NTCDS3KG471HD4N [TDK]

NTC Thermistors Element;


型号：	NTCDS3KG471HD4N
厂家：	TDK ELECTRONICS
描述：	NTC Thermistors Element
文件：	总6页 (文件大小：103K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

N T C T e m p e r a t u r e M e a s u r e m e n t S e n s o r s

March 2016

NTC Thermistors

Element

NTCDS NTCGFseries

・

NTCDS

NTCGF

Glass-encapsulated NTC thermistors

Resin coated NTC thermistors

(2/6)

S E N S O R S

Product compatible with RoHS directive

Halogen-free

NTC Thermistors

Element

Compatible with lead-free solders

・

Overview of the NTCDS NTCGF Series

FEATURES

This series features a glass-sealed construction identical to that of DHDs (Double Heatsink Diodes). They are thus highly reliable and

resistant to high relative humidity.

Tight tolerances are maintained in resistance vs. temperature characteristics.

The application of semiconductor mass production techniques has resulted in considerable size reduction and improved consistency.

PRODUCT LINEUP

NTCDS series

Glass-encapsulated NTC thermistors

Dimensional code 3 (3.0ꢀø1.8mm)

Dimensional code 4 (4.0ꢀø2.0mm)

NTCGF series

Resin coated NTC thermistors

Dimensional code 5 (Resin coated shape)

RoHS Directive Compliant Product: See the following for more details related to RoHS Directive compliant products. http://product.tdk.com/en/environment/rohs/

Halogen-free: Indicates that Cl content is less than 900ppm, Br content is less than 900ppm, and that the total Cl and Br content is less than 1500ppm.

Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.

Please note that the contents may change without any prior notice due to reasons such as upgrading.

20160304 / sensor_ntc-thermistor_element_en.fm

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S E N S O R S

・

Overview of the NTCDS NTCGF Series

PART NUMBER CONSTRUCTION

NTC

○

□□

○

□□□

○

□□□

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

(9)

(10)

(11)

(12)

(1) This code denotes NTC thermistors.

(2) Structural classification code

(6) Nominal resistance

This code indicates the resistance value existing at the speci-

fied ambient temperature by two significant digits followed by

the digit 0(zero).

Glass-encapsulated shape(Axial lead type)

Multilayer element

(Example)

470ꢁ

5kꢁ

10kꢁ

150kꢁ

471

502

103

154

(3) Assembly classification code

Without processing

Folded radial lead wire

Folded radial lead wire with insulation tube

Short cut lead wire

Kinked lead wire with insulation tube

Kinked lead wire

Resin coated NTC thermistors

Coating product

Others

(7) Nominal resistance tolerance

Tolerance is identified by the following codes.

Code

Tolerance(%)

(4) B constant(Resistance temperature characteristics)

This code indicates the value of B constant using a combination

of one numeric and one alphabetic character.

Others

(8) Ambient temperature for nominal resistance

Ambient temperatures for specified nominal-resistance values

are indicated using the following codes.

Numeric code B constant(K)

Alphabetic code B constant(K)

2000

3000

4000

0 to 50

51 to 100

101 to 150

151 to 200

201 to 250

251 to 300

301 to 350

351 to 400

401 to 450

451 to 500

501 to 550

551 to 600

601 to 650

651 to 700

701 to 750

751 to 800

801 to 850

851 to 900

901 to 950

951 to 999

Code

Ambient temperature(°C)

–20

Note: Although B constants are

expressed as 3A, 3B, 4A, 4B, etc.

using these two tables, the

alphabetic characters do not denote

tolerances;they have the meaning

shown in the example below.

100

200

300

Others

(Example)

3A=3010(K)

3A=3050(K)

That is, the alphabetic character(in

this example, A) indicates the range

of values that can be specified by the

thermistor user.

(9) Dimensional code

3018 type

4020 type

Resin DIP shape(Resin DIP type: G)

(10) Plating specification code of lead wire

(5) B constant tolerance

(11) Packaging style

This code indicates tolerances using the following code.

Bulk

Code

Tolerance(%)

Taping(Tape width: 52mm)

Taping(Tape width: 26mm)

Others

(12) TDK internal code

Others

Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.

Please note that the contents may change without any prior notice due to reasons such as upgrading.

20160304 / sensor_ntc-thermistor_element_en.fm

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S E N S O R S

NTCDS Series ^{(Glass-encapsulated NTC thermistors, Dimensional code 3)}

SHAPE & DIMENSIONS

Dimensional code 3 (3.0ꢀø1.8mm)

3+0, –0.7

28.2 .1

CHARACTERISTICS

Dimensional code

Heat dissipation constant[in still air]

Thermal time constant[in still air]

3(3.0ꢀø1.8mm)

1mW/°C

10s max.

Insulation resistance[between lead and glass]

50Mꢁ min.[DC.500V]

Temperature coefficient

The relationship between temperature coefficient ꢂ and B constant can be expressed as follows:

T²

ꢂ= –

—

ꢀ100(%/°C)

Example: The temperature coefficient at 20°C with B=3400K can be calculated at –4%/°C.

ELECTRICAL CHARACTERISTICS

CHARACTERISTICS SPECIFICATION TABLES

Part No.

Nominal resistance

Resistance

(25°C)

B constant

Operating

temperature ranges

Lead wire

plating

(0°C)

5.499kꢁ

6kꢁ

(100°C)

—

2.000kꢁ

2.186kꢁ

10.00kꢁ

4.961kꢁ

5.369kꢁ

10.74kꢁ

1.991kꢁ

B25/85: 3392K 2%

B25/85: 3400K 2%

B25/85: 3480K 2%

B25/85: 3528K 2%

B25/85: 3650K 2%

B25/85: 3940K 2%

B25/85: 4000K 2%

B25/85: 3992K 2%

B25/85: 3392K 2%

B25/85: 3480K 2%

B25/85: 3940K 2%

B0/100: 3366K 2%

B0/100: 3368K 2%

B0/100: 3450K 2%

B0/100: 3503K 2%

B0/100: 3645K 2%

B0/100: 3932K 2%

B0/100: 3999K 2%

B0/100: 3970K 2%

B0/100: 3366K 2%

B0/100: 3450K 2%

B0/100: 3932K 2%

NTCDS3HG552HB3N□

NTCDS3HG602HB3N□

NTCDS3HG273HB3N□

NTCDS3KG471HD3N□

NTCDS3KG153HB3N□

NTCDS3KG303HB3N□

NTCDS3LG181HD3N□

NTCDS3LG161HD3N□

NTCDS3NG802HB3N□

NTCDS3UG661HD3N□

NTCDS4AG173HB3N□

NTCDS4AG353HB3N□

NTCDS4AG993HB3N□

NTCDS4AG332HD3N□

NTCDS3HG552HB3S□

NTCDS3KG471HD3S□

NTCDS3UG661HD3S□

27.18kꢁ

—

15kꢁ

30kꢁ

—

0.470kꢁ

—

0.184kꢁ

–40 to 250°C

—

0.1553kꢁ 1.684kꢁ

8.013kꢁ

—

17kꢁ

34.67kꢁ

99.91kꢁ

—

5.499kꢁ

—

0.662kꢁ

—

3.3kꢁ

—

0.470kꢁ

0.662kꢁ

2.677kꢁ

9.382kꢁ

4.918kꢁ

10.00kꢁ

30.00kꢁ

49.12kꢁ

2.000kꢁ

4.961kꢁ

9.382kꢁ

–40 to 160°C

Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.

Please note that the contents may change without any prior notice due to reasons such as upgrading.

20160304 / sensor_ntc-thermistor_element_en.fm

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S E N S O R S

NTCDS Series ^{(Glass-encapsulated NTC thermistors, Dimensional code 4)}

SHAPE & DIMENSIONS

Dimensional code 4 (4.0ꢀø2.0mm)

4+0, –0.4

28.2 .1

Dimensions in mm

CHARACTERISTICS

Dimensional code

Heat dissipation constant[in still air]

Thermal time constant[in still air]

4(4.0ꢀø2.0mm)

2mW/°C

20s max.

Insulation resistance[between lead and glass]

50Mꢁ min.[DC.500V]

Temperature coefficient

The relationship between temperature coefficient ꢂ and B constant can be expressed as follows:

T²

ꢂ= –

—

ꢀ100(%/°C)

Example: The temperature coefficient at 20°C with B=3400K can be calculated at –4%/°C.

ELECTRICAL CHARACTERISTICS

CHARACTERISTICS SPECIFICATION TABLES

Part No.

Nominal resistance

Resistance

(25°C)

B constant

Operating

temperature ranges

Lead wire

plating

(0°C)

5.499kꢁ

6kꢁ

(100°C)

—

2.000kꢁ

2.186kꢁ

10.00kꢁ

4.961kꢁ

5.369kꢁ

10.74kꢁ

1.991kꢁ

B25/85: 3392K 2%

B25/85: 3400K 2%

B25/85: 3480K 2%

B25/85: 3528K 2%

B25/85: 3650K 2%

B25/85: 3800K 2%

B25/85: 3850K 2%

B25/85: 3940K 2%

B25/85: 4000K 2%

B25/85: 3992K 2%

B25/85: 3392K 2%

B25/85: 3480K 2%

B25/85: 4000K 2%

B0/100: 3366K 2%

B0/100: 3368K 2%

B0/100: 3450K 2%

B0/100: 3503K 2%

B0/100: 3645K 2%

B0/100: 3792K 2%

B0/100: 3834K 2%

B0/100: 3932K 2%

B0/100: 3999K 2%

B0/100: 3970K 2%

B0/100: 3366K 2%

B0/100: 3450K 2%

B0/100: 3999K 2%

NTCDS3HG552HB4N□

NTCDS3HG602HB4N□

NTCDS3HG273HB4N□

NTCDS3KG471HD4N□

NTCDS3KG153HB4N□

NTCDS3KG303HB4N□

NTCDS3LG181HD4N□

NTCDS3LG161HD4N□

NTCDS3NG802HB4N□

NTCDS3RG642HB4N□

NTCDS3SG652HB4N□

NTCDS3UG661HD4N□

NTCDS4AG173HB4N□

NTCDS4AG353HB4N□

NTCDS4AG993HB4N□

NTCDS4AG332HD4N□

NTCDS3HG602HB4S□

NTCDS3KG153HB4S□

NTCDS3KG303HB4S□

NTCDS4AG353HB4S□

27.18kꢁ

—

15kꢁ

30kꢁ

—

0.470kꢁ

—

0.184kꢁ

—

0.1553kꢁ 1.684kꢁ

–40 to 250°C

8.013kꢁ

6.418kꢁ

6.508kꢁ

—

17kꢁ

34.67kꢁ

99.91kꢁ

—

0.662kꢁ

—

3.3kꢁ

—

2.677kꢁ

2.016kꢁ

2.020kꢁ

9.382kꢁ

4.918kꢁ

10.00kꢁ

30.00kꢁ

49.12kꢁ

2.186kꢁ

5.369kꢁ

10.74kꢁ

10.00kꢁ

6kꢁ

15kꢁ

30kꢁ

34.67kꢁ

—

–40 to 160°C

Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.

Please note that the contents may change without any prior notice due to reasons such as upgrading.

20160304 / sensor_ntc-thermistor_element_en.fm

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S E N S O R S

NTCGF Series ^{(Resin coated NTC thermistors, Dimensional code 5)}

SHAPE & DIMENSIONS

Dimensional code 5

6 1

+0.5

–1

16.7 0.5

Dimensions in mm

CHARACTERISTICS

Dimensional code

5(Resin DIP type)

4mW/°C

30s max.

Heat dissipation constant[in still air]

Thermal time constant[in still air]

Insulation resistance[between lead and thermistor]

5Mꢁ min.[DC.500V］

ELECTRICAL CHARACTERISTICS

CHARACTERISTICS SPECIFICATION TABLES

Part No.

Nominal resistance Resistance

B constant

Lead wire Operating

(0°C)

(25°C)

plating

temperature ranges

6.204kꢁ

2.185kꢁ

B25/85: 3535K 2%

B0/100: 3505K 2%

–40 to 125°C

NTCGF3LG222HC5SB

Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.

Please note that the contents may change without any prior notice due to reasons such as upgrading.

20160304 / sensor_ntc-thermistor_element_en.fm

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