)

– 4.7

NV06Q00ꢀ±3

NV06Q00223

ꢀ±%000

22%000

Q

R

S

T

4300 (2)

4400 (2)

4±20 (2)

4630 (2)

– 4.7

– 4.8

– ±.0

– ±.ꢀ

NV06R00333

33%000

NV06S00473

NV06S00683

47%000

68%000

NV06T00ꢀ04

ꢀ00%000

NV06U00ꢀ±4

NV06U00224

NV06U00334

ꢀ±0%000

220%000

330%000

U

4840 (2)

– ±.3

3

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

TABLE OF VALUES

ND09/NV09

ND09

NV09

9.5 (.375) max

9.5 (.374) max

5 (.197) max

3.5 (.138) max

+10%

-0.05

+10%

-0.05

ø 0.6 (.024)

5.08 (.02)

B (K)

Part Number

Rn at 25°C ( )

Material Code

ꢀ at 25°C (%/°C)

5%

∆B/B ⁽¹⁾

(

)

(2) 3%

ND09J00680

ND09J00ꢀ0ꢀ

68

ꢀ00

J

3480 (ꢀ)

– 3.9

ND09K00ꢀ±ꢀ

ND09K0022ꢀ

ꢀ±0

220

K

L

3630 (2)

3790 (2)

39±0 (2)

– 4.0

– 4.2

– 4.4

ND09L0033ꢀ

330

ND09M0047ꢀ

ND09M0068ꢀ

470

680

M

ND09N00ꢀ02

ND09N00ꢀ±2

ꢀ%000

ꢀ%±00

N

P

4080 (2)

4220 (2)

– 4.6

– 4.7

ND09P00222

ND09P00332

2%200

3%300

ND09Q00472

ND09Q00682

4%700

6%800

Q

4300 (2)

– 4.7

ND09R00ꢀ03

ND09R00ꢀ±3

ꢀ0%000

ꢀ±%000

R

S

T

4400 (2)

4±20 (2)

4630 (2)

– 4.8

– ±.0

– ±.ꢀ

ND09S00223

22%000

ND09T00333

ND09T00473

33%000

47%000

ND09U00683

ND09U00ꢀ04

ND09U00ꢀ±4

68%000

ꢀ00%000

ꢀ±0%000

U

J

4840 (2)

3480 (ꢀ)

– ±.3

– 3.9

NV09J00680

NV09J00ꢀ0ꢀ

68

ꢀ00

NV09K00ꢀ±ꢀ

NV09K0022ꢀ

ꢀ±0

220

K

L

3630 (2)

3790 (2)

39±0 (2)

– 4.0

– 4.2

– 4.4

NV09L0033ꢀ

330

NV09M0047ꢀ

NV09M0068ꢀ

470

680

M

NV09N00ꢀ02

NV09N00ꢀ±2

ꢀ%000

ꢀ%±00

N

P

4080 (2)

4220 (2)

– 4.6

– 4.7

NV09P00222

NV09P00332

2%200

3%300

NV09Q00472

NV09Q00682

4%700

6%800

Q

4300 (2)

– 4.7

NV09R00ꢀ03

NV09R00ꢀ±3

ꢀ0%000

ꢀ±%000

R

S

T

4400 (2)

4±20 (2)

4630 (2)

– 4.8

– ±.0

– ±.ꢀ

NV09S00223

22%000

NV09T00333

NV09T00473

33%000

47%000

NV09U00683

NV09U00ꢀ04

NV09U00ꢀ±4

68%000

ꢀ00%000

ꢀ±0%000

U

4840 (2)

– ±.3

4

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

TABLE OF RESISTANCE: TEMPERATURE CHARACTERISTICS

Material code B (K)

T

(°C)

I 3250

TF (%)

J 3480

TF (%)

K 3630

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

- ±±

- ±0

- 4±

- 40

42.3±

3ꢀ.48

23.63

ꢀ7.9ꢀ

2ꢀ.9

20.0

ꢀ8.ꢀ

ꢀ6.3

±.98

±.78

±.±9

±.4ꢀ

±ꢀ.74

37.97

28.ꢀ±

2ꢀ.07

34.ꢀ

29.±

2±.3

2ꢀ.7

6.43

6.2ꢀ

6.0ꢀ

±.8ꢀ

±6.26

4ꢀ.2ꢀ

30.47

22.73

3±.6

30.8

26.4

22.6

6.46

6.26

6.06

±.88

- ±±

- ±0

- 4±

- 40

- 3±

- 30

- 2±

- 20

ꢀ3.70

ꢀ0.±8

8.232

6.460

ꢀ4.6

ꢀ3.ꢀ

ꢀꢀ.6

ꢀ0.ꢀ

±.23

±.06

4.90

4.74

ꢀ±.9ꢀ

ꢀ2.ꢀ3

9.320

7.22ꢀ

ꢀ8.4

ꢀ±.±

ꢀ2.9

ꢀ0.7

±.62

±.44

±.26

±.ꢀ0

ꢀ7.ꢀꢀ

ꢀ2.98

9.930

7.6±4

ꢀ9.2

ꢀ6.2

ꢀ3.±

ꢀꢀ.2

±.70

±.±3

±.36

±.2ꢀ

- 3±

- 30

- 2±

- 20

- ꢀ±

- ꢀ0

- ±

0

±.ꢀꢀ0

4.072

3.268

2.64ꢀ

8.8

7.±

6.3

±.ꢀ

4.±9

4.4±

4.3ꢀ

4.ꢀ8

±.640

4.438

3.±ꢀ7

2.807

8.7

7.0

±.4

4.ꢀ

4.94

4.78

4.64

4.±0

±.94±

4.6±0

3.663

2.90±

9.ꢀ

7.3

±.7

4.3

±.0±

4.9ꢀ

4.76

4.63

- ꢀ±

- ꢀ0

- ±

0

±

ꢀ0

ꢀ±

20

2.ꢀ48

ꢀ.7±9

ꢀ.449

ꢀ.200

4.0

2.9

ꢀ.9

0.9

4.0±

3.92

3.8ꢀ

3.69

2.2±±

ꢀ.824

ꢀ.484

ꢀ.2ꢀ±

3.0

2.0

ꢀ.2

.±

4.36

4.23

4.ꢀ0

3.98

2.3ꢀ9

ꢀ.862

ꢀ.±0±

ꢀ.223

3.ꢀ

2.ꢀ

ꢀ.3

.6

4.±0

4.37

4.2±

4.ꢀ3

±

ꢀ0

ꢀ±

20

2±

30

3±

40

ꢀ.000

0.0

0.9

ꢀ.8

2.6

3.±8

3.48

3.38

3.28

ꢀ.0000

.8278

.6889

.±763

0.0

3.87

3.76

3.6±

3.±±

ꢀ.0000

.82ꢀ9

.6792

.±64ꢀ

0.0

4.0ꢀ

3.90

3.80

3.69

2±

30

3±

40

0.8377

0.70±4

0.±969

.±

.6

ꢀ.ꢀ

ꢀ.8

ꢀ.2

ꢀ.9

4±

±0

±±

60

0.±076

0.4336

0.3720

0.3206

3.±

4.3

±.ꢀ

±.9

3.ꢀ9

3.ꢀ0

3.0ꢀ

2.93

.484±

.4092

.3473

.2960

2.±

3.3

4.ꢀ

±.0

3.4±

3.3±

3.26

3.ꢀ7

.4708

.3949

.3327

.28ꢀ6

2.6

3.4

4.3

±.2

3.±9

3.±0

3.4ꢀ

3.32

4±

±0

±±

60

6±

70

7±

80

0.2774

0.24ꢀ0

0.2ꢀ02

0.ꢀ839

6.6

7.4

8.ꢀ

8.8

2.8±

2.77

2.70

2.63

.2±34

.2ꢀ78

.ꢀ879

.ꢀ628

±.9

6.8

7.8

8.8

3.09

3.0ꢀ

2.93

2.8±

.2393

.2043

.ꢀ7±ꢀ

.ꢀ±07

6.ꢀ

7.ꢀ

8.ꢀ

9.ꢀ

3.23

3.ꢀ4

3.06

2.99

6±

70

7±

80

8±

0.ꢀ6ꢀ6

0.ꢀ424

0.ꢀ2±9

0.ꢀꢀꢀ7

9.±

ꢀ0.2

ꢀ0.9

ꢀꢀ.±

2.±6

2.49

2.43

2.36

.ꢀ4ꢀ±

.ꢀ23±

.ꢀ08ꢀ

.09±00

9.8

ꢀ0.8

ꢀꢀ.8

ꢀ2.9

2.78

2.70

2.64

2.±7

.ꢀ30ꢀ

ꢀ0.2

ꢀꢀ.3

ꢀ2.4

ꢀ3.±

2.9ꢀ

2.84

2.77

2.70

8±

90

.ꢀꢀ28

90

9±

ꢀ00

.098ꢀ2

.08±6±

9±

ꢀ00

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

0.09938

0.08869

0.07938

0.07ꢀ24

ꢀ2.2

ꢀ2.8

ꢀ3.4

ꢀ4.0

2.30

2.2±

2.ꢀ9

2.ꢀ4

.08373

.07403

.06±6±

.0±838

ꢀ4.0

ꢀ±.0

ꢀ6.ꢀ

ꢀ7.2

2.±0

2.44

2.38

2.33

.07±02

.06±92

.0±8ꢀ0

.0±ꢀ37

ꢀ4.6

ꢀ±.7

ꢀ6.8

ꢀ8.0

2.63

2.±7

2.±0

2.44

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

0.064ꢀ0

0.0±783

0.0±230

0.0474ꢀ

ꢀ4.6

ꢀ±.2

ꢀ±.7

ꢀ6.3

2.08

2.03

ꢀ.98

ꢀ.94

.0±207

.04±67

.04ꢀ7±

.037±3

ꢀ8.3

ꢀ9.4

20.±

2ꢀ.6

2.27

2.22

2.ꢀ6

2.ꢀꢀ

.04±±±

.040±0

.036ꢀꢀ

.03229

ꢀ9.ꢀ

20.3

2ꢀ.4

22.±

2.39

2.33

2.27

2.22

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

ꢀ4±

ꢀ±0

0.04308

0.03924

ꢀ6.8

ꢀ7.4

ꢀ.89

ꢀ.8±

.03382

.030±±

22.7

23.8

2.06

2.02

.02894

.02600

23.7

24.9

2.ꢀ7

2.ꢀ2

ꢀ4±

ꢀ±0

Material code B (K)

M 3950

T

(°C)

L 3790

TF (%)

N 4080

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

TF (%)

α (%/°C)

R (T) / R25

α (%/°C)

- ±±

- ±0

- 4±

- 40

82.±2

±8.0ꢀ

4ꢀ.30

29.7±

22.3

ꢀ9.3

ꢀ6.6

ꢀ4.2

7.38

7.ꢀꢀ

6.84

6.60

99.±6

68.9±

48.38

34.37

23.2

20.ꢀ

ꢀ7.3

ꢀ4.8

7.7ꢀ

7.42

7.ꢀ±

6.89

ꢀꢀ0.ꢀ

7±.90

±2.98

37.43

24.0

20.7

ꢀ7.8

ꢀ±.2

7.8ꢀ

7.±3

7.26

7.0ꢀ

- ±±

- ±0

- 4±

- 40

- 3±

- 30

- 2±

- 20

2ꢀ.67

ꢀ±.96

ꢀꢀ.88

8.930

ꢀ2.0

ꢀ0.ꢀ

8.±

6.36

6.ꢀ3

±.92

±.72

24.7ꢀ

ꢀ7.96

ꢀ3.20

9.803

ꢀ2.±

ꢀ0.6

8.8

6.64

6.4ꢀ

6.ꢀ8

±.97

26.7±

ꢀ9.33

ꢀ4.ꢀ2

ꢀ0.4ꢀ

ꢀ2.9

ꢀ0.9

9.ꢀ

6.77

6.±4

6.32

6.ꢀ0

- 3±

- 30

- 2±

- 20

7.0

7.3

7.±

- ꢀ±

- ꢀ0

- ±

0

6.776

±.ꢀ88

4.007

3.ꢀ20

±.7

4.±

3.6

2.7

±.32

±.34

±.ꢀ6

4.99

7.3±ꢀ

±.±8±

4.2±ꢀ

3.27±

±.9

4.7

3.7

2.8

±.77

±.±7

±.39

±.2ꢀ

7.7±8

±.834

4.426

3.387

6.ꢀ

4.9

3.8

2.9

±.90

±.7ꢀ

±.±3

±.3±

- ꢀ±

- ꢀ0

- ±

0

±

ꢀ0

ꢀ±

20

2.449

ꢀ.937

ꢀ.±43

ꢀ.238

2.0

ꢀ.3

.8

4.83

4.68

4.±3

4.39

2.±44

ꢀ.992

ꢀ.±72

ꢀ.249

2.0

ꢀ.4

.8

±.04

4.88

4.73

4.±8

2.6ꢀ4

2.033

ꢀ.±93

ꢀ.2±8

2.ꢀ

ꢀ.4

.9

±.ꢀ8

±.02

4.87

4.72

±

ꢀ0

ꢀ±

20

.4

2±

30

3±

40

ꢀ.0000

.8ꢀ29

.6648

.±409

0.0

4.2±

4.ꢀ2

4.00

3.88

ꢀ.0000

.80±7

.6±34

.±33ꢀ

0.0

4.44

4.30

4.ꢀ7

4.0±

ꢀ.0000

.8004

.6448

.±228

0.0

4.±7

4.44

4.3ꢀ

4.ꢀ8

2±

30

3±

40

.3

.4

.7

ꢀ.2

.8

ꢀ.2

.8

ꢀ.3

4±

±0

±±

60

.4±2±

.376±

.3ꢀ48

.2646

ꢀ.6

2.2

2.7

3.3

3.77

3.66

3.±±

3.4±

.4376

.36ꢀ2

.2998

.2±0ꢀ

ꢀ.7

2.2

2.8

3.4

3.93

3.8ꢀ

3.7ꢀ

3.60

.4264

.3497

.288±

.2392

ꢀ.8

2.3

2.9

3.±

4.06

3.94

3.83

3.72

4±

±0

±±

60

6±

70

7±

80

.223±

.ꢀ896

.ꢀ6ꢀ6

.ꢀ383

3.8

4.±

±.ꢀ

±.7

3.36

3.26

3.ꢀ7

3.09

.2097

.ꢀ767

.ꢀ496

.ꢀ272

4.0

4.6

±.3

6.0

3.±0

3.40

3.3ꢀ

3.22

.ꢀ994

.ꢀ67ꢀ

.ꢀ406

.ꢀꢀ89

4.ꢀ

4.8

±.±

6.2

3.62

3.±2

3.42

3.33

6±

70

7±

80

8±

.ꢀꢀ89

6.4

7.ꢀ

7.7

8.4

3.00

2.92

2.8±

2.77

.ꢀ087

6.7

7.4

8.ꢀ

8.8

3.ꢀ3

3.0±

2.97

2.89

.ꢀ0ꢀ0

6.9

7.6

8.3

9.ꢀ

3.24

3.ꢀ6

3.07

2.99

8±

90

.ꢀ026

.0932ꢀ

.08027

.06939

.086ꢀ7

.0738ꢀ

.06347

90

9±

ꢀ00

.08889

.07729

9±

ꢀ00

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

.0674±

.0±906

.0±ꢀ89

.04±73

9.ꢀ

2.70

2.63

2.±7

2.±0

.06020

.0±243

.04±8ꢀ

.040ꢀ7

9.±

ꢀ0.2

ꢀꢀ.0

ꢀꢀ.7

2.82

2.7±

2.68

2.6ꢀ

.0±480

.04ꢀ48

.04ꢀ29

.03603

9.8

ꢀ0.6

ꢀꢀ.3

ꢀ2.ꢀ

2.92

2.84

2.77

2.70

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

9.8

ꢀ0.±

ꢀꢀ.3

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

.04043

.03±8±

.03ꢀ88

.02843

ꢀ2.0

ꢀ2.7

ꢀ3.4

ꢀ4.ꢀ

2.44

2.38

2.33

2.27

.03±33

.03ꢀꢀ7

.027±9

.02449

ꢀ2.±

ꢀ3.2

ꢀ4.0

ꢀ4.7

2.±±

2.48

2.42

2.37

.03ꢀ±±

.0277ꢀ

.02442

.02ꢀ±8

ꢀ2.9

ꢀ3.7

ꢀ4.4

ꢀ±.2

2.64

2.±7

2.±ꢀ

2.4±

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

ꢀ4±

ꢀ±0

.02±43

.02279

ꢀ4.8

ꢀ±.6

2.22

2.ꢀ7

.02ꢀ80

.0ꢀ94±

ꢀ±.±

ꢀ6.2

2.3ꢀ

2.26

.0ꢀ9ꢀ3

.0ꢀ700

ꢀ6.0

ꢀ6.8

2.39

2.34

ꢀ4±

ꢀ±0

5

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

TABLE OF RESISTANCE: TEMPERATURE CHARACTERISTICS

Material code B (K)

T

(°C)

P 4220

TF (%)

Q 4300

TF (%)

R 4400

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

- ±±

- ±0

- 4±

- 40

ꢀ2ꢀ.3

83.32

±7.9ꢀ

40.7ꢀ

24.8

2ꢀ.4

ꢀ8.4

ꢀ±.8

7.88

7.6ꢀ

7.36

7.ꢀꢀ

98.02

69.±ꢀ

49.72

3±.86

2±.±

22.0

ꢀ8.9

ꢀ6.2

7.ꢀ4

6.9±

6.77

6.±9

ꢀꢀ3.9

79.69

±6.29

40.ꢀ2

2±.9

22.4

ꢀ9.2

ꢀ6.4

7.42

7.22

7.03

6.84

- ±±

- ±0

- 4±

- 40

- 3±

- 30

- 2±

- 20

28.9±

20.80

ꢀ±.ꢀ0

ꢀꢀ.07

ꢀ3.4

ꢀꢀ.3

9.4

6.88

6.66

6.44

6.24

26.08

ꢀ9.ꢀ2

ꢀ4.ꢀ2

ꢀ0.±ꢀ

ꢀ3.7

ꢀꢀ.6

9.7

6.42

6.26

6.ꢀ0

±.94

28.8±

20.92

ꢀ±.29

ꢀꢀ.27

ꢀ4.0

ꢀꢀ.8

9.8

6.66

6.48

6.3ꢀ

6.ꢀ4

- 3±

- 30

- 2±

- 20

7.8

8.0

8.ꢀ

- ꢀ±

- ꢀ0

- ±

0

8.ꢀ96

6.ꢀ23

4.6ꢀ±

3.±07

6.3

±.ꢀ

4.0

3.0

6.04

±.8±

±.67

±.49

7.876

±.946

4.±20

3.460

6.±

±.2

4.ꢀ

3.ꢀ

±.79

±.64

±.±0

±.36

8.367

6.260

4.7ꢀ9

3.±83

6.6

±.3

4.ꢀ

3.ꢀ

±.98

±.83

±.67

±.±3

- ꢀ±

- ꢀ0

- ±

0

±

ꢀ0

ꢀ±

20

2.688

2.078

ꢀ.6ꢀ6

ꢀ.267

2.2

ꢀ.±

.9

±.33

±.ꢀ6

±.0ꢀ

4.86

2.666

2.067

ꢀ.6ꢀ3

ꢀ.266

2.2

ꢀ.±

.9

±.23

±.09

4.96

4.84

2.739

2.ꢀ08

ꢀ.634

ꢀ.274

2.3

ꢀ.±

.9

±.38

±.24

±.ꢀꢀ

4.97

±

ꢀ0

ꢀ±

20

.4

2±

30

3±

40

ꢀ.0000

.7949

.6360

.±ꢀ20

0.0

4.72

4.±8

4.4±

4.32

ꢀ.0000

.7944

.6347

.±099

0.0

4.72

4.60

4.48

4.37

ꢀ.0000

.7897

.6273

.±0ꢀ2

0.0

4.84

4.72

4.60

4.48

2±

30

3±

40

.4

.8

ꢀ.3

.8

ꢀ.3

.9

ꢀ.4

4±

±0

±±

60

.4ꢀ48

.3380

.2769

.2282

ꢀ.8

2.4

3.0

3.6

4.20

4.06

3.96

3.86

.4ꢀꢀ9

.334±

.2730

.2239

ꢀ.9

2.±

3.ꢀ

3.7

4.26

4.ꢀ±

4.0±

3.9±

.4026

.32±±

.2644

.2ꢀ±9

ꢀ.9

2.±

3.ꢀ

3.8

4.36

4.2±

4.ꢀ4

4.04

4±

±0

±±

60

6±

70

7±

80

.ꢀ890

.ꢀ±73

.ꢀ3ꢀ6

.ꢀꢀ06

4.3

±.0

±.7

6.4

3.7±

3.6±

3.±±

3.4±

.ꢀ846

.ꢀ±29

.ꢀ272

.ꢀ063

4.4

±.ꢀ

±.8

6.±

3.8±

3.7±

3.66

3.±7

.ꢀ772

.ꢀ462

.ꢀ2ꢀ2

.ꢀ009

4.±

±.2

±.9

6.7

3.03

3.83

3.74

3.64

6±

70

7±

80

8±

.09338

.079ꢀ9

.06744

.0±767

7.ꢀ

7.9

8.6

9.4

3.36

3.28

3.ꢀ9

3.ꢀꢀ

.08928

.07±27

.06373

.0±4ꢀ7

7.3

8.ꢀ

8.8

9.6

3.48

3.39

3.3ꢀ

3.23

.0844ꢀ

.07093

.0±98±

.0±072

7.4

8.2

9.0

9.8

3.±±

3.46

3.38

3.29

8±

90

9±

ꢀ00

9±

ꢀ00

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

.049±ꢀ

.04267

.0369ꢀ

.03204

ꢀ0.2

ꢀ0.9

ꢀꢀ.7

ꢀ2.±

3.03

2.9±

2.88

2.8ꢀ

.04623

.0396ꢀ

.0340±

.02939

ꢀ0.4

ꢀꢀ.2

ꢀ2.0

ꢀ2.9

3.ꢀ±

3.07

3.00

2.93

.043ꢀ±

.03686

.03ꢀ60

.02720

ꢀ0.6

ꢀꢀ.4

ꢀ2.2

ꢀ3.ꢀ

3.2ꢀ

3.ꢀ3

3.06

2.98

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

.0279ꢀ

.02440

.02ꢀ39

.0ꢀ882

ꢀ3.3

ꢀ4.ꢀ

ꢀ4.9

ꢀ±.7

2.74

2.67

2.6ꢀ

2.±±

.02±4±

.022ꢀꢀ

.0ꢀ928

.0ꢀ686

ꢀ3.7

ꢀ4.±

ꢀ±.3

ꢀ6.ꢀ

2.86

2.79

2.72

2.66

.02349

.02036

.0ꢀ77ꢀ

.0ꢀ±4±

ꢀ3.9

ꢀ4.7

ꢀ±.6

ꢀ6.4

2.9ꢀ

2.84

2.77

2.7ꢀ

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

ꢀ4±

ꢀ±0

.0ꢀ660

.0ꢀ469

ꢀ6.±

ꢀ7.3

2.49

2.43

.0ꢀ479

.0ꢀ302

ꢀ7.0

ꢀ7.8

2.60

2.±4

.0ꢀ3±3

.0ꢀꢀ88

ꢀ7.2

ꢀ8.ꢀ

2.64

2.±8

ꢀ4±

ꢀ±0

Material code B (K)

T 4630

T

(°C)

S 4520

TF (%)

U 4840

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

TF (%)

α (%/°C)

R (T) / R25

α (%/°C)

- ±±

- ±0

- 4±

- 40

ꢀ26.ꢀ

87.73

6ꢀ.±9

43.62

26.6

23.0

ꢀ9.8

ꢀ6.9

7.±±

7.3±

7.ꢀ6

6.97

ꢀ37.0

94.92

66.34

46.77

27.2

23.±

20.2

ꢀ7.3

7.64

7.4±

7.26

7.09

ꢀ73.7

ꢀꢀ8.2

8ꢀ.ꢀ6

±6.2±

28.±

24.6

2ꢀ.2

ꢀ8.ꢀ

8.04

7.83

7.63

7.44

- ±±

- ±0

- 4±

- 40

- 3±

- 30

- 2±

- 20

3ꢀ.ꢀ7

22.4±

ꢀ6.3ꢀ

ꢀꢀ.94

ꢀ4.3

ꢀ2.ꢀ

ꢀ0.ꢀ

8.3

6.79

6.62

6.4±

6.28

33.2±

23.83

ꢀ7.22

ꢀ2.±4

ꢀ4.7

ꢀ2.4

ꢀ0.3

8.±

6.90

6.72

6.±6

6.39

39.33

27.74

ꢀ9.73

ꢀ4.ꢀ±

ꢀ±.4

ꢀ2.9

ꢀ0.8

8.9

7.2±

7.07

6.89

6.7ꢀ

- 3±

- 30

- 2±

- 20

- ꢀ±

- ꢀ0

- ±

0

8.808

6.±48

4.904

3.699

6.8

±.4

4.2

3.2

6.ꢀ2

±.96

±.8ꢀ

±.66

9.20±

6.806

±.069

3.803

6.9

±.6

4.3

3.3

6.23

6.08

±.92

±.78

ꢀ0.23

7.4±6

±.47±

4.0±ꢀ

7.3

±.8

4.±

3.4

6.±4

6.38

6.22

6.06

- ꢀ±

- ꢀ0

- ±

0

±

ꢀ0

ꢀ±

20

2.8ꢀ0

2.ꢀ49

ꢀ.6±4

ꢀ.282

2.3

ꢀ.6

ꢀ.0

.4

±.±2

±.38

±.24

±.ꢀ0

2.873

2.ꢀ8±

ꢀ.673

ꢀ.289

2.4

ꢀ.6

ꢀ.0

.4

±.63

±.49

±.3±

±.22

3.0ꢀ9

2.267

ꢀ.7ꢀ4

ꢀ.30±

2.±

ꢀ.7

ꢀ.0

.±

±.9ꢀ

±.76

±.6ꢀ

±.47

±

ꢀ0

ꢀ±

20

2±

30

3±

40

ꢀ.0000

.7848

.6ꢀ96

.4922

0.0

4.97

4.8±

4.72

4.60

ꢀ.0000

.780±

.6ꢀ29

.4842

0.0

±.09

4.96

4.83

4.7ꢀ

ꢀ.0000

.77ꢀ±

.±99ꢀ

.468ꢀ

0.0

±.33

±.20

±.06

4.94

2±

30

3±

40

.4

.9

ꢀ.4

.9

ꢀ.4

.9

ꢀ.±

4±

±0

±±

60

.3932

.3ꢀ±8

.2±±ꢀ

.2072

2.0

2.6

3.2

3.9

4.48

4.37

4.26

4.ꢀ±

.3847

.3074

.2470

.ꢀ996

2.0

2.6

3.3

4.0

4.±9

4.48

4.37

4.26

.368ꢀ

.29ꢀꢀ

.23ꢀ6

.ꢀ8±3

2.ꢀ

2.8

3.4

4.2

4.8ꢀ

4.69

4.±7

4.4±

4±

±0

±±

60

6±

70

7±

80

.ꢀ69ꢀ

.ꢀ387

.ꢀꢀ44

.09477

4.6

±.3

6.ꢀ

6.8

4.0±

3.94

3.84

3.7±

.ꢀ62ꢀ

.ꢀ323

.ꢀ086

.089±3

4.7

±.4

6.2

7.0

4.ꢀ±

4.04

3.94

3.84

.ꢀ49ꢀ

4.9

±.7

6.±

7.3

4.34

4.23

4.ꢀ2

4.02

6±

70

7±

80

.ꢀ207

.098ꢀ3

.08023

8±

.07888

.06±9±

.0±±39

.0467ꢀ

7.6

3.6±

3.±6

3.47

3.39

.074ꢀ7

.06ꢀ73

.0±ꢀ6ꢀ

.04334

7.8

3.7±

3.6±

3.±6

3.47

.06±92

.0±443

.04±ꢀ±

.03763

8.2

3.9ꢀ

3.82

3.72

3.63

8±

90

8.4

8.6

9.0

90

9±

ꢀ00

9.2

ꢀ0.ꢀ

9.±

ꢀ0.3

9.9

ꢀ0.8

9±

ꢀ00

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

.039±6

.03364

.02872

.0246ꢀ

ꢀ0.9

ꢀꢀ.7

ꢀ2.6

ꢀ3.4

3.30

3.22

3.ꢀ4

3.07

.036±±

.0309±

.02632

.02247

ꢀꢀ.2

ꢀ2.0

ꢀ2.9

ꢀ3.7

3.39

3.3ꢀ

3.22

3.ꢀ±

.03ꢀ±ꢀ

.026±0

.02237

.0ꢀ897

ꢀꢀ.7

ꢀ2.6

ꢀ3.±

ꢀ4.4

3.±4

3.4±

3.38

3.28

ꢀ0±

ꢀꢀ0

ꢀꢀ±

ꢀ20

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

.02ꢀꢀ7

.0ꢀ828

.0ꢀ±84

.0ꢀ376

ꢀ4.3

ꢀ±.ꢀ

ꢀ6.0

ꢀ6.8

2.99

2.92

2.8±

2.78

.0ꢀ92±

.0ꢀ6±6

.0ꢀ429

.0ꢀ238

ꢀ4.6

ꢀ±.±

ꢀ6.4

ꢀ7.3

3.07

2.99

2.92

2.8±

.0ꢀ6ꢀ±

.0ꢀ38ꢀ

.0ꢀꢀ8±

.0ꢀ020

ꢀ±.3

ꢀ6.2

ꢀ7.ꢀ

ꢀ8.0

3.20

3.ꢀ2

3.04

2.97

ꢀ2±

ꢀ30

ꢀ3±

ꢀ40

ꢀ4±

ꢀ±0

.0ꢀ20ꢀ

.0ꢀ0±0

ꢀ7.7

ꢀ8.6

2.72

2.6±

.0ꢀ076

.00938

ꢀ8.ꢀ

ꢀ9.0

2.78

2.72

.00882

.0076±

ꢀ9.0

ꢀ9.9

2.90

2.83

ꢀ4±

ꢀ±0

6

TPC

NTC Disc Thermistors

ND 03/06/09 • NV 06/09

PACKAGING

• Reel & Ammopack

millimeters (inches)

Types

ND03

Suffix

H or Ho

ꢀ6 ± 0.±

(0.630 ± 0.020)

ꢀ6 ± 0.±

(0.630 ± 0.020)

Leads Quantity/Size Packaging

NTC

CA

Straight

3000

AMMOPACK

H

CB

CC

REEL

Type

ND 03

ꢀ9.± ± 0.±

(0.768 ± 0.020)

AMMOPACK

ꢀ9.± ± 0.±

(0.768 ± 0.020)

ꢀ6 ± 0.±

(0.630 ± 0.020)

ꢀ6 ± 0.±

(0.630 ± 0.020)

ꢀ9.± ± 0.±

(0.768 ± 0.020)

ꢀ9.± ± 0.±

(0.768 ± 0.020)

ꢀ6 ± 0.±

(0.630 ± 0.020)

ꢀ6 ± 0.±)

(0.630 ± 0.020)

ꢀ9.± ± 0.±

(0.768 ± 0.020)

ꢀ9.± ± 0.±

CD

DA

DB

DC

DD

DL

Straight

Kinked

3000

ꢀ±00

REEL

AMMOPACK

REEL

ND/NV

06/09

2.54 (0.10)

AMMOPACK

REEL

NTC

H

Ho

AMMOPACK

REEL

Types

ND

NV

06/09

DM

DN

DP

AMMOPACK

REEL

(0.768 ± 0.020)

5.08 (0.20)

• Bulk

Type

ND03

ND06

ND09

NV06

NV09

Quantity/box

3000

ꢀ±00

According to P/N

HOW TO ORDER

ND06

P0

0103

K

––

Type

Material Code

Resistance

Tolerance

K (±ꢀ05)

Packaging

P

ꢀ0 kΩ

Bulk

7

TPC

NTC Inrush Current Limiters

Thermistors

NF 08 - 10 - 13 - 15 - 20

(For more details see also the catalog dedicated to this range)

OUTLINE DRAWINGS

millimeters (inches)

D

e

H1

Notes

3mm max.

H

I

H1

LS

d

Straight leads

Internal kink

(Suffix HL or 1N)

Y kink

(Suffix - - or HB)

(Suffix HY or 2B)

Notes: In case of adding strength to the lead wire from the side, it may occur crack and fragment at a part of pant leg.

* 0.6 mm copper wire and 5.08 mm leads spacing for those two types.

DIMENSIONS millimeters (inches)

D max

mm

e max

mm

H max

mm

H1 max

mm

I min

mm

d

LS

±0.8 mm

Type

±0.02 mm

NF08*

NF08

NF10*

NF10

NF13

NF15

NF20

9.5 (.374)

5.0 (.197)

6.0 (.236)

6. (.236)

13.0 (.512)

15.0 (.591)

18.0 (.709)

20.0 (.787)

25.0 (.984)

16.0 (.630)

18.0 (.709)

22.0 (.866)

24.0 (.945)

30 (1.181)

0.6 (.024)

0.8 (.031)

0.6 (.024)

0.8 (.031)

1.0 (.039)

5.08 (.20)

7.62 (.03)

5.08 (.20)

7.62 (.30)

11.5 (.453)

15.0 (.591)

17.0 (.669)

22.0 (.866)

29.0 (1.142) 30 (1.181)

GENERAL CHARACTERISTICS

Standard

Maximum

Max power

25°C

Thermal

dissipation

Thermal time

constant

τ_C(s)

Heat

Packing

Type

tolerance** operating

capacity bulk tape

H (mJ /K)

%

T°C

Watts

δ

(mW/K)

√

-

√

-

th

NF08*

NF08

NF10*

NF10

NF13

NF15

NF20

20

-40 / +200

1.6

2.2

2.0

2.6

3.2

4.1

5.0

8

11

10

13

16

20

25

60

75

100

115

160

480

660

750

975

1600

2300

4000

-

* 0.6 mm copper wire and 5.08 mm leads spacing for those two types.

** Other tolerances available: L: ±15, X: ±25%

SUFFIXES FOR BULK PACKING (Suffixes for taping: see page 54-55)

- - straight leads 0.8 or 1 mm wire diameter and 7.62 lead spacing

HB straight leads 0.6 mm wire diameter and 5.08 lead spacing

HL internal kink 0.8 mm or 1 mm wire diameter and 7.62 lead spacing

1N internal kink 0.6 mm wire diameter and 5.08 lead spacing

HY Y kink 0.8 or 1 mm wire diameter and 7.62 lead spacing

2B Y kink 0.6 mm wire diameter and 5.08 lead spacing

HOW TO ORDER

NF13

AA

0509

M

--

Type

Inrush

Current

Limiters

Resistance

Tolerance

M (±20%)

Suffix

Bulk, Straight Leads

(See illustration above)

5 kΩ

26

TP C

Table of Values

NF 08 - 10 - 13 - 15 - 20

Ceramic

Disc

ø (mm)

Part number

reference

T_ype

Zero power

resistance

R_25°C(Ω)

Max steady

stade current

I_ssmax 25°C (A)

Resistance

at max current

R_issmax (Ω)

cUL

*

08

10

NF08AA0509MHB

NF08AA0809MHB

NF08AA0100MHB

NF08AA0150MHB

NF08AA0330MHB

NF08AA0509M - -

NF08AA0809M - -

NF08AA0100M - -

NF08AA0150M - -

NF08AA0330M - -

NF10AA0259MHB

NF10AA0409MHB

NF10AA0509MHB

NF10AA0809MHB

NF10AA0100MHB

NF10AA0160MHB

NF10AA0200MHB

NF10AA0250MHB

NF10AA0500MHB

NF10AA0800MHB

NF10AA0121MHB

5.0

8.0

10.0

15.0

33.0

5.0

8.0

10.0

15.0

33.0

2.9

2.3

2.1

1.8

1.3

3.4

2.7

2.5

2.1

1.5

4.5

3.6

3.3

2.6

2.5

2.0

1.9

1.7

1.4

1.1

1.0

0.20

0.30

0.37

0.50

0.97

0.20

0.30

0.37

0.50

0.97

0.10

0.16

0.19

0.30

0.34

0.50

0.59

0.69

1.07

1.60

1.90

2.5

4.0

5.0

8.0

10.0

16.0

20.0

25.0

50.0

80.0

120.0

*

10

NF10AA0259M - -

NF10AA0409M - -

NF10AA0509M - -

NF10AA0809M - -

NF10AA0100M - -

NF10AA0160M - -

NF10AA0200M - -

NF10AA0250M - -

NF10AA0500M - -

NF10AA0800M - -

NF10AA0121M - -

2.5

4.0

5.0

5.2

4.1

3.8

3.0

2.8

2.3

2.1

2.0

1.6

1.3

1.2

0.10

0.16

0.19

0.30

0.34

0.50

0.59

0.69

1.07

1.60

1.90

8.0

10.0

16.0

20.0

25.0

50.0

80.0

120.0

*

13

NF13AA0259M - -

NF13AA0509M - -

NF13AA0709M - -

NF13AA0809M - -

NF13AA0100M - -

NF13AA0150M - -

NF13AA0220M - -

NF13AA0330M - -

NF13AA0400M - -

NF13AA0600M - -

2.5

5.0

7.0

5.7

4.2

3.7

3.6

3.3

2.8

2.3

2.2

2.0

1.9

0.10

0.19

0.24

0.25

0.30

0.41

0.61

0.70

0.80

0.95

8.0

10.0

15.0

22.0

33.0

40.0

60.0

*

15

NF15AA0139M - -

NF15AA0159M- -

NF15AA0259M - -

NF15AA0309M - -

NF15AA0409M - -

NF15AA0509M - -

NF15AA0609M - -

NF15AA0709M - -

NF15AA0809M - -

NF15AA0100M - -

NF15AA0120M - -

NF15AA0160M - -

NF15AA0200M - -

NF15AA0250M - -

NF15AA0330M - -

NF15AA0400M - -

NF15AA0470M - -

1.3

1.5

2.5

3.0

4.0

5.0

6.0

7.0

8.0

10.0

12.0

16.0

20.0

25.0

33.0

40.0

47.0

8.9

8.3

6.6

6.1

5.5

4.9

4.7

4.3

4.2

3.7

3.5

3.0

3.1

2.8

2.5

2.3

0.05

0.06

0.09

0.11

0.13

0.17

0.19

0.22

0.24

0.30

0.33

0.44

0.43

0.53

0.66

0.80

0.74

*

20

NF20AA0109M - -

NF20AA0259M - -

NF20AA0409M - -

NF20AA0509M - -

NF20AA0100M - -

NF20AA0150M - -

NF20AA0330M - -

1.0

2.5

4.0

11.4

7.8

6.4

5.9

4.3

4.0

3.1

0.04

0.08

0.13

0.15

0.28

0.32

0.52

5.0

10.0

15.0

33.0

* cL/L approval (File E167822)

.• Electrical performances for suffixes HL and HY are identical to the suffix - -.

Electrical performances for suffixes 1N and 2B are identical to the suffix HB

•

27

TP C

NTC Inrush Current Limiters

Thermistors

Application Guide

1 – HOW TO DETERMINE THE

MAXIMUM STEADY STATE

CURRENT OF NF THERMISTORS?

• If the ambient temperature is 25°C:

the current is given in table page 27.

3 – HOW TO CALCULATE THE

WORKING POINT OF NF

THERMISTOR AT A DIFFERENT

AMBIENT TEMPERATURE THAN

25°C?

• If the ambient temperature is different from 25°C:

the current at 25°C must be derated as specified in the

graph below.

Example: NF13AA0100M

I_SS= 3 A, T

= T = 60°C

A

ambient

2

• R I

= ␦ (T-T ) and thus

T SS

A

Example: maximum steady state current of

NF13AA0100M at 60°C ambient:

2

R I

T SS

I^SS

x 0.9 = 3.0 A.

T =

+ T

A

max25

␦

• As R depends on T, this equation is quite complex to be

Derating of maximum steady state current with

ambient temperature

T

solved by an algebraic way. The quickest manner to solve

it is to operate by iterations:

for NF13, ␦ = 16 mW/K (see page 26)

1.00

therefore, the equation becomes:

T = 562.5 R + 60

0.80

T

Not recommended for permanent use

from the R curve page 30 we find R starting from T:

T

0.60

T (°C)

185

R (Ω)

➾

562.5 R + 60 (°C)

T

0.28

0.26

0.24

0.22

217

206

195

184

0.40

0.20

0.00

190

195

200

The working temperature of this NF thermistor is about

195°C when operating under I = 3 A and T = 60°C (this

-40 -20

0

20

40

60 80 100 120 140 160 180 200 220

SS

A

AMBIENT TEMPERATURE (°C)

temperature is the one for which we have T = 562.5 R +

T

60).

2 – HOW TO CALCULATE THE

WORKING TEMPERATURE OF

NF THERMISTOR?

Important: A discrepancy may exist between practice and

theory due to the tolerance of the thermistor

(±20% usually).

Example: NF08AA0330M

I_SS= 0.2 A,

T

= 25°C

ambient

• From the graph V (I) page 29, we find V = 2.2 V there-

SS

fore, R = 11 Ω

SS

• From the graph R(T), page 29, at R = 11 Ω, we find

T ± 65°C

28

TP C

NTC Inrush Current Limiters

Thermistors

Voltage-Current and Resistance-Temperature Characteristics

TYPICAL VOLTAGE/CURRENT

CHARACTERISTICS FOR TYPE NF08

10.000

1.6 W for the

suffix HB

2.2 W

33Ω

15Ω

10Ω

1.000

8Ω

5Ω

0.100

0.010

0.100

1.000

10.000

Current (A)

TYPICAL RESISTANCE/TEMPERATURE

CHARACTERISTICS FOR TYPE NF08

1000.00

100.00

10.00

1.00

33Ω

15Ω

10Ω

8Ω

5Ω

0.10

-50

0

50

100

150

200

250

Temperature (°C)

29

TP C

NTC Inrush Current Limiters

Thermistors

Voltage-Current and Resistance-Temperature Characteristics

TYPICAL VOLTAGE/CURRENT

CHARACTERISTICS FOR TYPE NF10

TYPICAL VOLTAGE/CURRENT

CHARACTERISTICS FOR TYPE NF13

10.000

2.0 W for the

suffix HB

2.6 W

3.2 W

120Ω

80Ω

50Ω

25Ω

20Ω

16Ω

10Ω

8Ω

60Ω

40Ω

33Ω

22Ω

15Ω

10Ω

8Ω

7Ω

5Ω

2.5Ω

1.000

0.100

0.010

1.000

5Ω

4Ω

2.5Ω

0.100

0.010

0.100

1.000

10.000

0.100

1.000

10.000

Current (A)

TYPICAL RESISTANCE/TEMPERATURE

CHARACTERISTICS FOR TYPE NF10

10000.00

TYPICAL RESISTANCE/TEMPERATURE

CHARACTERISTICS FOR TYPE NF13

10000.00

1000.00

100.00

10.00

1000.00

100.00

10.00

120Ω

80Ω

50Ω

25Ω

20Ω

16Ω

10Ω

8Ω

5Ω

4Ω

2.5Ω

60Ω

40Ω

33Ω

22Ω

15Ω

10Ω

8Ω

7Ω

5Ω

2.5Ω

1.00

0.10

0.01

1.00

0.10

0.01

-50

0

50

100

150

200

250

-50

0

50

100

150

200

250

Temperature (°C)

30

TP C

NTC Inrush Current Limiters

Thermistors

Voltage-Current and Resistance-Temperature Characteristics

TYPICAL VOLTAGE/CURRENT

CHARACTERISTICS FOR TYPE NF15

10.000

TYPICAL VOLTAGE/CURRENT

CHARACTERISTICS FOR TYPE NF20

10.000

47Ω

40Ω

33Ω

25Ω

20Ω

16Ω

12Ω

10Ω

8Ω

5.0 W

4.1 W

33Ω

15Ω

10Ω

5Ω

4Ω

2.5Ω

1Ω

1.000

7Ω

6Ω

5Ω

4Ω

3Ω

2.5Ω

1.5Ω

1.3Ω

0.100

0.010

0.100

1.000

10.000

100.000

0.100

1.000

10.000

Current (A)

TYPICAL RESISTANCE/TEMPERATURE

CHARACTERISTICS FOR TYPE NF15

10000.00

TYPICAL RESISTANCE/TEMPERATURE

CHARACTERISTICS FOR TYPE NF20

1000.00

100.00

10.00

1.00

47Ω

40Ω

33Ω

25Ω

20Ω

16Ω

12Ω

10Ω

8Ω

7Ω

6Ω

5Ω

4Ω

10.00

1.00

0.10

0.01

33Ω

15Ω

10Ω

5Ω

4Ω

2.5Ω

1Ω

0.10

0.01

3Ω

2.5Ω

1.5Ω

1.3Ω

-50

0

50

100

150

200

250

-50

0

50

100

150

200

250

Temperature (°C)

31

TP C

NTC Accurate Leaded Thermistors

NI24 • NJ28

APPLICATIONS

• High precision resistance

• Tight B tolerance

• Ideal for temperature measurement applications

TECHNOLOGY

• NJ range: Coated chip (phenolic resin + varnish overcoat + bare leads)

• NI range: Coated chip (epoxy resin and insulated leads)

• Leads: Radial wire: NJ: tinned copper (*)

NI: PTFE insulated silvered nickel

• Marking: on package only

• Delivery Mode: Bulk for NI range

Bulk or Reel or Ammopack for NJ range

(*) other materials available: consult us

Accuracy Series

NJ28

NI24

PERFORMANCE CHARACTERISTICS

Accurate Thermistors

Types

NJ28

NI24

Operating Temperature

Tolerance on Rn (25°C)

Maximum dissipation at 25°C

Thermal dissipation factor

Thermal time constant

Response time

–55 to +150°C

1ꢀ% 2ꢀ% ,ꢀ

0.16 W

, mW/°C

8 s

< 2 s

HOW TO ORDER

NJ28

MA

0502

F

– –

Type

Material Code

Resistance

Tolerance

F ( 1ꢀ)

Packaging

MA

5 kΩ

Bulk

1

TPC

NTC Accurate Leaded Thermistors

NI24 • NJ28

TABLE OF VALUES

2.40 (0.094) max 2.40 (0.094) max

NI24

5.00 to 9.00

(0.197 to 0.354)

.....0.53 (0.021) min

AWG 30

Part Number

NI24KA0202

Rn at 25°C (Ω)

Material Code

B (K)

ꢀ at 25°C (%/°C)

2000

3000

KA

MA

NA

PA

3625 ±±1

3960 ±0.51

4±00 ±±1

4235 ±±1

4250 ±±1

4380 ±±1

–4.±

–4.5

–4.6

–4.8

–4.9

NI24MA0302

NI24MA0502

NI24MA0±03

NI24NA0±03

NI24PA0203

NI24QA0503

NI24RA0±04

5000

±0000

20000

50000

±00000

QA

RA

TABLE OF VALUES

NJ28

2.80 (0.110) max 2.80 (0.110) max

+10 %

- 0.06

0.40 (0.016)

Part Number

Rn at 25°C (Ω)

Material Code

B (K)

ꢀ at 25°C (%/°C)

NJ28KA0202

NJ28MA0302

NJ28MA0502

NJ28MA0±03

NJ28NA0±03

NJ28PA0203

NJ28QA0503

NJ28RA0±04

2000

3000

KA

MA

NA

PA

3625 ±±1

3960 ±0.51

4±00 ±±1

4235 ±±1

4250 ±±1

4380 ±±1

–4.±

–4.5

–4.6

–4.8

–4.9

5000

±0000

20000

50000

±00000

QA

RA

2

TPC

NTC Accurate Leaded Thermistors

NI24 • NJ28

TABLE OF RESISTANCE: TEMPERATURE CHARACTERISTICS

Material code B (K)

T

(°C)

KA 3625

TF (%)

MA 3960

TF (%)

NA 4100

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

R (T) / R25

α (%/°C)

- 55

- 50

- 45

- 40

6±.2±

44.24

32.33

23.88

7.±

6.±

5.3

4.5

6.77

6.53

6.30

6.08

±04.2

7±.63

49.94

35.28

3.9

3.4

2.9

2.5

7.89

7.57

7.28

7.00

±09.5

75.42

52.63

37.±8

8.0

6.9

6.0

5.±

7.83

7.54

7.27

7.0±

- 55

- 50

- 45

- 40

- 35

- 30

- 25

- 20

±7.8±

±3.4±

±0.±9

7.8±4

3.8

3.2

2.7

2.2

5.88

5.68

5.49

5.3±

25.25

±8.28

±3.39

9.9±7

2.±

±.8

±.5

±.2

6.73

6.48

6.25

6.02

26.58

±9.22

±4.04

±0.37

4.3

3.7

3.±

2.5

6.76

6.52

6.30

6.09

- 35

- 30

- 25

- 20

- ±5

- ±0

- 5

0

6.040

4.707

3.696

2.923

±.8

±.5

±.±

.9

5.±4

4.98

4.83

4.68

7.4±9

5.605

4.275

3.289

±.0

5.8±

5.6±

5.42

5.24

7.730

5.8±7

4.4±6

3.382

2.±

±.6

±.3

±.0

5.89

5.70

5.5±

5.34

- ±5

- ±0

- 5

0

.8

.6

.5

5

±0

±5

20

2.329

±.867

±.507

±.224

.6

.4

.3

.±

4.53

4.40

4.27

4.±4

2.552

±.997

±.574

±.250

.3

.2

.±

5.06

4.90

4.74

4.59

2.6±±

2.032

±.593

±.258

.7

.5

.3

.±

5.±7

5.0±

4.86

4.7±

5

±0

±5

20

25

30

35

40

±.0000

.82±7

.6788

.5638

0.0

4.02

3.9±

3.80

3.69

±.0000

.8053

.6527

.5323

0.0

4.45

4.3±

4.±8

4.06

±.0000

.8004

.6446

.5224

0.0

4.57

4.44

4.3±

4.±9

25

30

35

40

.±

.2

.4

.±

.2

.3

.4

45

50

55

60

.4707

.3948

.3328

.28±8

.5

3.59

3.49

3.40

3.3±

.4367

.3604

.2990

.2493

.3

.4

.5

.6

3.94

3.82

3.7±

3.6±

.4258

.349±

.2877

.2383

.6

4.07

3.96

3.85

3.74

45

50

55

60

.7

.8

.9

±.0

±.2

65

70

75

80

.2396

.2046

.±754

.±5±0

±.2

±.4

±.6

±.8

3.22

3.±4

3.06

2.98

.2090

.±760

.±489

.±266

.7

3.5±

3.4±

3.32

3.23

.±984

.±660

.±396

.±±78

±.4

±.6

±.8

2.±

3.64

3.55

3.45

3.36

65

70

75

80

.8

.9

±.0

85

.±305

2.0

2.3

2.5

2.7

2.90

2.83

2.76

2.69

.±08±

±.±

±.2

±.3

±.5

3.±4

3.06

2.98

2.9±

.0999±

.08507

.07273

.0624±

2.3

2.5

2.8

3.0

3.28

3.20

3.±2

3.04

85

90

.±±3±

.09262

.07970

.06885

90

95

±00

.09846

.08597

95

±00

±05

±±0

±±5

±20

.0753±

.066±8

.05834

.05±58

2.9

3.±

3.4

3.6

2.63

2.56

2.50

2.44

.05969

.05±94

.04535

.03973

±.6

±.7

±.8

2.0

2.83

2.76

2.69

2.63

.05376

.04648

.04032

.035±0

3.3

3.5

3.8

4.±

2.96

2.89

2.82

2.76

±05

±±0

±±5

±20

±25

±30

±35

±40

.04573

.04066

.03625

.03240

3.8

4.0

4.3

4.5

2.39

2.33

2.28

2.23

.0349±

.03077

.0272±

.024±2

2.±

2.2

2.3

2.5

2.56

2.50

2.44

2.39

.03065

.02685

.02359

.02079

4.3

4.6

4.8

5.±

2.69

2.63

2.57

2.5±

±25

±30

±35

±40

±45

±50

.02903

.02608

4.7

5.0

2.±8

2.±3

.02±45

.0±9±2

2.6

2.7

2.33

2.28

.0±838

.0±629

5.4

5.6

2.45

2.40

±45

±50

Material code B (K)

QA 4250

T

(°C)

PA 4235

TF (%)

RA 4380

TF (%)

T

(°C)

R (T) / R25

α (%/°C)

R (T) / R25

TF (%)

α (%/°C)

R (T) / R25

α (%/°C)

- 55

- 50

- 45

- 40

±23.3

84.3±

58.37

40.92

8.3

7.2

6.2

5.3

8.00

7.7±

7.43

7.±7

±0±.8

7±.33

50.5±

36.±4

8.3

7.2

6.2

5.3

7.36

7.±3

6.9±

6.70

±±0.7

77.22

54.43

38.76

8.6

7.4

6.4

5.5

7.53

7.29

7.07

6.85

- 55

- 50

- 45

- 40

- 35

- 30

- 25

- 20

29.03

20.83

±5.±0

±±.07

4.5

3.8

3.2

2.6

6.92

6.69

6.46

6.25

26.±±

±9.05

±4.02

±0.4±

4.5

3.8

3.2

2.6

6.50

6.3±

6.±2

5.85

27.86

20.22

±4.8±

±0.94

4.6

3.9

3.3

2.7

6.65

6.46

6.27

6.09

- 35

- 30

- 25

- 20

- ±5

- ±0

- 5

0

8.±89

6.±±7

4.6±0

3.504

2.±

±.7

±.3

±.0

6.05

5.85

5.67

5.49

7.79±

5.879

4.470

3.424

2.±

±.7

±.3

±.0

5.78

5.62

5.46

5.3±

8.±43

6.±±2

4.622

3.522

2.2

±.8

±.4

±.0

5.92

5.76

5.60

5.45

- ±5

- ±0

- 5

0

5

±0

±5

20

2.686

2.075

±.6±5

±.266

.7

.5

.3

.±

5.32

5.±6

5.0±

4.86

2.642

2.052

±.605

±.263

.7

.5

.3

.±

5.±7

5.03

4.90

4.77

2.702

2.087

±.623

±.270

.8

.5

.3

.±

5.3±

5.±7

5.03

4.9±

5

±0

±5

20

25

30

35

40

±.0000

.7949

.6359

.5±±9

0.0

4.72

4.58

4.45

4.32

±.0000

.7965

.6380

.5±39

0.0

4.65

4.53

4.42

4.3±

±.0000

.7920

.6308

.5052

0.0

4.78

4.66

4.55

4.43

25

30

35

40

.±

.3

.4

.3

.4

.3

.5

45

50

55

60

.4±45

.3376

.2765

.2276

.6

4.20

4.09

3.98

3.87

.4±62

.3388

.277±

.2278

.6

4.20

4.±0

4.00

3.90

.4068

.3292

.2678

.2±89

.6

4.33

4.22

4.±2

4.02

45

50

55

60

.8

±.0

±.2

±.0

±.2

±.0

±.3

65

70

75

80

.±883

.±566

.±308

.±098

±.4

±.7

±.9

2.±

3.77

3.67

3.58

3.48

.±88±

.±560

.±300

.±088

±.4

±.7

±.9

2.±

3.8±

3.72

3.63

3.55

.±797

.±483

.±228

.±022

±.5

±.7

2.0

2.2

3.93

3.84

3.75

3.67

65

70

75

80

85

.09258

.07838

.06662

.05686

2.4

2.6

2.9

3.±

3.40

3.3±

3.23

3.±5

.09±4

2.4

2.6

2.9

3.2

3.47

3.39

3.3±

3.24

.08537

.07±60

.06029

.05095

2.5

2.7

3.0

3.2

3.58

3.50

3.42

3.35

85

90

.07708

.06527

.05547

90

95

±00

95

±00

±05

±±0

±±5

±20

.0487±

.04±89

.036±4

.03±30

3.4

3.7

3.9

4.2

3.07

3.00

2.93

2.86

.0473±

.04049

.03478

.02996

3.4

3.7

3.9

4.2

3.±7

3.±0

3.03

2.96

.04322

.03679

.03±43

.02693

3.5

3.8

4.±

4.3

3.28

3.2±

3.±4

3.07

±05

±±0

±±5

±20

±25

±30

±35

±40

.027±9

.02370

.02072

.0±8±7

4.5

4.7

5.0

5.3

2.79

2.73

2.67

2.6±

.02590

.02246

.0±953

.0±704

4.5

4.7

5.0

5.3

2.90

2.84

2.78

2.72

.023±6

.0±997

.0±728

.0±499

4.6

4.9

5.2

5.4

3.0±

2.94

2.88

2.82

±25

±30

±35

±40

±45

±50

.0±598

.0±4±0

5.5

5.8

2.55

2.49

.0±490

.0±307

5.5

5.8

2.67

2.6±

.0±305

.0±±38

5.7

6.0

2.77

2.7±

±45

±50

3

TPC

NTC Accurate Leaded Thermistors

NI24 • NJ28

PACKAGING

• Bulk

• Reel & Ammopack

millimeters (inches)

Type

NJ28

NI24

Quantity/box

2000

Types

NJ28

Suffix

H or Ho

±6 ± 0.5

(0.630 ± 0.020)

±6 ± 0.5

(0.630 ± 0.020)

Leads Quantity/Size Packaging

CA

Straight

3000

AMMOPACK

±000

CB

CC

CD

REEL

±9.5 ± 0.5

(0.768 ± 0.020)

AMMOPACK

REEL

H

±9.5 ± 0.5

(0.768 ± 0.020)

E

TAPING CHARACTERISTICS

Missing components

E: 2.54 -0.10 +0.60

(0.100 -0.004 +0.024)

A maximum of 3 consecutive components may be missing

from the bandolier, surrounded by at least 6 filled positions.

The number of missing components may not exceed 0.51

of the total per packing module.

The beginning and the end of tape exhibit 8 or 9 blank

positions.

DIMENSIONS: millimeters (inches)

REEL

AMMOPACK

30 (1.18)

Interlayer

Paper

P

ꢁ 8 (.315)

L

42 (1.66)

Inside

H

48 (1.99)

Outside

ꢁ 31 (1.22)

ꢁ 360 (14.2)

L

H

P

330 (±3.0) 46 (±.8±)

290 (±±.4)

P

p

h

Marking on

this side

Reference plane

P₁

H₁W₂

H₁

E

H

H₀

W₁

A

B

W₀

W

Adhesive

tape

I²

Direction of unreeling

t

d

Cross section

A - B

D₀

P₀

E

Value

±2.7

254

Tolerance

±0.2

Dimensions Characteristics

Sprocket holes pitch

Distance between 2± consecutive holes

20 pitches

Value

Tolerance

+± / -0.5

±0.3

Dimensions Characteristics

Leading tape width

P₀

–

±8

W

±±

6

9

W₀

W_±

W₂

Adhesive tape width

+0.75 / -0.5

Sprocket hole position

0.7

±0.2

+0.6

-0.±

t

Total thickness of tape

3 max.

Distance between the top of the tape and

the adhesive

E

Lead spacing

2.54 5.08

4

±0.2

±0.5

D₀

H₀

Diameter of sprocket hole

Distance between the sprocket hole axis

and the lead axis

Spacing of components

Lead diameter

Verticality of components

Alignment of components

5.08 3.85

±2.7

± 0.7

P_±

±6/±9.5

Distance between the tape axis and the

seating plane of the component

±±.0

±51

±±.3

±2

P

d

³P

³h

0.5

0.6

H_±

Distance between the tape axis and the top

of component body

0

4

TPC

NTC Thermistors

Insulated Metal Case

NM 06

Especially designed for mounting on a chassis or screwing

on a plate, these thermistors provide an excellent thermal

contact and ensure a good accuracy of measurement and

alarm control for different types of equipment.

Type

NM 06

Disc thermistor, insulated metal

case for chassis mounting

Finish

5.5 (.216)^{± 0.1}

10 (.394)^{± 0.1}

DIMENSIONS: millimeters (inches)

This type can be delivered with fixing

nut, add suffix WC to the reference.

35 (.138)

min

12.6 (.496)

max

Marking

Nominal resistance

Tolerance for ±10%

Operating temperature

Table of values

-55°C to +150°C

See table on page 25

±10% ±20%

Tolerance on Rn (25°C)

0.8 W - without heat sink

2 W - with heat sink

Maximum dissipation at 25°C

Part mounted in the center of a brass plate

(dim.: 100 x 100 x 1 mm)

8 mW/°C: without heat sink

20 mW/°C: with heat sink

Thermal dissipation factor*

Thermal time constant

Depending on cooling system

380 Vrms (50 Hz)

Test voltage to earth

*Typical value

HOW TO ORDER

NM06

P0

0103

M --

Type

Material Code

P

(See table page 25)

Resistance

Tolerance

M (±20%)

10 kΩ

24

TP C

Table of Values

NM 06

B (K)

Types

Rn at 25°C

Material Code

α at 25°C (% /°C)

(1) ±5%

(2) ±3%

∆B/B

(

)

NM 06 F 0 0100

NM 06 F 0 0150

10

15

F

2800 (1)

3030 (1)

– 3.2

– 3.4

NM 06 G 0 0220

NM 06 G 0 0330

22

33

G

NM 06 H 0 0470

NM 06 H 0 0680

47

68

H

I

3160 (1)

3250 (1)

3480 (1)

– 3.5

– 3.7

– 3.9

NM 06 I 0 0101

100

NM 06 J 0 0151

NM 06 J 0 0221

150

220

J

NM 06 K 0 0331

NM 06 K 0 0471

330

470

K

3630 (1)

– 4.0

NM 06 L 0 0681

NM 06 L 0 0102

680

1,000

L

M

N

3790 (2)

3950 (2)

4080 (2)

– 4.2

– 4.4

– 4.6

NM 06 M 0 0152

1,500

NM 06 N 0 0222

NM 06 N 0 0332

2,200

3,300

NM 06 P 0 0472

NM 06 P 0 0682

NM 06 P 0 0103

4,700

6,800

10,000

P

4220 (2)

– 4.7

NM 06 Q 0 0153

NM 06 Q 0 0223

15,000

22,000

Q

R

S

4300 (2)

4400 (2)

4520 (2)

4630 (2)

– 4.7

– 4.8

– 5.0

– 5.1

NM 06 R 0 0333

33,000

NM 06 S 0 0473

NM 06 S 0 0683

47,000

68,000

NM 06 T 0 0104

100,000

T

NM 06 U 0 0154

NM 06 U 0 0224

NM 06 U 0 0334

150,000

220,000

330,000

U

4840 (2)

– 5.3

Resistance - Temperature characteristics: pages 32 to 35.

25

TP C

NTC Leadless Disc Thermistors

This type of product is widely used in automotive and

consumer applications.

The metallization covers completely the surfaces of the

thermistor.

They are assembled in custom-probes for sensing the

temperature of liquids (water, oil, ...), gases or surface of any

other component.

The particularly flat and smooth surfaces ensure an excellent

electrical and thermal contact under pressure.

Types

NR

Metallization

Physical data (dim. in mm)

D

E

Marking

On package only / On parts upon request

-40°C to +200°C

Operating temperature

Custom - designed products defined with:

D ± ∆D R₁± ∆R₁/R₁at T₁

Values and tolerances

E ± ∆E R₂± ∆R₂/R₂at T₂, . . .

DESIGN OF THE THERMISTOR

Choice of the resistances

Choice of the tolerances

The precision of the temperature measurement determines

the calculation of the tolerance on the resistance:

If the application is to measure the temperature around a

defined point, a unique nominal resistance can be chosen

(for example, among standard values of the ND range prod-

ucts presented on pages 16 to 21).

⌬R/R = ␣ (%/°C). ⌬T (°C)

For example, the NTC NR55--3049-99, using “N5” material

(R (T) characteristic displayed on page 34), requires a preci-

sion of 1°C over the temperature range 110°C - 120°C.

When it is required to measure the temperature over selected

ranges T₁–T₂, T₂–T₃, ..., the corresponding resistance

R₁, R₂, R₃, ..., must be such that they can be located

on the R (T) characteristic of an existing NTC material

(for example among standard materials whose R (T) are

displayed on pages 32 to 35).

The tolerances can be calculated:

⌬R_110°C/R_110°C= 1°C* 2.91%/°C = 2.91%

⌬R_120°C/R_120°C= 1°C* 2.76%/°C = 2.76%

*For your specific requirements, please consult us.

The resistances must also be compatible with the resistivity

of the material and the dimensions of the thermistor.

HOW TO ORDER

NR55 - - 3002 - 99

Type

P/N Code

22

TP C

NTC Leadless Disc Thermistors

We present below some examples of our custom - designed

products as an illustration of the different ways to define

products.

DIMENSIONS: millimeters (inches)

Material

Code

B

(k)

R

± ⌬R

T

(°C)

R

± ⌬R

T

(°C)

R

± ⌬R

T

3

(°C)

1

2

3

Types

D

E

at T

1

2

3

NR 55 -- 3002 - 99

NR 67 -- 3068 - 99

NR 55 -- 3049 - 99

NR 55 -- 3046 - 99

NR 49 -- 3119 - 99

NR 55 -- 3114 - 99

NR 70 -- 3121 - 99

NR 29 -- 3107 - 99

NR 55 -- 3122 - 99

NR 55 -- 3126 - 99

NR 47 -- 3116 - 99

NR 49 -- 3113 - 99

NR 47 -- 3101 - 99

NR 55 -- 3071 - 99

NR 61 -- 3063 - 99

NR 67 -- 3053 - 99

NR 50 -- 3048 - 99

NR 60 -- 3021 - 99

NR 55 -- 3016 - 99

5.5 (.217) ± 0.5 (.020)

6.7 (.264) ± 0.5 (.020)

5.5 (.217) ± 0.5 (.020)

4.9 (.193) ± 0.3 (.012)

5.5 (.217) ± 0.4 (.016)

7.0 (.275) ± 0.3 (.012)

2.9 (.014) ± 0.3 (.012)

5.5 (.217) ± 0.5 (.020)

4.7 (.185) ± 0.4 (.016)

4.9 (.193) ± 0.3 (.012)

4.6 (.181) ± 0.3 (.012)

5.8 (.228) ± 0.3 (.012)

6.1 (.240) ± 0.3 (.012)

6.7 (.264) ± 0.4 (.016)

5.0 (.197) ± 0.5 (.020)

6.0 (.236) ± 0.5 (.020)

5.5 (.217) ± 0.5 (.020)

1.1 (.043) ± 0.4 (.016)

1.7 (.067) ± 0.3 (.012)

1.0 (.040) ± 0.2 (.008)

1.3 (.051) ± 0.4 (.016)

1.5 (.060) ± 0.4 (.016)

1.0 (.040) ± 0.2 (.008)

1.2 (.047) ± 0.2 (.008)

1.5 (.060) ± 0.3 (.012)

1.5 (.060) ± 0.4 (.016)

1.0 (.040) ± 0.2 (.008)

1.2 (.047) ± 0.2 (.008)

1.4 (.055) ± 0.3 (.012)

1.0 (.040) ± 0.2 (.008)

1.5 (.060) ± 0.3 (.012)

1.7 (.067) ± 0.3 (.012)

1.5 (.060) ± 0.5 (.020)

3.2 (.125) ± 0.3 (.012)

1.1 (.043) ± 0.4 (.016)

N5

N

N5

S

4160 1230 Ω ± 7.5% 40

4080 150 Ω ± 3.3% 100

4160 107 Ω ± 2.9% 110

4520 48600 Ω± 7.5% 25

160 Ω ± 5%

51 Ω ± 5.3%

96.5

–

140

–

80.6 Ω ± 2.8% 120

3210 Ω ± 5%

84 Ω ± 5%

–

90

104.4

–

M

P

3950 840 Ω ± 10%

4220 5000 Ω ± 10%

3790 210 Ω ± 10%

3630 2050 Ω ± 6%

37.8

25

40

25

40

50

60

25

40

L

40 Ω ± 7.5%

193 Ω ± 5.4%

–

90

30 Ω ± 6.7% 100

K

J

96.5

–

3480

210 Ω ± 5%

–

P

4220 3340 Ω ± 10%

4400 33000 Ω ± 2%

4080 1680 Ω ± 10%

3480 146 Ω ± 13%

3790 262 Ω ± 8.7%

4080 760 Ω ± 9.2%

4080 540 Ω ± 11%

3480 233 Ω ± 10%

4220 3640 Ω ± 3%

4300 5500 Ω ± 9%

264 Ω ± 7%

–

90

107 Ω ± 7%

120

–

R

N

J

–

382 Ω ± 6.7%

22 Ω ± 10%

120 Ω ± 10%

80

176 Ω ± 5%

105

–

100

60

–

L

35.5 Ω ± 7.8% 100

56.6 Ω ± 8.5% 130

N

J

130 Ω ± 8.5% 100

144 Ω ± 7%

13.3 Ω ± 7%

457 Ω ± 3%

650 Ω ± 7.7%

100

121

–

P

96.5

Q

Resistance - Temperature characteristics: pages 32 to 35.

23

TP C

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NV06U00224HDC

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