Interchangeable Precision Radial Epoxy Coated Thermometrics NTC Thermistor 2.7KOhm 3950 For Car Automotive Electronics

Brand Name:Aolittel
Model Number:MF52AX-272F3950F
Minimum Order Quantity:10000 Pieces
Delivery Time:2 Weeks
Payment Terms:T/T
Price:Negotiable
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Location: Dongguan Guangdong China
Address: NO.27,Jinlanling Street,Taigongling Village Dongguan 523829,Guangdong,China
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Product Details

Interchangeable Precision Radial Epoxy Coated Thermometrics NTC Thermistor 2.7KOhm 3950 For Car Automotive Electronics


Short Describ


Epoxy Encapsulated Precision Interchangeable NTC Thermistor utilizing high stability pressed-disk ceramic sensor for general applications.


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Features


• Advanced NTC technology

• Temperature range from -55 °C to +125 °C

• Highly resistant to thermal shocks

• Small body diameter of max. 2.5 mm
• AEC-Q200 qualified
• Fast response time
• High sensitivity
• Delivery in bulk or in tape with extra long leads (for automatic mounting)
• Thermally Conductive Epoxy Coating for good mechanical strength and resistance to solvents
• Non-condensing Moisture Environments
• RoHS Compliance
• 2,700 ohm Resistance @ 25°C
• Interchangeable ±0.2°C, 0°C to 70°C
• Pressed Disk Ceramic Sensor
Application
Temperature sensing, control and compensation.E.g. inlet air temperature sensing thermistors or ECT in
automotive applications, sensor elements in industrial and commercial applications, heating systems and industrial systems.
High-range Temperature Applications
Tight Tolerance Instrumentation
General Applications Requiring Stability

Applications Requiring Sensing Small Changes in Temperature

Non-condensing Moisture Environments

Allows use in Applications World-wide

Automotive engine management

Air conditioning

Medical

Clinical thermometers

Blood analysis

Dimension (mm)

A

B

C

D

L

Max 2.5

Max 4.0

1.7±.5

0.3±0.05

25±1

Max 3

Max 4.5

2.2±.5

0.45±0.05

25±1

Materials

NO

Material Name

Item/PN

E.

Element

R25=2.7KΩ±1% B25/50=3950±1%

B

Coating

Epoxy resin

D.

Lead Wire

CP Wire

Performances

NO

Item

Sign

Test Conditions

Min.

Normal value

Max.

Unit

1.

Resistance at 25℃

R25

Ta=25±0.05℃

PT≦0.1mw

2.673

2.7

2.727

2.

B Value

B25/50


3910.5

3950

3989.5

k

3.

Dissipation factor

σ

In still air

≥2

mw/℃

4.

Time constant

τ

In still air

≤7

sec

5.

Operating temp.range

/

/

-55

/

+125

6

Insulation resistance

/

100V DC 1min

≥100

7.

Maximum rated power

Pmax

/

≤50

mW


MOUNTING


The thermistors are suitable for all standard assembly processes like crimping, soldering, welding. The parameters of the assembly process should be chosen in accordance with the lead-wire material (tinned nickel) and validated in application. The mounting process should be in compliance with the following guidelines and recommendations:

• Peeling forces on the leads should be reduced to a minimum and should never exceed 3 N

• Avoid large temperature gradients between the welding region and the sensor


PACKAGING


• Bulk components are delivered in boxes of 500 components


Resistance Vs. Temperature Chart


R-T CONVERSION TABLE

R25=2.7KΩ±1% B25/50=3950K±1%

T/℃

Rmax

Rcen

Rmin

T/℃

Rmax

Rcen

Rmin

-55

211.966

223.777

236.223

-18

21.618

22.303

23.006

-54

197.640

208.505

219.946

-17

20.470

21.106

21.760

-53

184.388

194.389

204.911

-16

19.389

19.981

20.588

-52

172.123

181.332

191.014

-15

18.371

18.921

19.486

-51

160.761

169.246

178.160

-14

17.411

17.923

18.448

-50

150.230

158.051

166.262

-13

16.507

16.983

17.471

-49

140.463

147.675

155.242

-12

15.654

16.097

16.551

-48

131.398

138.052

145.027

-11

14.850

15.262

15.684

-47

122.980

129.121

135.555

-10

14.092

14.475

14.867

-46

115.158

120.828

126.764

-9

13.376

13.732

14.097

-45

107.885

113.122

118.602

-8

12.700

13.032

13.371

-44

101.119

105.958

111.018

-7

12.062

12.371

12.686

-43

94.821

99.294

103.968

-6

11.459

11.746

12.040

-42

88.955

93.092

97.411

-5

10.890

11.157

11.429

-41

83.489

87.316

91.309

-4

10.351

10.600

10.853

-40

78.393

81.934

85.626

-3

9.843

10.074

10.309

-39

73.640

76.918

80.333

-2

9.361

9.576

9.795

-38

69.204

72.239

75.399

-1

8.906

9.106

9.310

-37

65.062

67.873

70.798

0

8.475

8.662

8.851

-36

61.193

63.797

66.505

1

8.068

8.241

8.417

-35

57.577

59.990

62.498

2

7.682

7.843

8.006

-34

54.195

56.433

58.756

3

7.316

7.466

7.618

-33

51.033

53.107

55.260

4

6.970

7.109

7.250

-32

48.073

49.996

51.992

5

6.642

6.771

6.902

-31

45.301

47.086

48.936

6

6.331

6.451

6.573

-30

42.706

44.362

46.077

7

6.036

6.148

6.261

-29

40.274

41.810

43.402

8

5.757

5.860

5.965

-28

37.994

39.420

40.896

9

5.492

5.588

5.685

-27

35.855

37.180

38.550

10

5.243

5.333

5.423

-26

33.850

35.080

36.351

11

5.001

5.084

5.167

-25

31.967

33.110

34.289

12

4.775

4.851

4.928

-24

30.199

31.261

32.356

13

4.559

4.630

4.702

-23

28.539

29.526

30.543

14

4.355

4.421

4.487

-22

26.980

27.896

28.841

15

4.161

4.222

4.283

-21

25.513

26.365

27.243

16

3.976

4.032

4.089

-20

24.135

24.927

25.742

17

3.801

3.853

3.905

-19

22.838

23.574

24.332

18

3.634

3.682

3.730


R-T CONVERSION TABLE

R25=2.7KΩ±1% B25/50=3950K±1%

T/℃

Rmax

Rcen

Rmin

T/℃

Rmax

Rcen

Rmin

19

3.475

3.520

3.564

56

0.764

0.782

0.799

20

3.324

3.365

3.407

57

0.736

0.753

0.771

21

3.181

3.219

3.257

58

0.710

0.727

0.744

22

3.044

3.079

3.114

59

0.684

0.701

0.717

23

2.914

2.946

2.978

60

0.660

0.676

0.692

24

2.790

2.820

2.849

61

0.637

0.652

0.668

25

2.673

2.700

2.727

62

0.614

0.629

0.645

26

2.558

2.585

2.612

63

0.593

0.608

0.623

27

2.449

2.476

2.503

64

0.572

0.587

0.602

28

2.345

2.372

2.399

65

0.552

0.566

0.581

29

2.246

2.273

2.299

66

0.533

0.547

0.561

30

2.152

2.178

2.205

67

0.515

0.528

0.542

31

2.062

2.088

2.115

68

0.497

0.511

0.524

32

1.977

2.002

2.029

69

0.480

0.493

0.507

33

1.895

1.921

1.946

70

0.464

0.477

0.490

34

1.817

1.843

1.868

71

0.448

0.461

0.474

35

1.743

1.768

1.793

72

0.433

0.446

0.458

36

1.672

1.697

1.722

73

0.419

0.431

0.443

37

1.605

1.629

1.654

74

0.405

0.417

0.429

38

1.540

1.564

1.588

75

0.392

0.403

0.415

39

1.479

1.502

1.526

76

0.379

0.390

0.402

40

1.420

1.443

1.467

77

0.367

0.378

0.389

41

1.364

1.387

1.410

78

0.355

0.366

0.377

42

1.310

1.333

1.356

79

0.343

0.354

0.365

43

1.259

1.281

1.304

80

0.332

0.343

0.353

44

1.210

1.232

1.254

81

0.322

0.332

0.342

45

1.163

1.184

1.206

82

0.312

0.322

0.332

46

1.118

1.139

1.161

83

0.302

0.311

0.321

47

1.075

1.096

1.117

84

0.292

0.302

0.312

48

1.035

1.055

1.075

85

0.283

0.293

0.302

49

0.995

1.015

1.036

86

0.274

0.284

0.293

50

0.956

0.976

0.995

87

0.266

0.275

0.284

51

0.922

0.941

0.961

88

0.258

0.267

0.276

52

0.888

0.906

0.926

89

0.250

0.258

0.267

53

0.855

0.873

0.892

90

0.242

0.251

0.259

54

0.823

0.841

0.860

91

0.235

0.243

0.252

55

0.793

0.811

0.829

92

0.228

0.236

0.244


R-T CONVERSION TABLE

R25=2.7KΩ±1% B25/50=3950K±1%

T/℃

Rmax

Rcen

Rmin

T/℃

Rmax

Rcen

Rmin

93

0.221

0.229

0.237





94

0.215

0.222

0.230





95

0.208

0.216

0.224





96

0.202

0.210

0.217





97

0.196

0.203

0.211





98

0.191

0.198

0.205





99

0.185

0.192

0.199





100

0.180

0.187

0.193





101

0.175

0.181

0.188





102

0.170

0.176

0.183





103

0.165

0.171

0.178





104

0.160

0.166

0.173





105

0.156

0.162

0.168





106

0.151

0.157

0.164





107

0.147

0.153

0.159





108

0.143

0.149

0.155





109

0.139

0.145

0.151





110

0.135

0.141

0.147





111

0.132

0.137

0.143





112

0.128

0.133

0.139





113

0.125

0.130

0.135





114

0.121

0.127

0.132





115

0.118

0.123

0.128





116

0.115

0.120

0.125





117

0.112

0.117

0.122





118

0.109

0.114

0.119





119

0.106

0.111

0.116





120

0.104

0.108

0.113





121

0.101

0.105

0.110





122

0.098

0.103

0.107





123

0.096

0.100

0.104





124

0.093

0.098

0.102





125

0.091

0.095

0.099






China Interchangeable Precision Radial Epoxy Coated Thermometrics NTC Thermistor 2.7KOhm 3950 For Car Automotive Electronics supplier

Interchangeable Precision Radial Epoxy Coated Thermometrics NTC Thermistor 2.7KOhm 3950 For Car Automotive Electronics

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