A single negative temperature coefficient thermistor MF11 with a black epoxy coating and silver leads.

A single Precision NTC thermistor MF11 with blue coated and silver leads. The NTC thermistor is for temperature compensation

Negative Temperature Coefficient Thermistor for temperature compensation (MF11 series)

Introducing the DXM MF11 Series Negative Temperature Coefficient Thermistor, designed for precise temperature compensation.

Key Features of MF11 Precision NTC Thermistor:
● High Accuracy: Offers precision up to ±5% resistance accuracy.
● Wide Operating Temperature Range: Functions effectively from -55°C to +125°C.
● Versatile Applications: Ideal for measuring equipment, electronic circuits, and more.
● Durable Construction, Compact Design: Resin-coated, small size design ensures longevity.
●Economical Solution: Cost-effective for maintaining stable semiconductor and IC performance.

Trust DXM's MF11 NTC Thermistors for precise and durable thermal management. Perfect for industries requiring accuracy and stability. Enhance your system's efficiency with our leading-edge technology today.

Model Number

MF11 series

Brand

DXM

INQUIRY

Details

Negative Temperature Coefficient Thermistor MF11 Series Overview

The Negative Temperature Coefficient Thermistor (NTC Thermistor) MF11 Series is resin-coated, NTC Thermistors designed for temperature compensation in semiconductors and ICs. With a high-temperature coefficient, this precision thermistor ensures stable performance across a wide temperature range, making it essential for various electronic applications.

The primary function of temperature compensation allows semiconductors and ICs to operate reliably, ensuring consistent performance even under varying thermal conditions. The MF11 series Negative Temperature Coefficient Thermistor is available in two packaging colors: black and blue.

Applications of Negative Temperature Coefficient Thermistor MF11 Series

The MF11 Series Precision NTC thermistor is versatile and widely used in numerous applications, including:

-Temperature Compensation for Measuring Equipment.
-Temperature Compensation of Electronic Circuits.
-Instrument Coil, Integrated Circuit, and Quartz Crystal Oscillator Temperature Compensation.
-General Precision Temperature Measurement and Control: Suitable for precise temperature monitoring and control in various devices.
Figure 1- Examples and principles of Negative Temperature Coefficient Thermistor MF11 for temperature compensation :

Advantages of NTC Thermistor MF11

The MF11 Precision NTC Thermistor offers several advantages:

Good Consistency: Ensures reliable performance across multiple applications.
Wide Resistance Range: From 0.01 to 200KΩ, suitable for various needs.
High Resistance Accuracy: Precision thermistor MF11 up to ±5% for precise temperature control.
Small Rated Power: 0.5W, making it energy-efficient.
Wide Operating Temperature Range: -55°C to +125°C, ideal for extreme environments.
Economical and Practical: Cost-effective solution for temperature compensation.
Figure 2- Reduced power curve of NTC thermistors MF11 for temperature compensation :

Main Features of MF11 Negative Temperature Coefficient Thermistor

NTC Thermistors Main Technical Parameters

Precision NTC Thermistor Parameter	Specification
Rated Power	≤0.5W
Measuring Power	≤0.1mW
Operating Temperature	-55°C to +125°C
R25 Allowable Deviation	Various (0.01~200KΩ)
Resistance Accuracy(%))	±5%
B value of thermistor (25/50°C)	2700K to 5050K
Time Constant	≤30 seconds
Dissipation Coefficient	≥6mW/°C

Precision Thermistor Dimensions

Figure 3- Dimensions of Bead Type NTC Thermistors for temperature compensation (unit: mm):

Diagram showing dimensions for Bead Type NTC Thermistors for temperature compensation, with straight and in-formed lead wire types.

Selection Guide of Negative Temperature Coefficient Thermistor MF11 Series

When selecting an negative temperature coefficient themmistor from the MF11 series, consider the following:

- Nominal Resistance (R25): Choose based on the specific application requirements.

- Tolerance Range: Options include J (±5%), K (±10%), L (±15%), and M (±20%).

- Lead Shape: Available in straight foot (S) or inward bend (U).

Working Principle of Precision NTC Thermistor MF11

The MF11 precision thermistor functions by decreasing its resistance as the temperature increases, providing temperature compensation in electronic circuits and ensuring stable performance in semiconductors and ICs.

Model Description of Negative Temperature Coefficient Thermistor MF11

MF11	---	103	K	S
1		2	3	4

1. Series: MF11 series NTC thermistors for temperature compensation.

2. Nominal resistance R25: 22R-22Ω, 103-10KΩ.

3. Tolerance range: J-±5%, K-±10%, L-±15%, M-±20%.

4. Lead shape: S- straight foot, U- inward bend.

Model List of Bead Type Thermistor MF11

Product Model summary of Negative Temperature Coefficient Themmistors for temperature compensation :

Item	Part No. of NTC Thermistors MF11	Resistance @25 ℃		B Value of Thermistor		Operating Temperature （℃）	Thermal Time Constant (S)	Dissipation Factor (mW/ ℃)
		(R 25) Resistance （KΩ）	Tolerance (±%)	Thermistor B Value (K)	Tolerance (±%)
1	MF11-□□□	3.3~33	5,10,20	2700	5	-55~+125	≤30 In still air	≥6.0 In still air
2		6.8~68		2830
3		15~150		2950
4		33~330		3100
5		68~680		3250
6		150~1500		3400
7		330~3300		3570
8		680~6800		3740
9		1500~15000		3900
10		3300~33000		4050
11		6800~68000		4250
12		15000~150000		4450
13		33000~330000		4670
14		68000~680000		4800
15		150000~2000000		5050

Note: First □ for filling in resistance @25 ,
Second □ for filling in ℃ resistance tolerance code name,
Third □ for filling in wire shap.
Conclusion of MF11 NTC Thermistors

The MF11 Series NTC thermistors provide economical and practical solution for temperature compensation across a wide range of applications.With features like high accuracy, a wide resistance and operating range, and durable construction, these Negative Temperature Coefficient Thermistor is an excellent choice for ensuring the stability and reliability of semiconductors, ICs, and other electronic circuits.

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