ntc thermistors - atta.szlcsc.com

NTC Thermistors

R44E.pdfOct.6,2016

EU RoHS Compliant

For r o ur'Mur A ro c o '

-

!Note • Please read rating and !CAUTION (for storage, operating, rating, soldering, mounting and handling) in this catalog to prevent smoking and/or burning, etc.• This catalog has only typical specifications. Therefore, please approve our product specifications or transact the approval sheet for product specifications before ordering.

R44E.pdfOct.6,2016

http://www.murata.com/en-eu/support/compliance/rohs

R44E.pdfOct.6,2016


Contents

Please check the MURATA website (http://www.murata.com/) if you cannot find a part number in this catalog.

Product specifications are as of August 2016.

Temperature Sensor and Compensation Chip Type Standard Land Pattern Dimensions p13

Temperature Sensor and Compensation Chip Type Temperature Characteristics (Center Value) p14

Temperature Sensor and Compensation Chip Type !Caution/Notice p17

Temperature Sensor and Compensation Chip Type Package p21

Part Numbering p2

Basic Characteristics p6

Temperature Sensor and Compensation 0201 (0603) Size p7

1

Temperature Sensor and Compensation 0402 (1005) Size/NCP Series p8

Temperature Sensor and Compensation0402 (1005) Size/NCU Series p9

2

Temperature Sensor and Compensation 0603 (1608) Size/NCP Series p10

Temperature Sensor and Compensation0603 (1608) Size/NCU Series p11

3

Temperature Sensor and Compensation 0805 (2012) Size p12

4

Temperature Sensor Thermo String Type p24

Temperature Sensor Thermo String Type Specifications and Test Methods p25

5

Temperature Sensor Lead Type p27

Temperature Sensor Lead Type Specifications and Test Methods p28

6

Temperature Sensor Lead Insulation Type p29

Temperature Sensor Lead Insulation Type Specifications and Test Methods p30

7

Temperature Sensor Thermo String/Lead Type Temperature Characteristics (Center Value) p31

Temperature Sensor Thermo String/Lead Type !Caution/Notice p32

Temperature Sensor Thermo String/Lead Type Package p34

Inrush Current Suppression Lead Type p35

Current-R Ratio (RT/R25)/Current-Temperature Characteristics (Typical) p37

Inrush Current Suppression Lead Type !Caution/Notice p41

Inrush Current Suppression Lead Type Package p43

8

1

2

3

4

5

6

7

8

http://www.murata.com/

R44E.pdfOct.6,2016


o Part Numbering

1Product ID

2Series

6Resistance Tolerance

7Individual Specifications

NTC Thermistors for Temp. Sensor and Compensation Chip Type

NC NTC Thermistors Chip Type

D

F

E

J

P

U

±0.5%

±1%

±3%

±5%

03/05/10/12/60

pS

Individual Specifications

Product ID

Code

Code

Series

Resistance Tolerance

Code

(Part Number)

5Resistance

Expressed by three-digit alphanumerics. The unit is ohm (Ω).

The first and second figures are significant digits, and the third

figure expresses the number of zeros that follow the two figures.

Structures and other specifications are expressed by two figures.

102

103

104

Ex.

Ex.

1kΩ

10kΩ

100kΩ

Code Resistance

Standard Type

Automotive Type

8Packaging

RA

RB

RC

RL

Plastic Taping 4mm Pitch (4000 pcs.)

Paper Taping 4mm Pitch (4000 pcs.)



Code Packaging

Plated Termination Series

High Reliability Series

3Dimensions (L x W)

03

15

18

21

Code Dimensions (L x W)

0.60 x 0.30mm

1.00 x 0.50mm

1.60 x 0.80mm

2.00 x 1.25mm

EIA

0201

0402

0603

0805

4Temperature Characteristics

XC

XF

XH

XM

XQ

XV

XW

WB

WD

WF

WL

WM

Code Temperature Characteristics

Nominal B-Constant 3100–3149K












6

J

3

18

2

P

4

XH

5

103

7

03

8

RBNC

1

2

R44E.pdfOct.6,2016


1Product ID


7Lead Wire Type

8Shape of the Lead Wire Kink

NTC Thermistor for Temperature Sensor Thermo String Type

NXF NTC Thermistors Sensor Thermo String TypeA

ø0.3mm Copper Lead Wire

with Polyurethane Coat

1

2

Shape of the Lead Wire Kink

Product ID Code Lead Wire Type

Code

(Part Number)

5Resistance

Expressed by three figures. The unit is (Ω). The first and second

figures are significant digits, and the third figure expresses the

number of zeros that follow the two figures.

103

473

104

Ex.

10kΩ

47kΩ

100kΩ

Code Resistance

Twisted Lead Wire Type

Standard Type

T Commercial Type

Code


F ±1%

Code Resistance Tolerance

9Packaging

B Bulk

Code Packaging

:Dimensions (Full Length)

025

030

040

050

060

070

080

090

100

110

120

130

140

150

25mm

30mm

40mm

50mm

60mm

70mm

80mm

90mm

100mm

110mm

120mm

130mm

140mm

150mm

Code Dimensions (Full Length)



XH

XV

WB

WF






3Chip Dimensions

15 1.00 x 0.50mm

Code Dimensions (L x T)

0402

EIA

5

103

2

T

3

15

4

XH

6

F

7

A

8

2

9

B

:

025NXF

1

3

R44E.pdfOct.6,2016


1Product ID


7Lead Wire Type

8Shape of the Lead Wire

NTC Thermistor for Temperature Sensor/Lead Type

NXR NTC Thermistor Sensor/Lead Type A

Lead Type: ø0.4mm Copper-clad Fe Wire, Tinned

Lead Insulation Type: ø0.46mm Cu Wire with Coat

1

3

5

Shape of the Lead Wire

Product ID Code Lead Wire Type

Code

(Part Number)

5Resistance

Expressed by three figures. The unit is (Ω). The first and second

figures are significant digits, and the third figure expresses the

number of zeros that follow the two figures.

202

103

104

Ex.

2.0kΩ

10kΩ

100kΩ

Code Resistance

Lead Spacing 2.5mm

Lead Spacing 5.0mm

Lead Spacing 2.5mm (Insulation Type)

T Commercial Type

Code


F

E

J

±1%

±3%

±5%

Code Resistance Tolerance

9Packaging

A

B

Ammo Pack Taping

Bulk

Code Packaging

:Dimensions (Full Length)

010

020

025

030

035

040

016

–

–

25mm

30mm

35mm

–

–

Code Lead Insulation Type

10mm

20mm

–

30mm

–

40mm

16mm (Taping Type)

Lead Type



XH

XM

XV

WB

WF







3Chip Dimensions

15 1.00 x 0.50mm

Code Dimensions (L x T)

5

103

2

T

3

15

4

XH

6

F

7

A

8

1

9

B

:

040NXR

1

4

R44E.pdfOct.6,2016


6

B0

3

160

4

L

5

BMNT

1 2

PA7

1Product ID

2Series



NTC Thermistors for Inrush Current Suppression Lead Type

NT NTC Thermistors L

PA5

PA6

PA7

PA9

PAA

PAD

PAJ

PAN

±15%


Product ID

Code

Code

Series

Resistance Tolerance

Code

(Part Number)

3Resistance

Expressed by three-digit alphanumerics. The unit is ohm (Ω).

The first and second figures are significant digits, and the third

figure expresses the number of zeros that follow the two figures.

If there is a decimal point, it is expressed by the capital letter "R."

In this case, all figures are significant digits.

The lead structure and other specifications are expressed

by two-digit alphanumerics.

3R0

100

Ex.

3Ω

10Ω

Code Resistance

Standard (Bulk)

6Packaging

A0

B0

Ammo Pack Taping

Bulk

Code Packaging

Body Diameter

ø18mm, ø22mm

Standard (Bulk) ø10mm, ø13mm

Standard Type (Bulk) ø7mm, ø9mm

B1

BM

D6

DK

DN

Standard Type (Ammo Pack) ø7mm, ø9mm

Standard Type (Ammo Pack) ø10mm, ø13mm

Inrush CurrentSuppressionLead Type

ø5mm

ø6mm

ø7mm

ø9mm

ø10mm

ø13mm

ø18mm

ø22mm

Nominal Body Diameter

5

R44E.pdfOct.6,2016


1. Zero-power Resistance of Thermistor: R

2. B-Constant

R=R0 expB (1/T–1/T0) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (1)

R: Resistance in ambient temperature T (K)

(K: absolute temperature)

R0: Resistance in ambient temperature T0 (K)

B: B-Constant of Thermistor

as (1) formula

B= n (R/R0) / (1/T–1/T0) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2)

3. Thermal Dissipation Constant

When electric power P (mW) is spent in ambient

temperature T1 and thermistor temperature rises T2,

the formula is as follows

P=C (T2–T1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (3)

C: Thermal dissipation constant (mW/°C)

Thermal dissipation constant is varied with dimensions,

measurement conditions, etc.

4. Thermal Time Constant

Period in which the thermistor's temperature will change

63.2% of its temperature difference from ambient

temperature T0 (°C) to T1 (°C).

Resistance vs. Temperature

Performance

Thermal Time Constant

Item

Resistance

Condition

Measured by zero-power in specified ambient temperature.

Rated Electric PowerShows the required electric power that causes the thermistor's temperature to rise to a specified temperature by

self-heating, at ambient temperature of 25 °C.

Permissible Operating Current It is possible to keep the thermistor's temperature rising max. 1°C.

Thermal Dissipation

Constant

Shows necessary electric power that Thermistor's temperature rises 1°C by self-heating.

It is calculated by the next formula (mW/°C).

B-Constant

Calculated between two specified ambient temperatures by the next formula.

T and T0 is absolute temperature (K).

n (R/R0)B =

1/T–1/T0

PC =

T–T0

102

101

Re

sist

an

ce

vs.

Te

mp

era

ture

Ch

ara

cte

rist

ics,

R/R

25

–20

Temperature (°C)

0 20 40 60 80 12010010–2

10–1

1

B=3450B=3900B=4100

Basic Characteristics

T1

T0

Time

63.2%

X

Te

mp

era

ture

Please inquire about test conditions and ratings.

6

Basic Characteristics

NTC ThermistorsTemperature Sensor and Compensation 0201 (0603) Size

Electrode(Ag System + Ni Plating + Sn Plating)

0.15±0.05 0.15±0.050.60±0.03

(in mm)

0.30

±0.0

30.

30±0

.03

Part NumberResistance

(25°C)(ohm)

B-Constant(25-50°C)

(K)


(Reference Value) (K)





Permissible OperatingCurrent (25°C)

(mA)

Rated ElectricPower (25°C)

(mW)

Typical DissipationConstant (25°C)

(mW/°C)

NCP03XM102p05RL 1.0k 3500 ±1% 3539 3545 3560 1.00 100 1

NCP03XM152p05RL 1.5k 3500 ±1% 3539 3545 3560 0.81 100 1

NCP03XM222p05RL 2.2k 3500 ±1% 3539 3545 3560 0.67 100 1

NCP03XM332p05RL 3.3k 3500 ±1% 3539 3545 3560 0.55 100 1

NCP03XM472p05RL 4.7k 3500 ±1% 3539 3545 3560 0.46 100 1

NCP03XH682p05RL 6.8k 3380 ±1% 3428 3434 3455 0.38 100 1

NCP03XH103F05RL 10k ±1% 3380 ±1% 3428 3434 3455 0.31 100 1

NCP03XH103p05RL 10k 3380 ±1% 3428 3434 3455 0.31 100 1

NCP03XV103p05RL 10k 3900 ±1% 3930 3934 3944 0.31 100 1

NCP03XH153p05RL 15k 3380 ±1% 3428 3434 3455 0.25 100 1

NCP03XH223p05RL 22k 3380 ±1% 3428 3434 3455 0.21 100 1

NCP03WF333p05RL 33k 4250 ±1% 4303 4311 4334 0.17 100 1

NCP03WB473p05RL 47k 4050 ±3% 4101 4108 4131 0.14 100 1

NCP03WL473p05RL 47k 4485 ±1% 4537 4543 4557 0.14 100 1

NCP03WF683p05RL 68k 4250 ±1% 4303 4311 4334 0.12 100 1

NCP03WL683p05RL 68k 4485 ±1% 4537 4543 4557 0.12 100 1

NCP03WF104F05RL 100k ±1% 4250 ±1% 4303 4311 4334 0.10 100 1

NCP03WF104p05RL 100k 4250 ±1% 4303 4311 4334 0.10 100 1

NCP03WL104p05RL 100k 4485 ±1% 4537 4543 4557 0.10 100 1

NCP03WL154p05RL 150k 4485 ±1% 4537 4543 4557 0.08 100 1

NCP03WL224p05RL 220k 4485 ±1% 4537 4543 4557 0.06 100 1

p is filled with resistance tolerance codes (E: ±3%, J: ±5%).

Rated Electric Power shows the required electric power that the thermistor's temperature rise to 125°C by self-heating, at ambient temperature of 25 °C.

Operating Temperature Range: -40°C to +125°C

Chip NTC Thermistors' Ni barrier termination provides

excellent solderability and their unique construction

offers high stability in the application's environment.

Features

1. Excellent solderability and high stability in the

application's environment

2. Excellent long-term stability

3. High accuracy in resistance and B-Constant

4. Reflow soldering possible

5. NCP series are recognized by UL/cUL.

(UL1434, File No.E137188)

Applications

1. Temperature compensation for transistors, ICs, and

crystal oscillators in mobile communications

2. Temperature sensor for rechargeable batteries

Detailed are accessable from the following URL.

http://www.murata.com/en-global/products/thermistor/ntc/ncp

R44E.pdfOct.6,2016


7

1


NTC ThermistorsTemperature Sensor and Compensation 0402 (1005) Size/NCP Series


0.25±0.10 0.25±0.101.0±0.05

(in mm)

0.5±

0.05

0.5±

0.05


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)

NCP15XM221p03RC 220 3500 ±3% 3539 3545 3560 2.10 100 1NCP15XM331p03RC 330 3500 ±3% 3539 3545 3560 1.70 100 1NCP15XQ471p03RC 470 3650 ±2% 3688 3693 3706 1.40 100 1NCP15XQ681p03RC 680 3650 ±3% 3688 3693 3706 1.20 100 1NCP15XQ102p03RC 1.0k 3650 ±2% 3688 3693 3706 1.00 100 1NCP15XW152p03RC 1.5k 3950 ±3% 3982 3987 3998 0.81 100 1NCP15XW222p03RC 2.2k 3950 ±3% 3982 3987 3998 0.67 100 1NCP15XW332p03RC 3.3k 3950 ±3% 3982 3987 3998 0.55 100 1NCP15XM472p03RC 4.7k 3500 ±2% 3539 3545 3560 0.46 100 1NCP15XW472p03RC 4.7k 3950 ±3% 3982 3987 3998 0.46 100 1NCP15XW682p03RC 6.8k 3950 ±3% 3982 3987 3998 0.38 100 1NCP15XV103p03RC 10k 3900 ±3% 3930 3934 3944 0.31 100 1NCP15XW153p03RC 15k 3950 ±3% 3982 3987 3998 0.25 100 1NCP15XW223p03RC 22k 3950 ±3% 3982 3987 3998 0.21 100 1NCP15WL223p03RC 22k 4485 ±1% 4537 4543 4557 0.21 100 1NCP15WB333p03RC 33k 4050 ±3% 4101 4108 4131 0.17 100 1NCP15WL333p03RC 33k 4485 ±1% 4537 4543 4557 0.17 100 1NCP15WL473p03RC 47k 4485 ±1% 4537 4543 4557 0.14 100 1NCP15WD683p03RC 68k 4150 ±3% 4201 4209 4232 0.12 100 1NCP15WL683p03RC 68k 4485 ±1% 4537 4543 4557 0.12 100 1NCP15WL104p03RC 100k 4485 ±1% 4537 4543 4557 0.10 100 1NCP15WL154p03RC 150k 4485 ±1% 4537 4543 4557 0.08 100 1NCP15WM154p03RC 150k 4500 ±3% 4571 4582 4614 0.08 100 1NCP15WM224p03RC 220k 4500 ±3% 4571 4582 4614 0.06 100 1NCP15WM474p03RC 470k 4500 ±3% 4571 4582 4614 0.04 100 1

Chip NTC Thermistors' Ni barrier termination provides excellent solderability and their unique construction offers high stability in the application's environment.

Features

1. Excellent solderability and high stability in the application's environment 2. Excellent long-term stability3. High accuracy in resistance and B-Constant4. Reflow soldering possible5. Same B-constant in the same resistance in the three sizes (0805 size/0603 size/0402 size) Downsize is easy for design.6. NCP series are recognized by UL/cUL. (UL1434, File No.E137188)

Applications

1. Temperature compensation for transistors, ICs, and crystal oscillators in mobile communications2. Temperature sensor for rechargeable batteries3. Temperature compensation of LCD4. Temperature compensation in general use of electric circuits

p is filled with resistance tolerance codes (E: ±3%, J: ±5%).Rated Electric Power shows the required electric power that the thermistor's temperature rise to 125°C by self-heating, at ambient temperature of 25 °C.Operating Temperature Range: -40°C to +125°C

Detailed are accessable from the following URL.http://www.murata.com/en-global/products/thermistor/ntc/ncp

R44E.pdfOct.6,2016


8

2


NTC ThermistorsTemperature Sensor and Compensation 0402 (1005) Size/NCU Series


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)

NCU15XH103D60RC 10k ±0.5% 3380 ±0.7% 3428 3434 3455 0.31 100 1NCU15XH103F60RC 10k ±1% 3380 ±1% 3428 3434 3455 0.31 100 1NCU15XH103p60RC 10k 3380 ±1% 3428 3434 3455 0.31 100 1NCU15WB473D60RC 47k ±0.5% 4050 ±0.5% 4101 4108 4131 0.14 100 1NCU15WB473F60RC 47k ±1% 4050 ±1% 4101 4108 4131 0.14 100 1NCU15WB473p60RC 47k 4050 ±1% 4101 4108 4131 0.14 100 1NCU15WF104D60RC 100k ±0.5% 4250 ±0.5% 4303 4311 4334 0.1 100 1NCU15WF104F60RC 100k ±1% 4250 ±1% 4303 4311 4334 0.1 100 1NCU15WF104p60RC 100k 4250 ±1% 4303 4311 4334 0.1 100 1

0402/0603 sized Chip NTC Thermistors have Nibarrier termination, provide excellent solderabilityand offer high stability in environment due to uniqueinner construction.This is new series, available market where request the high reliability for wide temperature sensing and compensation.

Features

1. Excellent solderability and high stability in the application's environment 2. Excellent long-term stability3. High accuracy in resistance and B-Constant4. Reflow soldering possible5. Same B-constant in the same resistance in the three sizes (0805 size/0603 size/0402 size) Downsize is easy for design.6. NCP series are recognized by UL/cUL. (UL1434, File No.E137188)

Applications


p is filled with resistance tolerance codes (E: ±3%, J: ±5%).Rated Electric Power is necessary electric power for Thermistor's temperature to rise 100°C by self heating at 25°C in still air.Operating Temperature Range: -40°C to +125°CIf there is any additionally electrical characteristics, please contact from close sales office or website.

Electrode(Cu System + Ni Plating + Sn Plating)

0.25±0.10 0.25±0.101.0±0.05

(in mm)

0.5±

0.05

0.5±

0.05

Detailed are accessable from the following URL.http://www.murata.com/en-global/products/thermistor/ntc/ncu

R44E.pdfOct.6,2016


9

2

http://www.murata.com/en-global/products/thermistor/ntc/ncu

NTC ThermistorsTemperature Sensor and Compensation 0603 (1608) Size/NCP Series


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)

NCP18XM221p03RB 220 3500 ±3% 3539 3545 3560 2.10 100 1

NCP18XM331p03RB 330 3500 ±3% 3539 3545 3560 1.70 100 1

NCP18XQ471p03RB 470 3650 ±2% 3688 3693 3706 1.40 100 1

NCP18XQ681p03RB 680 3650 ±3% 3688 3693 3706 1.20 100 1

NCP18XQ102p03RB 1.0k 3650 ±2% 3688 3693 3706 1.00 100 1

NCP18XW152p03RB 1.5k 3950 ±3% 3982 3987 3998 0.81 100 1

NCP18XW222p03RB 2.2k 3950 ±3% 3982 3987 3998 0.67 100 1

NCP18XW332p03RB 3.3k 3950 ±3% 3982 3987 3998 0.55 100 1

NCP18XM472p03RB 4.7k 3500 ±2% 3539 3545 3560 0.46 100 1

NCP18XW472p03RB 4.7k 3950 ±3% 3982 3987 3998 0.46 100 1

NCP18XW682p03RB 6.8k 3950 ±3% 3982 3987 3998 0.38 100 1

NCP18XV103p03RB 10k 3900 ±3% 3930 3934 3944 0.31 100 1

NCP18XW153p03RB 15k 3950 ±3% 3982 3987 3998 0.25 100 1

NCP18XW223p03RB 22k 3950 ±3% 3982 3987 3998 0.21 100 1

NCP18WB333p03RB 33k 4050 ±3% 4101 4108 4131 0.17 100 1

NCP18WD683p03RB 68k 4150 ±3% 4201 4209 4232 0.12 100 1

NCP18WM154p03RB 150k 4500 ±3% 4571 4582 4614 0.08 100 1

NCP18WM224p03RB 220k 4500 ±3% 4571 4582 4614 0.06 100 1

NCP18WM474p03RB 470k 4500 ±3% 4571 4582 4614 0.04 100 1

p is filled with resistance tolerance codes (E: ±3%, J: ±5%).




0.2-0.6 0.2-0.61.6±0.15

(in mm)

0.8±

0.15

0.8±

0.15




Features




3. High accuracy in resistance and B-constant

4. Flow/Reflow soldering possible

5. Same B-Constant in the same resistance in the three

sizes (0805 size/0603 size/0402 size)

Downsize is easy for design.


(UL1434, File No.E137188)

Applications




3. Temperature compensation of LCD

4. Temperature compensation in general use of electric

circuits



R44E.pdfOct.6,2016


10

3


NTC ThermistorsTemperature Sensor and Compensation 0603 (1608) Size/NCU Series


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)

NCU18XH103D60RB 10k ±0.5% 3380 ±0.7% 3428 3434 3455 0.31 100 1NCU18XH103F60RB 10k ±1% 3380 ±1% 3428 3434 3455 0.31 100 1NCU18XH103p60RB 10k 3380 ±1% 3428 3434 3455 0.31 100 1NCU18WB473D60RB 47k ±0.5% 4050 ±0.5% 4101 4108 4131 0.14 100 1NCU18WB473F60RB 47k ±1% 4050 ±1% 4101 4108 4131 0.14 100 1NCU18WB473p60RB 47k 4050 ±1% 4101 4108 4131 0.14 100 1NCU18WF104D60RB 100k ±0.5% 4250 ±0.5% 4303 4311 4334 0.1 100 1NCU18WF104F60RB 100k ±1% 4250 ±1% 4303 4311 4334 0.1 100 1NCU18WF104p60RB 100k 4250 ±2% 4303 4311 4334 0.1 100 1

0402/0603 sized Chip NTC Thermistors have Nibarrier termination, provide excellent solderabilityand offer high stability in environment due to uniqueinner construction.This is new series, available market where request the high reliability for wide temperature sensing and compensation.

Features

1. Excellent solderability and high stability in the application's environment2. Excellent long-term stability3. High accuracy in resistance and B-constant4. Flow/Reflow soldering possible5. Same B-Constant in the same resistance in the three sizes (0805 size/0603 size/0402 size) Downsize is easy for design.6. NCP series are recognized by UL/cUL. (UL1434, File No.E137188)

Applications


p is filled with resistance tolerance codes (E: ±3%, J: ±5%).Rated Electric Power is necessary electric power for Thermistor's temperature to rise 100°C by self heating at 25°C in still air.Operating Temperature Range: -40°C to +125°CIf there is any additionally electrical characteristics, please contact from close sales office or website.

Electrode(Cu System + Ni Plating + Sn Plating)

0.2-0.6 0.2-0.61.6±0.15

(in mm)

0.8±

0.15

0.8±

0.15

Detailed are accessable from the following URL.http://www.murata.com/en-global/products/thermistor/ntc/ncu

R44E.pdfOct.6,2016


11

3

http://www.murata.com/en-global/products/thermistor/ntc/ncu

NTC ThermistorsTemperature Sensor and Compensation 0805 (2012) Size

2.0±0.2

0.2-0.7 0.2-0.7


1.25

±0.2

0.85

±0.1

5

(in mm)


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)

NCP21XM221J03RA 220 ±5% 3500 ±3% 3539 3545 3560 3.00 200 2

NCP21XQ471J03RA 470 ±5% 3650 ±3% 3688 3693 3706 2.00 200 2

NCP21XQ102J03RA 1.0k ±5% 3650 ±3% 3688 3693 3706 1.40 200 2

NCP21XW222J03RA 2.2k ±5% 3950 ±3% 3982 3987 3998 0.90 200 2

NCP21XM472J03RA 4.7k ±5% 3500 ±3% 3539 3545 3560 0.65 200 2

NCP21XV103J03RA 10k ±5% 3900 ±3% 3930 3934 3944 0.44 200 2

NCP21XW153J03RA 15k ±5% 3950 ±3% 3982 3987 3998 0.36 200 2

NCP21XW223J03RA 22k ±5% 3950 ±3% 3982 3987 3998 0.30 200 2

NCP21WB333J03RA 33k ±5% 4050 ±3% 4101 4108 4131 0.24 200 2

NCP21WB473J03RA 47k ±5% 4050 ±3% 4101 4108 4131 0.20 200 2

NCP21WF104J03RA 100k ±5% 4250 ±3% 4303 4311 4334 0.14 200 2






Features




3. High accuracy in resistance and B-constant

4. Flow/Reflow soldering possible

5. Same B-Constant in the same resistance in the three

sizes (0805 size/0603 size/0402 size)

Downsize is easy for design.


(UL1434, File No.E137188)

Applications






circuits



R44E.pdfOct.6,2016


12

4


Temperature Sensor and Compensation Chip Type Standard Land Pattern Dimensions

Chip LandSolder Resist

b ac

Part NumberSolderingMethods Chip (LxW)

Dimensions (mm)

a b c

NCP03

NCP15/NCU15

NCP18

NCU18

NCP21

Reflow SolderingReflow Soldering

Flow SolderingReflow Soldering



0.6x0.31.0x0.5

1.6x0.8

1.6x0.8

2.0x1.25

0.250.4

0.6-1.00.6-0.80.6-1.20.6-1.21.0-1.11.0-1.1

0.30.4-0.50.8-0.90.6-0.70.8-0.90.6-0.70.9-1.00.6-0.7

0.30.5

0.6-0.80.6-0.80.6-0.80.6-0.81.0-1.21.0-1.2

R44E.pdfOct.6,2016


13

Temperature Sensor and Compensation Chip Type Temperature Characteristics (Center Value)

Continued on the following page.

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

Part Number

Resistance

B-Constant

Temp. (°C)

4947.9043703.7552798.8732135.8871645.0371278.0341000.620789.612627.752502.474405.010328.480268.044220.000181.576150.668125.681105.33688.71775.05963.77754.41546.63140.11534.63730.01326.11022.79019.95717.54115.45313.66312.11410.778

NCPppXM221

220Ω

3500K

Resistance (Ω)

7421.8565555.6324198.3093203.8312467.5551917.0511500.9301184.418941.628753.711607.514492.720402.066330.000272.365226.002188.521158.004133.076112.58895.66681.62269.94660.17251.95545.01939.16534.18629.93526.31223.18020.49418.17116.168

NCPppXM331

330Ω

3500K

Resistance (Ω)

11822.4738767.7456570.2244971.7843796.9332923.4002269.5991775.2251399.0501110.220887.257713.463577.375470.000384.800316.757262.177218.069182.297153.150129.249109.55193.28179.75068.44658.99651.03644.33238.64033.79029.66426.12323.09120.472

NCPppXQ471

470Ω

3650K

Resistance (Ω)

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

46.78635.53027.16220.90716.20312.6449.9347.8586.2575.0154.0453.2832.6802.2001.8161.5071.2571.0530.8870.7510.6380.5440.4660.4010.3460.3000.2610.2280.2000.1750.1550.1370.1210.108

NCPppXM222

2.2kΩ

3500K

Resistance (kΩ)

75.96154.52039.60729.10321.60116.19812.2649.3707.2195.6094.3913.4632.7512.2001.7711.4341.1690.9580.7890.6540.5450.4560.3830.3240.2750.2340.2000.1720.1490.1290.1120.0980.0850.075

NCPppXW222

2.2kΩ

3950K

Resistance (kΩ)

Part Number

Resistance

B-Constant

Temp. (°C)

17104.85412685.2489505.8557193.2195493.4364229.5993283.6752568.4112024.1581606.2751283.6911032.245835.351680.000556.733458.287379.320315.504263.749221.579186.998158.499134.960115.38399.02985.35673.83964.14055.90548.88842.91837.79533.40929.618

NCPppXQ681

680Ω

3650K

Resistance (Ω)

21.26616.15012.3479.5037.3655.7474.5163.5722.8442.2801.8391.4921.2181.0000.8250.6850.5710.4790.4030.3410.2900.2470.2120.1820.1570.1360.1190.1040.0910.0800.0700.0620.0550.049

NCPppXM102

1.0kΩ

3500K

Resistance (kΩ)

25.15418.65513.97910.5788.0796.2204.8293.7772.9772.3621.8881.5181.2291.0000.8190.6740.5580.4640.3880.3260.2750.2330.1990.1700.1460.1260.1090.0940.0820.0720.0630.0560.0490.044

NCPppXQ102

1.0kΩ

3650K

Resistance (kΩ)

31.89924.22518.52014.25511.0478.6216.7735.3584.2663.4192.7582.2381.8271.5001.2381.0270.8570.7180.6050.5120.4350.3710.3180.2740.2360.2050.1780.1550.1360.1200.1050.0930.0830.074

NCPppXM152

1.5kΩ

3500K

Resistance (kΩ)

51.79137.17227.00519.84314.72811.0448.3626.3894.9223.8252.9942.3611.8761.5001.2070.9780.7970.6530.5380.4460.3710.3110.2610.2210.1870.1600.1370.1170.1010.0880.0760.0670.0580.051

NCPppXW152

1.5kΩ

3950K

Resistance (kΩ)

234.787168.515122.42289.95366.76650.06637.90628.96322.31317.33813.57110.7058.5036.8005.4744.4343.6132.9612.4402.0221.6831.4091.1851.0010.8490.7240.6200.5320.4590.3980.3460.3020.2640.232

NCPppXW682

6.8kΩ

3950K

Resistance (kΩ)

113.94181.77959.41143.65432.40124.29718.39614.05510.8298.4146.5865.1954.1263.3002.6562.1521.7531.4371.1840.9810.8170.6840.5750.4860.4120.3510.3010.2580.2230.1930.1680.1460.1280.113

NCPppXW332

3.3kΩ

3950K

Resistance (kΩ)

162.279116.47484.61562.17346.14734.60426.20020.01815.42311.9849.3807.3995.8774.7003.7833.0642.4972.0461.6861.3971.1640.9740.8190.6920.5870.5000.4280.3680.3180.2750.2390.2080.1820.160

NCPppXW472

4.7kΩ

3950K

Resistance (kΩ)

70.17953.29540.74331.36024.30418.96614.90111.7879.3867.5236.0674.9244.0193.3002.7242.2601.8851.5801.3311.1260.9570.8160.7000.6020.5200.4500.3920.3420.2990.2630.2320.2050.1820.162

NCPppXM332

3.3kΩ

3500K

Resistance (kΩ)

105.70579.12659.79445.63035.14427.30321.37716.86913.41110.7358.6537.0185.7264.7003.8793.2192.6852.2501.8951.6041.3631.1630.9960.8570.7400.6410.5580.4870.4260.3750.3300.2920.2590.230

NCPppXM472

4.7kΩ

3500K

Resistance (kΩ)

133.043100.75677.07659.54046.40136.48228.90423.04718.50914.97412.1899.9788.2156.8005.6544.7253.9673.3442.8292.4042.0501.7591.5151.3091.1350.9880.8620.7550.6620.5830.5150.4570.4060.361

NCPppXH682

6.8kΩ

3380K

Resistance (kΩ)

R44E.pdfOct.6,2016


14

Temperature Sensor and Compensation Chip Type Temperature Characteristics (Center Value)Continued from the preceding page.


–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

293.478222.256170.021131.338102.35580.47463.75950.83840.82833.03226.88822.01018.12115.00012.47210.4228.7517.3756.2415.3024.5213.8793.3412.8872.5032.1781.9021.6641.4611.2871.1371.0070.8950.797

NCPppXH153

15kΩ

3380K

Resistance (kΩ)

NCPppWL333

33kΩ

4485K

Resistance (kΩ)

1610.1541130.850802.609575.385416.464304.219224.193166.623124.85094.28771.74754.99642.45533.00025.82220.33516.11512.84910.3068.3176.7485.5044.5133.7183.0782.5602.1391.7941.5111.2781.0850.9250.7920.681

2293.2491610.6051143.110819.487593.146433.281319.305237.312177.816134.287102.18478.32760.46747.00036.77628.96222.95218.30114.67911.8459.6107.8396.4275.2964.3843.6463.0462.5552.1521.8201.5461.3181.1280.970

NCPppWL473

47kΩ

4485K

Resistance (kΩ)

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

328.996237.387173.185127.77395.32771.74654.56441.81332.33025.19419.78515.65112.46810.0008.0726.5565.3564.4013.6353.0192.5212.1151.7811.5091.2841.0970.9410.8100.7010.6080.5300.4630.4060.358

NCPppXV103

10kΩ

3900K

Resistance (kΩ)

Part Number

Resistance

B-Constant

Temp. (°C)

Part Number

Resistance

B-Constant

Temp. (°C)

NCPppXW153

15kΩ

3950K

Resistance (kΩ)

517.912371.724270.048198.426147.278110.43983.61763.88849.22138.24529.93623.61318.75615.00012.0749.7807.9696.5315.3824.4593.7133.1082.6132.2081.8731.5971.3671.1741.0130.8780.7630.6650.5820.511

759.605545.196396.070291.025216.008161.977122.63893.70272.19156.09343.90734.63327.50922.00017.70914.34411.6889.5787.8946.5405.4464.5593.8323.2392.7482.3422.0041.7221.4861.2871.1190.9750.8540.750

NCPppXW223

22kΩ

3950K

Resistance (kΩ)

1073.436753.900535.073383.590277.643202.813149.462111.08283.23362.85847.83136.66428.30422.00017.21413.55710.7448.5666.8715.5444.4983.6693.0092.4792.0521.7071.4261.1961.0080.8520.7240.6170.5280.454

NCPppWL223

22kΩ

4485K

Resistance (kΩ)

1451.0491019.238725.084522.021379.842279.371207.566155.639117.81489.92569.20453.67541.93733.00026.14320.84516.72313.49810.9548.9407.3346.0465.0114.1703.4872.9282.4692.0911.7771.5161.2981.1160.9620.832

NCPppWF333

33kΩ

4250K

Resistance (kΩ)

NCPppXH223

22kΩ

3380K

Resistance (kΩ)

430.434325.976249.364192.629150.121118.02993.51474.56359.88148.44639.43632.28226.57722.00018.29215.28512.83410.8179.1547.7776.6315.6904.9014.2343.6713.1952.7902.4412.1421.8881.6681.4771.3121.169

1227.263874.449630.851460.457339.797253.363190.766144.964111.08785.84266.86152.47041.47133.00026.43021.29817.26614.07611.5389.5067.8706.5495.4754.5953.8743.2822.7892.3792.0381.7511.5091.3061.1340.987

NCPppWB333

33kΩ

4050K

Resistance (kΩ)

NCPppWL683

68kΩ

4485K

Resistance (kΩ)

3317.8932330.2371653.8621185.641858.168626.875461.974343.345257.266194.287147.841113.32587.48468.00053.20841.90333.20826.47721.23717.13713.90411.3429.2997.6626.3435.2764.4073.6973.1142.6342.2361.9071.6321.403

4879.2543426.8182432.1491743.5901262.012921.875679.373504.919378.333285.717217.414166.654128.653100.00078.24761.62248.83538.93731.23125.20220.44816.67913.67511.2689.3297.7586.4815.4374.5803.8733.2892.8042.4002.064

NCPppWL104

100kΩ

4485K

Resistance (kΩ)

7318.8815140.2283648.2242615.3851893.0181382.8131019.059757.379567.499428.575326.121249.981192.979150.000117.37092.43373.25258.40646.84637.80330.67125.01820.51316.90213.99311.6389.7218.1556.8695.8104.9334.2063.6013.096

NCPppWL154

150kΩ

4485K

Resistance (kΩ)

7899.4665466.1183834.4992720.5231951.2161415.5651036.984767.079572.667431.264327.405250.538193.166150.000117.28192.29373.09058.24046.66537.60530.45324.80420.29316.67913.77611.4289.5207.9666.6885.6394.7724.0523.4542.955

NCPppWM154

150kΩ

4500K

Resistance (kΩ)

2990.0412100.2471494.1131075.679782.705575.674427.712320.710242.768185.300142.603110.60286.41568.00053.87142.95434.46027.81422.57218.42215.11312.45910.3258.5927.1856.0335.0874.3093.6613.1242.6752.2991.9831.715

NCPppWF683

68kΩ

4250K

Resistance (kΩ)

2735.3591937.3911389.3451008.014738.978547.456409.600309.217235.606180.980140.139109.34485.92968.00054.16743.42135.01628.40623.16618.99715.65712.96710.7949.0217.5756.3875.4074.5983.9223.3592.8872.4892.1551.870

NCPppWD683

68kΩ

4150K

Resistance (kΩ)

R44E.pdfOct.6,2016


15

Temperature Sensor and Compensation Chip Type Temperature Characteristics (Center Value)Continued from the preceding page.


–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

10734.3587539.0015350.7293835.8982776.4272028.1261494.6201110.822832.332628.577478.310366.639283.036220.000172.143135.569107.43685.66268.70855.44444.98436.69430.08524.78920.52317.06814.25811.96110.0758.5217.2366.1695.2814.540

NCPppWL224

220kΩ

4485K

Resistance (kΩ)

Part Number

Resistance

B-Constant

Temp. (°C)

Part Number

Resistance

B-Constant

Temp. (°C)

NCUppWB473D

47kΩ±0.5%

4050K

Resistance (kΩ)

1690.5861215.318882.908647.911480.069359.009270.868206.113158.126122.26795.25674.75459.07547.00037.63630.32624.58320.04316.43313.54511.2239.3457.8186.5715.5484.7044.0043.4222.9362.5282.1841.8931.6461.436

NCUppXH103D

10kΩ±0.5%

3380K

Resistance (kΩ)

197.390149.390114.34088.38168.91554.16642.88934.19627.44522.16518.01014.72012.09910.0008.3096.9395.8244.9114.1603.5393.0242.5932.2331.9291.6731.4551.2701.1120.9760.8600.7590.6730.5980.532

24751.66117127.16912014.7628524.3056113.8114435.4373249.2162403.5151794.3581351.2941025.870785.018605.252470.000367.480289.186229.014182.485146.215117.82895.42077.71863.58452.26043.16635.80829.82824.96120.95517.66814.95112.69510.8249.259

NCPppWM474

470kΩ

4500K

Resistance (kΩ)

11585.8848016.9735623.9313990.1002861.7842076.1621520.9091125.049839.912632.521480.194367.455283.310220.000172.012135.364107.19885.41968.44155.15344.66536.37929.76324.46220.20516.76113.96211.6849.8098.2706.9985.9425.0674.334

NCPppWM224

220kΩ

4500K

Resistance (kΩ)

NCUppXH103

10kΩ

3380K

Resistance (kΩ)

195.652148.171113.34787.55968.23753.65042.50633.89227.21922.02117.92614.67412.08110.0008.3156.9485.8344.9174.1613.5353.0142.5862.2281.9251.6691.4521.2681.1100.9740.8580.7580.6720.5960.531

4397.1193088.5992197.2251581.8811151.037846.579628.988471.632357.012272.500209.710162.651127.080100.00079.22263.16750.67740.90433.19527.09122.22418.32315.18412.63510.5668.8737.4816.3375.3844.5943.9343.3802.9162.522

NCUppWF104

100kΩ

4250K

Resistance (kΩ)

1747.9201245.428898.485655.802483.954360.850271.697206.463158.214122.25995.22774.73059.06547.00037.64330.33424.59120.04816.43313.53911.2099.3287.7986.5445.5184.6743.9723.3882.9022.4942.1501.8601.6151.406

NCUppWB473

47kΩ

4050K

Resistance (kΩ)

4221.2832995.0442146.9961554.5991136.690839.019624.987469.678355.975272.011209.489162.559127.057100.00079.22263.16750.67740.90433.19527.09122.22418.32315.18412.63510.5668.8737.4816.3375.3844.5943.9343.3802.9162.522

NCUppWF104D

100kΩ±0.5%

4250K

Resistance (kΩ)

R44E.pdfOct.6,2016


16

Temperature Sensor and Compensation Chip Type !Caution/Notice

!Caution (Storage and Operating Conditions)

This product is designed for application in an

ordinary environment (normal room temperature,

humidity and atmospheric pressure).

Do not use under the following conditions because

all of these factors can deteriorate the product

characteristics or cause failures and burn-out.

1. Corrosive gas or deoxidizing gas

(Chlorine gas, Hydrogen sulfide gas, Ammonia gas,

Sulfuric acid gas, Nitric oxide gas, etc.)

2. Volatile or flammable gas

3. Dusty conditions

4. Under vacuum, or under high or low pressure

5. Wet or humid locations

6. Places with salt water, oils, chemical liquids or

organic solvents

7. Strong vibrations

8. Other places where similar hazardous conditions

exist

!Caution (Others)

Notice (Storage and Operating Conditions)

Notice (Rating)

Use this product within the specified temperature

range.

Higher temperature may cause deterioration of the

characteristics or the material quality of this

product.

Notice (Handling)

Be sure to provide an appropriate fail-safe function

on your product to prevent secondary damage that may be

caused by the abnormal function or the failure of our

product.

The ceramic of this product is fragile, and care must

be taken not to load an excessive press-force or to

cause a shock at handling.

Such forces may cause cracking or chipping.

To keep the solderability of the product from degrading,

the following storage conditions are recommended.

1. Storage condition:

Temperature -10 to +40°C

Humidity less than 75%RH (not dewing condition)

2. Storage term:

Use this product within 6 months after delivery by

first-in and first-out stocking system.

3. Storage place:

Do not store this product in corrosive gas

(Sulfuric acid gas, Chlorine gas, etc.) or in direct

sunlight.

R44E.pdfOct.6,2016


17



Locate this product horizontal to the direction in which stress acts.

Keep this product on the PC Board away from the Separation Line. Worst ← A-C-B-D → Better

Component Direction

Mounting Close to Board Separation Line

A

B

D

CPerforationHoles

Slit

1. Mounting Position

2. Allowable Soldering Temperature and Time

Choose a mounting position that minimizes the stress imposed on the chip during flexing or bending of the board.

(a) Solder within the temperature and time combinations indicated by the slanted lines in the following graphs.

(b) Excessive soldering conditions may cause dissolution of metallization or deterioration of solder-wetting on the external electrode.

(c) In case of repeated soldering, the accumulated soldering time should be within the range shown in the figure below. (For example, Reflow peak temperature: 260°C, twice -> The total accumulated soldering time at 260°C is within 30 seconds.)

Allowable Reflow Soldering Temp. and Time

Allowable Reflow Soldering Temp. and Time

Time (sec.)

Tem

pera

ture

(°C

)

280270260250240230220210

0 10 20 30Time (sec.)

Tem

pera

ture

(°C

)

280270260250240230220210

0 1109020 30 40 50 60 70 1008010

Time (sec.)

Tem

pera

ture

(°C

)280

270

260

250

240

230

2200 9020 30 40 50 60 70 8010

NCP03/15 Series, NCU15 Series

Allowable Flow Soldering Temp. and Time


Notice (Soldering and Mounting)

R44E.pdfOct.6,2016


18


For removing the flux after soldering, observe the following

points in order to avoid deterioration of the characteristics

or any change of the external electrodes' quality.

a Please keep mounted parts and a substrate from an

occurrence of resonance in ultrasonic cleaning.

a Please do not clean the products in the case of using a

non-wash-type flux.

(1) Solder and Paste

(a) Reflow Soldering: NCP03/15/18/21 Series, NCU15/18 Series

Use RA/RMA type or equivalent type of solder paste. For

your reference, we use the solder paste below for any

internal tests of this product.

aRMA9086 90-4-M20 (Sn:Pb=63wt%:37wt%)

(Manufactured by Alpha Metals Japan Ltd.)

aM705-221BM5-42-11 (Sn:Ag:Cu=96.5wt%:3.0wt%:0.5wt%)

(Manufactured by Senju Metal Industry Co., Ltd.)

(b) Flow Soldering: NCP18/21 Series, NCU18 Series

We use the solder paste below for any internal tests of

this product.

aSn:Pb=63wt%:37wt%

aSn:Ag:Cu=96.5wt%:3.0wt%:0.5wt%

(2) Flux

Use rosin type flux in the soldering process.

If the flux listed below is used, some problems might be

caused in the product characteristics and reliability.

Please do not use the following flux.

a Strong acidic flux (with halide content exceeding

0.1wt%).

a Water-soluble flux

(*Water-soluble flux can be defined as non-rosin type

flux including wash-type flux and non-wash-type flux.)

NCP03/15, NCU15 NCP18/21, NCU18

4. Solder and Flux

5. Cleaning Conditions

After cleaning, promptly dry this product.

6. Drying

Isopropyl Alcohol

Less than 5 minutes at

room temp. or less than

2 minutes at 40°C max.

Less than 5 minutes and

20W/

Frequency of 28kHz to 40kHz

Isopropyl Alcohol

Less than 5 minutes at

room temp. or less than

2 minutes at 40°C max.

Less than 1 minute and

20W/

Frequency of several

10kHz to 100kHz

Solvent

Dipping Cleaning

Ultrasonic

Cleaning

3. Recommended Temperature Profile for Soldering(a) Insufficient preheating may cause a crack on the ceramic

body. The difference between preheating temperature

and maximum temperature in the profile shall be 100 °C.

(b) Rapid cooling by dipping in solvent or by other means is

not recommended.

* In case of repeated soldering, the accumulated soldering

time should be within the range shown in the figure of

section 2.

Reflow Soldering Conditions

Reflow Soldering Conditions

Te

mp

era

ture

(°C

)

Preheating (in air) SolderingGradual Cooling

(in air)300

200

100

01-2 min. *10sec.

Preheating: 160±10°C, 1-2 min.

Soldering: 230-260°C, 10sec.

Te

mp

era

ture

(°C

)


(in air)300

200

100

01-2 min. *20sec.



Te

mp

era

ture

(°C

)


(in air)300

200

100

01-2 min. *20sec.




Flow Soldering Conditions


Continued from the preceding page.


R44E.pdfOct.6,2016


19

Temperature Sensor and Compensation Chip Type !Caution/NoticeContinued from the preceding page.

o Thin or insufficient adhesive may result in loose component contact with land during flow soldering.

o Low viscosity adhesive causes chips to slip after mounting.

NCP03NCP15, NCU15NCP18/NCP21, NCU18

100μm

150μm

200μm

1/3E<=T<=E

1/3E<=T<=E

0.2mm<=T<=E

Part Number Solder Paste Thickness T

Reference: Optimum Solder Amount

TE

Electrode

Solder Solder

o The amount of solder is critical. Standard height of fillet is shown in the table below.

o Too much solder may cause mechanical stress, resulting in cracking, mechanical and/or electronic damage.

7. Printing Conditions of Solder Paste

8. Adhesive Application and Curing

R44E.pdfOct.6,2016


20

Temperature Sensor and Compensation Chip Type Package

NCP03

NCP15, NCU15

NCP18, NCU18

NCP21

15000

10000

4000

-

-

4000

Part NumberPaper Tape

Quantity (pcs.)

Embossed Tape

(1) A tape in a reel contains Leader unit and Trailer unit where

products are not packed. (Please refer to the figure at the

right.)

(2) The top and base tapes or plastic and cover tape are not

stuck at the first five pitches minimum.

(3) A label should be attached on the reel. (MURATA's part

number, inspection number and quantity should be marked

on the label.)

(4) Taping reels are packed in a package.

1. Dimensions of Reel

2. Taping Method

Tape Carrier Packaging

Minimum Quantity Guide


(in mm)

ø180

ø21.0±0.8

ø13.0±0.2

ø6

0

2.0±0.5

9.0+0–1.5

+1.0–0

+1

.0–

0

(in mm)

40 min.190-250

Vacant Section

210-250

Top Tape alone

Cover Tape alone

Leader Unit

Trailer Unit

Chip-mounting Unit

Direction of Feed

R44E.pdfOct.6,2016


21


(1) Other Conditions

(a) Packaging

Products are packaged in the cavity of the base tape and

sealed by a top tape and bottom tape.

(b) Tape

The top tape and bottom tape have no joints and

products are packaged and sealed in the cavity of the

base tape, continuously.

(2) Peeling Force of Top Tape

(3) Pull Strength

Pull strength of top tape is specified at 10N minimum.

Pull strength of bottom tape should be specified 5N

minimum.

3. Paper Tape (NCP03/15/18 Series, NCU15/18 Series)

NCP15, NCU15 Series

NCP18, NCU18 Series

1.1 max.4.0±0.1 4.0±0.12.0±0.05

ø1.5+0.1/–0

1.7

5±

0.1

3.5

±0

.05

8.0

±0

.3

Direction of Feed

1.05*

0.8 max.4.0±0.12.0±0.05

ø1.5+0.1/–0

1.7

5±

0.1

3.5

±0

.05

1.1

5*

8.0

±0

.3

Direction of Feed

0.65*

(in mm)* Reference Value

* Reference Value

165-180°F

* 1 Peeling angle: 165 to 180° against the fixed surface of tape.

* 2 Peeling speed: 300mm/min.

* 3 Peeling force: 0.1 - 0.6N

1.8

5*

* Reference Value

NCP03 Series

0.5 max.4.0±0.12.0±0.05

ø1.5+0.1/–0

1.7

5±

0.1

3.5

±0

.05

0.6

8*

8.0

±0

.3

Direction of Feed

0.38*



R44E.pdfOct.6,2016


22


* 1 Peeling angle: 165 to 180° against the fixed surface of tape.

* 2 Peeling speed: 300mm/min.

* 3 Peeling force: 0.1 - 0.7N

F165-180°

(2) Peeling Force of Cover Tape

(3) Tape Strength

Pull strength of Embossed tape and Cover tape should be

specified 10N minimum.

(1) Other Conditions

(a) Packaging

Products are packaged in the each cavity of Embossed

tape and sealed by Cover tape.

(b) Tape

Cover tape has no joints.

4. Embossed Tape (NCP21 Series)

1.05

0.24.0±0.1

2.0±0.054.0±0.1

ø1.5

1.7

5±

0.1

ø1.0 1.45* * Reference Value

3.5

±0.0

5

8.0

±0

.3

Direction of Feed

2.2

5*

(in mm)

+0.3-0

+0.1-1


R44E.pdfOct.6,2016


23

NTC ThermistorsTemperature Sensor Thermo String Type

This product is a small flexible lead type NTC Thermistor

with a small head and a thin lead wire.

Features

1. This small and highly accurate NTC Thermistor

provides extremely precise temperature sensing.

2. The small sensing head and thin lead wire deliver

temperature sensing in a narrow space.

3. Flexibility and a wide variety of lengths (25mm to

150mm)

enable the design of flexible temperature sensing

architectures.

4. This product is compatible with our 0402 (EIA) size

chip Thermistor.


6. This is a halogen free product. *

* Cl= max.900ppm, Br=max.900ppm and

Cl+Br=max.1500ppm

7. NXFT series are recognized by UL/cUL.

(UL1434, File No.E137188).

Applications






circuits

1.2±0.4

25

to

10

0±

2

11

0 t

o 1

50

±3

3+

2/-

1

1.2±0.4

ø0.30±0.05

The full length 25mm, 30 to 150mm interval 10mm. (in mm)

1.2±0.4

25

to

10

0±

2

11

0 t

o 1

50

±3

3+

2/-

1

1.2±0.4

ø0.30±0.05

The full length 25mm, 30 to 150mm interval 10mm. (in mm)

p is filled with lead shape (1: twist, 2: without twist).

ppp is filled with Total-length codes. (25mm, 30 to 150mm interval 10mm, ex. 050=50mm)

Operating Current for Sensor rises Thermistor's temperature by 0.1°C



NXFT15_1B Type (twist)

NXFT15_2B Type (without twist)


(25°C)(ohm)


(K)







Operating Currentfor Sensor (25°C)

(mA)


(mW)


(mW/°C)

Thermal TimeConstant(25°C) (s)

NXFT15XH103FApBppp 10k ±1% 3380 ±1% 3428 3434 3455 0.12 7.5 1.5 4

NXFT15XV103FApBppp 10k ±1% 3936 ±1% 3971 3977 3988 0.12 7.5 1.5 4

NXFT15WB473FApBppp 47k ±1% 4050 ±1% 4101 4108 4131 0.06 7.5 1.5 4

NXFT15WF104FApBppp 100k ±1% 4250 ±1% 4303 4311 4334 0.04 7.5 1.5 4


http://www.murata.com/en-global/products/thermistor/ntc/nxf

R44E.pdfOct.6,2016


24

5

http://www.murata.com/en-global/products/thermistor/ntc/nxf

Temperature Sensor Thermo String Type Specifications and Test Methods

Hold the lead wires as in Fig-3. Bend by 90 degrees and again

bend back to the initial position. Then bend to the other side by

90 degrees and again bend back to the initial position. After

bending process, 10N force for 3 seconds shall be applied to

the lead wire.

Fig-3

10Lead Wire

Bending Strength· Lead wire does not break.

The lead wire shall be inserted in a ø1.0mm hole until resin part

contacts with a substrate as shown in fig.-2, and 1N force for

10 seconds shall be applied to the lead wire.

Fig-2

9Lead Wire

Pull Strength

· Resistance (R25°C) fluctuation rate: less than ±1%.

· B-Constant (B25/50°C) fluctuation rate: less than ±1%.

Both lead wires are dipped into flux (25wt% colophony <JIS K

5902> isopropyl alcohol <JIS K 8839>) for 5 to 10 seconds.

Then both lead wires are dipped into 245±5°C solder

<JIS Z 3282 SnAgCu> for 2±0.5 seconds according to Fig-1.

8 Solderability More than 90% of lead wire surface shall be covered by solder.

Both lead wires are dipped into 350±10°C solder for 3.5±0.5

seconds, or 260±5°C solder for 10±1 seconds according to

Fig-1 (solder <JIS Z 3282 SnAgCu>).

Fig-1

7Resistance to

Soldering Heat



2mm length of coating resin from the top of Thermistor is to be

dipped into beads of lead (Pb), and DC100V 1 minute is applied

to circuit between beads of lead (Pb) and lead wire.

6Insulation Break -

down Voltage· No damage electrical characteristics at DC100 V, 1 min.

85±2°C in air, with 'Operating Current for Sensor' for 1000

+48/-0 hrs.5

High Temperature

Load

-40 +0/-3°C, 30 minutes in air

+25±2°C, 10 to 15 minutes in air

+125±2°C, 30 minutes in air

+25 +2/-0°C, 10 to 15 minutes in air (1 cycle)

Continuous 100 cycles, without loading.

4Temperature

Cycle

60±2°C, 90 to 95%RH in air, for 1000 +48/-0 hours without

loading.3

Humidity

Storage Test



-40 +0/-3°C in air, for 1000 +48/-0 hours without loading.2Low Temperature

Storage Test

125±2°C in air, for 1000 +48/-0 hours without loading.1High Temperature

Storage Test · Resistance (R25°C) fluctuation rate: less than ±1%.


No. Test MethodsSpecificationsItem

* · R25 is zero-power resistance at 25°C.

· B25/50 is calculated by zero-power resistance of Thermistor in 25°C-50°C.

· After each test, NTC Thermistor should be kept for 1 hour at room temperature (normal humidity and normal atmospheric pressure).


Solder

1 to 2mm

1N (10 sec.)

10N (3 sec.)

R44E.pdfOct.6,2016


25

5

Temperature Sensor Thermo String Type Specifications and Test Methods

NTC Thermistor shall be fixed to the vibration test equipment.

Vibration of total 1.5 mm amplitude, Frequency sequence of

10Hz - 55Hz - 10Hz in 1 minute shall be applied for right

angled 3 directions for 2 hours duration each.

12 Vibration

NTC Thermistor shall be dropped without any force onto

concrete floor from 1 meter height one time.11 Free Fall



· No visible damage at resin part.






Mount

Solder is attached

from the reverse side.

Oscillating

Direction Z

Oscillating

Direction X

Oscillating

Direction Y

R44E.pdfOct.6,2016


26

5

NTC ThermistorsTemperature Sensor Lead Type

(in mm)

10.0 to 40.0±1.0

4.0 max.

2.5±1

The full length 10.0 to 40.0mm interval 10.0mm

2.0 max.

ø0.40±0.05

This thermistor is for normal temperature level sensors

having self-subsistence due to strong lead strength

based on chip NTC.

Features

1. This highly accurate NTC Thermistor provides extremely

precise temperature sensing.

2. This product is compatible with 1005 (1.0mm x 0.5mm)

size NTC Thermistor.

3. The variation per hour of this product is highly stable.

4. This product is produced with an automation line that

was consistent from lead to packaging so that a product

of uniform quality may be obtained at low cost in large

quantities.

5. Since this product has strong lead intensity with original

lead mounting technique, it is bent at the time of use and

can withstand processing, etc., readily.

Taping package can be supported.

Applications

1. For temperature detection of a rechargeable battery pack

2. For temperature detection of a charge circuit

3. For temperature detection of a printer head

4. For temperature detection of a DC fan motor

5. For temperature detection of home electronics


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)


NXRT15XM202EA1Bppp 2k ±3% 3500 ±1.5% 3539 3545 3560 0.27 7.5 1.5 4

NXRT15XV502FA1Bppp 5k ±1% 3936 ±1% 3972 3977 3989 0.17 7.5 1.5 4

NXRT15XH103FA1Bppp 10k ±1% 3380 ±1% 3428 3434 3455 0.12 7.5 1.5 4

NXRT15XV103FA1Bppp 10k ±1% 3936 ±1% 3971 3977 3988 0.12 7.5 1.5 4

NXRT15WB333JA1Bppp 33k ±5% 4050 ±3% 4101 4108 4131 0.07 7.5 1.5 4

NXRT15WB473FA1Bppp 47k ±1% 4050 ±1% 4101 4108 4131 0.06 7.5 1.5 4

NXRT15WF104FA1Bppp 100k ±1% 4250 ±1% 4303 4311 4334 0.04 7.5 1.5 4

ppp is filled with Total-length codes. (10 to 40mm interval 10mm, ex. 040=40mm)

Operating Current for Sensor rises Thermistor's temperature by 0.1°C.

Rated Electric Power is necessary electric power that thermistor's temperature rises 5°C by self-heating at 25°C in still air.

Taping type of part numbers with "3A016" is available (Lead Spacing=5mm).



http://www.murata.com/en-global/products/thermistor/ntc/nxr

R44E.pdfOct.6,2016


27

6


Temperature Sensor Lead Type Specifications and Test Methods

NTC thermistor shall be fixed to the vibration test Equipment.

Vibration of total 1.5mm amplitude, Frequency sequence of

10Hz – 55Hz – 10Hz in 1 minute, shall be applied for right


12 Vibration

NTC thermistor shall be dropped without any force onto








One lead wire is held and 2.5N force is applied. Then the body

of NTC thermistor is bent by 90° and again bent back to the

initial position. This sequence shall be completed twice. See

Fig-3.

Fig-3

10Lead Wire Bending

Strength· Lead wire does not break.

One end of a lead wire shall be fixed and 2.5N force for 10

seconds shall be applied to the other lead wire as shown in

Fig-2.

Fig-2

9Lead Wire Pull

Strength

· Resistance(R25°C) fluctuation rate: less than ±1%.

· B-Constant(B25/50°C) fluctuation rate: less than ±1%.


Both lead wires are dipped into flux (25wt% colophony

<JIS K 5902> isopropyl alcohol <JIS K 8839>) for 5 to 10

seconds. Then both lead wires are dipped into 245±5°C solder

<Sn-3Ag-0.5Cu> for 2±0.5 seconds according to Fig-1.

8 Solderability· More than 90% of lead wire surface shall be covered by

solder.


seconds, or 260±5°C solder for 10±1 seconds according to

Fig-1. (solder <Sn-3Ag-0.5Cu>)

Fig-1

7Resistance to

Soldering Heat



2mm length of coating resin from the top of thermistor is to be



6Insulation Break -

down Voltage· No damage electrical characteristics on D.C.100 V, 1 min.

-40°C +0/-3°C, 30 minutes in air

+25°C±2°C, 10 to 15 minutes in air

+125°C +3/-0°C, 30 minutes in air

+25°C +2/-0°C, 10 to 15 minutes in air (1 cycle)

Continuous 100 cycles, without loading.

5Temperature

Cycle


loading.4

Humidity Storage

Test

85±2°C in air, with ‘Operating Current for Sensor’ for

1000 +48/-0 hrs.3

High Temperature

Load



125±2°C in air, for 1000 +48/-0 hours without loading.2High Temperature

Storage Test

-40 +0/-3°C in air, for 1000 +48/-0 hours without loading.1Low Temperature

Storage Test · Resistance (R25°C) fluctuation rate: less than ±1%.



Solder

2.5N (10sec.)

2.5N

90°

R44E.pdfOct.6,2016


28

6

NTC ThermistorsTemperature Sensor Lead Insulation Type

This thermistor is for normal temperature level sensors

having self-subsistence due to strong lead strength

based on chip NTC.

Features

1. NXR series can accurately detect temperature with

NCP15 series on the head of parts.

2. The insulation coat with polyulethane on the surface of

lead wire : 100VDC.

3. You can choose NTC characteristics from NCP15 series.

4. The resistance drift is low in the reliability test.

5. The production capacity is bigger and NXR is produced

almost entirely in an automation line.

6. Adopt to Sb regulation

Applications

1. Secondary battery

2. Temperature detection for charging

3. Temperature detection for DC fan motor

4. Temperature sensing for appliance

5. Self-standing temperature sensing for fire detector

(in mm)

25

.0 t

o 3

5.0

±1

.0

(5.0

mm

)

4.0 max.

The full length 25.0 to 45.0mm interval 5.0mm

A: Epoxy Resin

B: Copper Lead Wire with Polyurethane Coat

2.5±1.0

0.46±0.05

2.0 max.

A

B


(25°C)(ohm)


(K)








(mA)


(mW)


(mW/°C)


NXRT15XM202EA5Bppp 2k ±3% 3500 ±1.5% 3539 3545 3560 0.36 13 2.6 4

NXRT15XV502FA5Bppp 5k ±1% 3936 ±1% 3972 3977 3989 0.22 13 2.6 4

NXRT15XH103FA5Bppp 10k ±1% 3380 ±1% 3428 3434 3455 0.16 13 2.6 4

NXRT15XV103FA5Bppp 10k ±1% 3936 ±1% 3971 3977 3988 0.16 13 2.6 4

NXRT15WB333JA5Bppp 33k ±5% 4050 ±3% 4101 4108 4131 0.08 13 2.6 4

NXRT15WB473FA5Bppp 47k ±1% 4050 ±1% 4101 4108 4131 0.07 13 2.6 4

NXRT15WF104FA5Bppp 100k ±1% 4250 ±1% 4303 4311 4334 0.05 13 2.6 4

ppp is fulled with Total-length codes. (25 to 35mm interval 5mm, ex. 030=30mm)

Operating Current for Sensor rises Thermistor's temperature by 0.1°C.

Rated Electric Power is necessary electric power that thermistor's temperature rises 5°C by self-heating at 25°C in still air.




R44E.pdfOct.6,2016


29

7


Temperature Sensor Lead Insulation Type Specifications and Test Methods

2mm length of coating resin from the top of thermistor is to be



12

Dielectric

Breakdown

Voltage

· No damage electrical characteristics on D.C.100V, 1 min.

-40°C +0/-3°C, 30 minutes in air

+25°C±2°C, 10 to 15 minutes in air

+125°C +3/-0°C, 30 minutes in air

+25°C +2/-0°C, 10 to 15 minutes in air (1 cycle)

Continuous 100 +4/-0 cycles, without loading.

11Change of

Temperature


loading.10 Damp Heat

85±2°C in air, with ‘Operating Current for Sensor’

for 1000 +48/-0 hrs.9

High Temperature

with Continuous

Load



125±2°C in air, for 1000 +48/-0 hours without loading.8 Dry Heat

-40 +0/-3°C in air, for 1000 +48/-0 hours without loading.7 Cold· Resistance (R25°C) fluctuation rate: less than ±1%.


NTC thermistor shall be fixed to the vibration test equipment.

Vibration of total 1.5 mm amplitude, frequency sequence of

10Hz - 55Hz - 10Hz in 1 minute, shall be applied for right


6 Vibration

NTC thermistor shall be dropped without any force onto





One lead wire is held and 2.5N force is applied. Then the body

of NTC thermistor is bent by 90° and again bent back to the

initial position. This sequence shall be completed twice. See

Fig-3.

Fig-3

4Lead Wire Bending

Strength· Lead wire does not break.

One end of a lead wire shall be fixed and 2.5N force for 10

seconds shall be applied to the other lead wire as shown in

Fig-2.

Fig-2

3Lead Wire

Breaking Strength



Both lead wires are dipped into flux (25wt% colophony

<JIS K 5902> isopropyl alcohol <JIS K 8839>) for 5 to 10

seconds. Then both lead wire are dipped into 245±5°C solder

<SnAgCu> for 2±0.5 seconds according to Fig-1.

2Solderability

(Flow)

· More than 90% of lead wsire surface shall be covered by

solder.


seconds, or 260 ±5°C solder for 10±1 seconds according to

Fig-1. (solder <SnAgCu>)

Fig-1

1

Resistance to

Soldering Heat

(Flow)




2.5N

90°

2.5N (10sec.)

Solder

1 to 2mm

R44E.pdfOct.6,2016


30

7

Temperature Sensor Thermo String/Lead Type Temperature Characteristics (Center Value)

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

44.98133.67125.44419.41714.95511.6199.0977.1785.7074.5683.6822.9862.4372.0001.6511.3701.1430.9580.8070.6820.5800.4950.4240.3650.3150.2730.2370.2070.1810.1600.1410.1240.1100.098

NXRT15XM2022.0kΩ

3500K

Resistance (kΩ)

Part Number

Resistance

B-Constant

Temp. (°C)

195.652148.171113.34787.55968.23753.65042.50633.89227.21922.02117.92614.67412.08110.0008.3156.9485.8344.9174.1613.5353.0142.5862.2281.9251.6691.4521.2681.1100.9740.8580.7580.6720.5960.531

NXRT15XH10310kΩ

3380K

Resistance (kΩ)

337.503243.332177.496130.85997.42873.23055.52942.46732.74725.45019.93215.72712.49810.0008.0546.5295.3244.3663.6012.9852.4882.0831.7521.4801.2561.0700.9160.7870.6790.5880.5120.4460.3910.343

NXRT15XV10310kΩ

3936K

Resistance (kΩ)

168.752121.66688.74865.43048.71436.61527.76421.23316.37412.7259.9667.8646.2495.0004.0273.2642.6622.1831.8011.4931.2441.0410.8760.7400.6280.5350.4580.3940.3400.2940.2560.2230.1950.172

NXRT15XV5025.0kΩ

3936K

Resistance (kΩ)

4397.1193088.5992197.2251581.8811151.037846.579628.988471.632357.012272.500209.710162.651127.080100.00079.22263.16750.67740.90433.19527.09122.22418.32315.18412.63510.5668.8737.4816.3375.3844.5943.9343.3802.9162.522

NXRT15WF104100kΩ

4250K

Resistance (kΩ)

1227.263874.449630.851460.457339.797253.363190.766144.964111.08785.84266.86152.47041.47133.00026.43021.29817.26614.07611.5389.5067.8706.5495.4754.5953.8743.2822.7892.3792.0381.7511.5091.3061.1340.987

NXRT15WB33333kΩ

4050K

Resistance (kΩ)

1747.9201245.428898.485655.802483.954360.850271.697206.463158.214122.25995.22774.73059.06547.00037.64330.33424.59120.04816.43313.53911.2099.3287.7986.5445.5184.6743.9723.3882.9022.4942.1501.8601.6151.406

NXRT15WB47347kΩ

4050K

Resistance (kΩ)

–40

–35

–30

–25

–20

–15

–10

–5

0

5

10

15

20

25

30

35

40

45

50

55

60

65

70

75

80

85

90

95

100

105

110

115

120

125

197.388149.395114.34588.38168.91554.16642.88934.19627.44522.16518.01014.72012.09910.0008.3096.9395.8244.9114.1603.5393.0242.5932.2331.9291.6731.4551.2701.1120.9760.8600.7590.6730.5980.532

NXFT15XH103

Resistance (kΩ)

Part Number

Resistance

B-Constant

Temp. (°C)

4221.2802995.0402147.0001554.6001136.690839.019624.987469.678355.975272.011209.489162.559127.057100.00079.22263.16750.67740.90433.19527.09122.22418.32315.18412.63510.5668.8737.4816.3375.3844.5943.9343.3802.9162.522

NXFT15WF104

Resistance (kΩ)

3380K 4250K

10kΩ

337.503243.332177.496130.85997.42873.23055.52942.46732.74725.45019.93215.72712.49810.0008.0546.5295.3244.3663.6012.9852.4882.0831.7521.4801.2561.0700.9160.7870.6790.5880.5120.4460.3910.343

NXFT15XV103

Resistance (kΩ)

3936K

10kΩ 100kΩ

1690.5901215.320882.908647.911480.069359.009270.868206.113158.126122.26795.25674.75459.07547.00037.63630.32624.58320.04316.43313.54511.2239.3457.8186.5715.5484.7044.0043.4222.9362.5282.1841.8931.6461.436

NXFT15WB473

Resistance (kΩ)

4050K

47kΩ

R44E.pdfOct.6,2016


31

Temperature Sensor Thermo String/Lead Type !Caution/Notice


This product is designed for application in an

ordinary environment (normal room temperature,

humidity and atmospheric pressure).


all of these factors can deteriorate the product

characteristics or cause failures and burn-out.

1. Corrosive gas or deoxidizing gas

(Chlorine gas, Hydrogen sulfide gas, Ammonia gas,

Sulfuric acid gas, Nitric oxide gas, etc.)

2. Volatile or flammable gas

3. Dusty conditions

4. Under vacuum, or under high or low pressure

5. Wet or humid locations

6. Places with salt water, oils, chemical liquids or

organic solvents

7. Strong vibrations

8. Other places where similar hazardous conditions

exist

!Caution (Others)


Notice (Rating)


range.



product.

Notice (Soldering and Mounting) NXF Series





product.


the following storage condition is recommended.




2. Storage term:



3. Handling after unpacking:

After unpacking, reseal product promptly or

store it in a sealed container with a drying agent.

4. Storage place:



sunlight.

Please note as shown below when you mount this product.

1. Do not melt the solder in the resin head when you solder

this product. If you do so, there is a possibility of wire

breakage, electric short mode failure and wire coating

breakage. If you cut the lead wire of this product less

than 20mm from the resin head, the heat of the melted

solder at the lead wire edge is propagated easily to the

resin head along the lead wire.

2. Do not touch the resin head directly with the soldering

iron. It may cause the melting of solder in the resin head.

3. Do not separate the parallel lead wires 10mm or less

from the resin.

4. If you mold this product with resin, please evaluate

the quality of this product before you use it.

5. Do not bend the lead wire radius 1mm or more.

R44E.pdfOct.6,2016


32

Temperature Sensor Thermo String/Lead Type !Caution/NoticeContinued from the preceding page.

Notice (Soldering and Mounting) NXR Series

Notice (Soldering and Mounting) NXR Series (Insulation Type)

Notice (Handling) NXF/NXR Series

1. The ceramic element of this product is fragile, and

care must be taken not to load an excessive

press-force or not to cause a shock at handling.


2. Do not apply excessive force to the lead.

Otherwise, it may cause the junction between lead and

element to break or crack. Holding the element by the

side lead wire is recommended when lead wire is bent

or cut.

Notice (Handling) NXR Series (Insulation Type)





Especially under high-temperature environment,

there is a possibility that epoxy resin will become soft.

When you set up the processing environment, please

examine the processing method after evaluating the

quality of this product.

2. Do not apply excessive force to the lead.

Otherwise, it may cause the junction between lead and

element to break or crack.

Holding the element by the side lead wire is recommended

when lead wire is bent or cut.

Handle the lead with care; there is a possibility

that a crack may go into the polyurethane

insulated coat when bending the lead.


1. Do not melt the solder in the resin head, when you solder

this product. If you melt the solder in resin the head,

the wire could break and short.

If you cut the lead wire of this product less than 8mm

from the resin head, the heat of the melted solder at the

lead wire edge is propagated easily to the resin head

along the lead wire. Please do not cut this product below

9mm.

2. Do not touch the resin head directly with the solder iron.

It may cause the melting of solder in the resin head.

3. If you mold this product with resin, please evaluate

the quality of this product before you use it.


1. Do not melt the solder in the resin head when you solder

this product. (more than 25mm in full length of the

product).

If you melt the solder in the resin head, it has posibility

that the wire could break and short.

2. Do not touch the resin head directly with the solder iron.

It may cause the melting of solder in the resin head.

3. When additonal processing is carried out on this product

(such as bonding, resin molding, and resin coating, etc.),

please perform an audit of quality level on an automated

machine and only use the product after confirming its

reliability.

Please talk to us if you have concern matter, like

process it under the high temperature and the high

pressure.

(For example, exposed to high-temperature and

high-pressure environment as mold sealing with

injection molding.)

R44E.pdfOct.6,2016


33

Temperature Sensor Thermo String/Lead Type Package

Minimum Order Quantity

Part Number

Bulk

Minimum Quantity (pcs.)

-1000

2500500

Part Number

Ammo Pack Taping


NXFNXR

-

NXRT_3A016

P

L3

W3

W1

W0

W2

H0

H3

D

ød

ΔS T

Δh2Δh1

I

t1

P1

P2

F

øD0P0 t2

Item

Pitch of Component

Pitch of Sprocket Hole

Lead Spacing

Length from Hole Center to Component Center

Length from Hole Center to Lead

Body Diameter

Deviation Along Tape, Left or Right

Carrier Tape Width

Position of Sprocket Hole

Lead Distance between Reference and Bottom Planes

Height of Component

Protrusion Length

Diameter of Sprocket Hole

Lead Diameter

Total Tape Thickness

Total Thickness, Tape and Lead Wire

Deviation Across Tape

Portion to Cut in Case of Defect

Hold down Tape Width

Hold down Tape Position

Thickness

P

P0

F

P2

P1

D

ΔS

W3

W1

H0

H3

I

øD0

ød

t1

t2

Δh1, Δh2

L3

W0

W2

T

12.7±1.0

12.7±0.3

5.0±1.0

6.35±1.3

3.85±0.7

4.0 max.

0±2.0

18.0±0.5

9.0±0.5

16.0±1.0

7.5±1.0

+0.5 to −1.0

4.0±0.1

0.40±0.05

0.6±0.3

1.6 max.

1.0 max.

11.0

9.5 min.

1.5±1.5

2.0 max.

Dimensions (mm)Code

+0–2.0

Taping Dimensions (NXRT_3A016 Series)

R44E.pdfOct.6,2016


34

NTC ThermistorsInrush Current Suppression Lead Type

Coating Extension

on Lead : to line A

10

.0 m

ax

.3

.5±

1.0

NTPAN : 23.0 max.

NTPAJ : 20.0 max. 5.5 max.

10.0±1.5

ø0.8±0.05

Sn plated Cu wire

A

(in mm)

NTPAN/NTPAJ Series

Coating Extension

on Lead : to line A

10

.0 m

ax

.3

.5±

1.0

NTPAD : 16.0 max.

NTPAA : 12.0 max.

5.5 max.

5.0 max.

7.5±1.5

ø0.8±0.05

Sn plated Cu wire

A

(in mm)

NTPAD/NTPAA Series

Coating Extension

on Lead: to line A

6.0

ma

x.

3.5

±1

.0

NTPA9: 11.0 max.

NTPA7: 9.0 max.

NTPA5: 6.0 max. 5.0 max.

5.0±1.5

ø0.6±0.05

Sn plated Cu wire

A

(in mm)

NTPA5/NTPA7/NTPA9 Series


(25°C)(ohm)

Permissible Max.Current (25°C)

(A)


(A)

Thermal TimeConstant (25°C)

(s)

Thermal DissipationConstant (25°C)

(mW/°C)

NTPAN3R0LDKB0 3.0 ±15% 5.4 4.7 135 26.8NTPAN4R0LDKB0 4.0 ±15% 4.7 4.1 130 26.8NTPAN6R0LDKB0 6.0 ±15% 3.9 3.4 130 26.8NTPAJ4R0LDKB0 4.0 ±15% 4.0 3.5 125 21.8NTPAJ6R0LDKB0 6.0 ±15% 3.4 2.9 125 21.8NTPAJ8R0LDKB0 8.0 ±15% 3.0 2.6 130 21.8NTPAJ100LDKB0 10.0 ±15% 2.6 2.2 130 21.8


This product effectively supresses surge currents that are generated when switching power regulators are turned on.

Features

1. Lead is not contained in the ceramic element, the terminations, the solder for inner connection and the coating resin.2. Most suitable for power supplies of less than 100W3. Excellent recovery characteristics due to resin coating with excellent heat characteristics4. Highly reliable

Applications

1. Switching power supplies2. CRT monitors 3. Color televisions4. VCR power supplies 5. Other power circuits

Detailed are accessable from the following URL.http://www.murata.com/en-global/products/thermistor/ntc/ntp

R44E.pdfOct.6,2016


35

8

http://www.murata.com/en-global/products/thermistor/ntc/ntp



(25°C)(ohm)


(A)


(A)

Thermal TimeConstant (25°C)

(s)

Thermal DissipationConstant (25°C)

(mW/°C)

NTPAD3R9LDNB0 3.9 ±15% 3.3 2.9 65 18.2

NTPAD5R1LDNB0 5.1 ±15% 3.0 2.6 85 18.8

NTPAD8R0LDNB0 8.0 ±15% 2.7 2.3 65 18.7

NTPAD160LDNB0 16.0 ±15% 2.0 1.7 100 19.1

NTPAA2R2LDNB0 2.2 ±15% 3.7 3.2 70 13.5

NTPAA3R9LDNB0 3.9 ±15% 2.7 2.3 70 13.5

NTPAA5R1LDNB0 5.1 ±15% 2.5 2.2 70 13.5

NTPAA8R2LDNB0 8.2 ±15% 2.0 1.7 70 13.5

NTPAA100LDNB0 10.0 ±15% 1.7 1.5 70 13.5

NTPA9160LBMB0 16.0 ±15% 1.4 1.2 65 11.6

NTPA74R0LBMB0 4.0 ±15% 2.3 2.0 40 9.4

NTPA75R0LBMB0 5.0 ±15% 1.9 1.6 40 9.4

NTPA78R0LBMB0 8.0 ±15% 1.7 1.5 40 9.5

NTPA7100LBMB0 10.0 ±15% 1.4 1.2 40 9.5

NTPA7160LBMB0 16.0 ±15% 1.2 1.0 40 9.9

NTPA7220LBMB0 22.0 ±15% 1.0 0.88 40 9.1

NTPA55R0LBMB0 5.0 ±15% 1.7 1.5 20 5.6

NTPA5100LBMB0 10.0 ±15% 1.2 1.1 20 5.6

NTPAD/NTPAA/NTPA9/NTPA7 series are also available on tape. The final alphabet of the part number should be "DNB0=>D6A0", "BNB0 =>B1A0".


Part Number

Voltage (AC)

NTPAN 8600μF

NTPAJ 5000μF

NTPAD 2700μF

NTPAA 1400μF

NTPA9 800μF

NTPA74R0700μF

NTPA78R0NTPA75R0

NTPA7100570μF

NTPA7160400μF

NTPA7220

5972μF

3472μF

1875μF

972μF

556μF

486μF

396μF

278μF

4936μF

2870μF

1550μF

803μF

459μF

402μF

327μF

230μF

1777μF

1033μF

558μF

289μF

165μF

145μF

118μF

83μF

1493μF

868μF

469μF

243μF

139μF

122μF

99μF

69μF

1234μF

717μF

387μF

201μF

115μF

NTPA5 346μF 240μF 198μF 71μF 60μF 50μF

100μF

82μF

57μF

100Vrms 120Vrms 132Vrms 220Vrms 240Vrms 264Vrms

Permissible Electrolytic Capacitor

NTC

–t°

–

+

Application Circuit

Ma

x. C

urr

en

t R

ati

o

1.0

0

0.5

Ambient Temperature (°C)

20 40 60 80 100 120 140 160

Determination of Allowable Current

R44E.pdfOct.6,2016


36

8

Current-R Ratio (RT/R25)/Current-Temperature Characteristics (Typical)

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio

Thermistor's Temperature (°C)

10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAN3R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAN4R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)NTPAN6R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAJ4R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAJ6R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAJ8R0L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAJ100L Type

0.01 0.1

Current (A)

Ta=25°C

1 10

Resistance Ratio


10

1

0.1

0.01

1000

100

10

1

Re

sist

an

ce

Ra

tio

(R

t/R

25

)

Th

erm

isto

r's

Te

mp

era

ture

(°C

)

NTPAD3R9L Type


R44E.pdfOct.6,2016


37

8

Current-R Ratio (RT/R25)/Current-Temperature Characteristics (Typical)Continued from the preceding page.

0.01 0.1Current (A)

Ta=25°C

1 10

Resistance RatioThermistor's Temperature (°C)

10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAD5R1L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAD8R0L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)NTPAD160L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAA2R2L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAA3R9L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAA5R1L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPAA8R2L Type

0.01

0.1

1

10

0.01 0.1 1 10

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

1

10

100

1000Ta=25°C

Current (A)


NTPAA100L Type


R44E.pdfOct.6,2016


38

8


0.01

0.1

1

10

0.01 0.1 1 10

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

1

10

100

1000Ta=25°C

Current (A)


NTPA9160L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA74R0L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)NTPA75R0L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA78R0L Type


0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA55R0L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA7100L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA7160L Type

0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA7220L Type

R44E.pdfOct.6,2016


39

8


0.01 0.1Current (A)

Ta=25°C

1 10


10

1

0.1

0.01

1000

100

10

1

Resi

stan

ce R

atio

(Rt/

R25)

Ther

mis

tor's

Tem

pera

ture

(°C

)

NTPA5100L Type

R44E.pdfOct.6,2016


40

8

Inrush Current Suppression Lead Type !Caution/Notice


!Caution (Others)


Notice (Rating)


range.



product.

Notice (Soldering and Mounting)




product.


the following storage condition is recommended.




2. Storage term:



3. Handling after unpacking:

After unpacking, reseal product promptly or

store it in a sealed container with a drying agent.

4. Storage place:



sunlight.

1. Be sure that the preheat-up does not melt the

soldering of this product. Excessive heat may

cause failure to open, short or insulation break

down.

2. Do not touch the body with the soldering iron.

The soldering point should be min. 5mm away from

the root of the lead wire.

1. This product is designed for Switching Power Supplies

with smoothing capacitors.

Other applications of this product may result in fire.

2. Use this product within the specified maximum current.

Otherwise it may catch fire in the worst case.

3. Use this product with smoothing capacitors within

the specified maximum capacitance value. Otherwise

it may catch fire in the worst case.

4. This product is designed for application in an

ordinary environment

(normal room temperature, humidity and atmospheric

pressure).


all these factors can deteriorate the

product characteristics cause failure and burn-out.

(1) Corrosive gas or deoxidizing gas.

(Chlorine gas, Hydrogen sulfide gas, Ammonia

gas, Sulfuric acid gas, Nitric oxide gas, etc.)

(2) Volatile or flammable gas

(3) Dusty conditions

(4) Under high or low pressure

(5) Wet or humid conditions

(6) Near with salt water, oils, chemical liquids or

organic solvents

(7) Strong vibrations

(8) Other places where similar hazardous conditions

exist.

R44E.pdfOct.6,2016


41

8

Inrush Current Suppression Lead Type !Caution/Notice

Notice (Handling)

Notice (Others)

1. This product may allow the passing of higher current

than its initial value if it receives inrush current again

before it cools down enough to recover its original

resistance.

Be sure to consider the highest current under actual

operating conditions operating temperature.

2. The resin coating of this product does not

guarantee insulating. Keep an adequate insulating

distance from surrounding parts.

1. When this product is operated, the temperature of

some areas may be about 160°C.

Use proper surrounding parts and material that

withstand such temperature. If they are inadequate

and kept at high temperature for a long time, they

may be deteriorated or may produce harmful gas.

Such harmful gas may deteriorate the element of

this product.

2. This product does not have waterproof construction.

Splashed water may cause failure mode such as

deterioration of characteristics or current leak.

Therefore, do not apply clean by immersing it into

water or any solvent.




Such forces may cause cracking or chipping to the

element.

4. Do not apply excessive force to the lead wire.

Otherwise, it may cause the junction between lead

wire and element to break or crack, or may crack the

element.

Therefore, fix the lead wire of the element side when

the lead wire is bent or cut.

R44E.pdfOct.6,2016


42

8

Inrush Current Suppression Lead Type Package

Part Number

Bulk


-

-

400

750

1000

1000

1500

50

100

150

300

300

500

500

Part Number

Ammo Pack Taping


NTPAN_DKB0NTPAJ_DKB0NTPAD_DNB0NTPAA_DNB0NTPA9_BMB0NTPA7_BMB0NTPA5_BMB0

-

-

NTPAD_D6A0NTPAA_D6A0NTPA9_B1A0NTPA7_B1A0NTPA5_B1A0

Minimum Order Quantity

Taping Dimensions (NTPAD/A_D6A0 Series)

Pitch of Component


Lead Spacing



Body Diameter


Carrier Tape Width


Lead Distance between Reference and Bottom Plane

Height of Component

Protrusion Length


Lead Diameter







Coating Extension on Lead

P

P0

F

P1

P2

D

ΔS

W

W1

H0

H2

I

D0

d

t1

t2

Δh1, Δh2

L

W0

W2

e

30.0

15.0±0.3

7.5±0.5

7.5±1.5

3.75±1.0

(refer to the table below)

Body Thickness T (refer to the table below)

±2.0

18.0±0.5

16.0±0.5

10.0 max.

+0.5 to -6.0

4.0±0.1

0.8±0.05

0.6±0.3

2.0 max.

2.0 max.

11.5 min.

4.0 max.

to line A

CodeItem Dimensions (mm)

9.0±0.5

11.0+0–2.0

NTPADNTPAA

Type D (mm) T (mm)

16.0 max. 5.5 max.

12.0 max. 5.0 max.

W0

W2

W

W1

H0

H2

Δh2Δh1

e

ΔSP2 P

D

P1

P0

F d

l

øD0

L

t2 t1

T

A


R44E.pdfOct.6,2016


43

8

Inrush Current Suppression Lead Type PackageContinued from the preceding page.

Pitch of Component


Lead Spacing



Body Diameter


Carrier Tape Width


Lead Distance between Reference and Bottom Planes

Height of Component

Protrusion Length


Lead Diameter







Coating Extension on Lead

P

P0

F

P1

P2

D

ΔS

W

W1

H0

H2

I

D0

d

t1

t2

Δh1, Δh2

L

W0

W2

e

12.7

12.7±0.3

5.0

6.35±1.3

3.85±0.8

(refer to the table below)Body Thickness T 5.0 max.

±1.5

18.0±0.5

16.0±1.0

6.0 max.

+0.5 to -4.0

4.0±0.3

0.6±0.05

0.6±0.3

2.0 max.

1.5 max.

11.0 min.

4.0 max.

to line A

CodeItem Dimensions (mm)

9.0

11.0 +0–2.0

+0.8–0.3

+0.5–0.75

W0

W2

W

W1

H0

H2

Δh2Δh1

e

ΔSP2 P

D

A

P1

P0

F d

l

øD0

L

t2 t1

T

Type D (mm)

11.0 max.

9.0 max.

6.0 max.

NTPA9NTPA7NTPA5

Taping Dimensions (NTPA9/7/5_B1A0 Series)

R44E.pdfOct.6,2016


44

8

Murata Manufacturing Co., Ltd.

www.murata.com

Note1 Export Control

For customers outside Japan:

No Murata products should be used or

sold, through any channels, for use in the

design, development, production, utilization,

maintenance or operation of, or otherwise

contribution to (1) any weapons (Weapons of

Mass Destruction [nuclear, chemical or biological

weapons or missiles] or conventional weapons)

or (2) goods or systems specially designed or

intended for military end-use or utilization by

military end-users.

For customers in Japan:

For products which are controlled items subject

to the “Foreign Exchange and Foreign Trade Law”

of Japan, the export license specifi ed by the law

is required for export.

2 Please contact our sales representatives or

product engineers before using the products in

this catalog for the applications listed below,

which require especially high reliability for the

prevention of defects which might directly

damage a third party’s life, body or property, or

when one of our products is intended for use

in applications other than those specified in

this catalog.

1 Aircraft equipment

2 Aerospace equipment

3 Undersea equipment

4 Power plant equipment

5 Medical equipment

6 Transportation equipment (vehicles, trains,

ships, etc.)

7 Traffi c signal equipment

8 Disaster prevention / crime prevention

equipment

9 Data-processing equipment

10 Application of similar complexity and/or

reliability requirements to the applications

listed above

3 Product specifi cations in this catalog are as of

August 2016. They are subject to change or

our products in it may be discontinued without

advance notice. Please check with our sales

representatives or product engineers before

ordering. If there are any questions, please contact

our sales representatives or product engineers.

4 Please read rating and CAUTION (for storage,

operating, rating, soldering, mounting and

handling) in this catalog to prevent smoking

and/or burning, etc.

5 This catalog has only typical specifi cations.

Therefore, please approve our product

specifi cations or transact the approval sheet

for product specifi cations before ordering.

6 Please note that unless otherwise specifi ed, we

shall assume no responsibility whatsoever for any

confl ict or dispute that may occur in connection

with the eff ect of our and/or a third party’s

intellectual property rights and other related

rights in consideration of your use of our products

and/or information described or contained in our

catalogs. In this connection, no representation

shall be made to the eff ect that any third parties

are authorized to use the rights mentioned above

under licenses without our consent.

7 No ozone depleting substances (ODS) under the

Montreal Protocol are used in our manufacturing

process.

Global LocationsFor details please visit www.murata.com

Cat. No. R44E-17

R44E.pdfOct.6,2016

http://www.murata.com

http://www.murata.com

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