LANSON-AFN Industrial Electronic Co. Ltd-HNST

Series image: for reference only

Manufacturer：	LANSON
Product Series：	LANSON-AFN
Product Type：	Auto Fuse
EU RoHS：	Compliant(2011/65/EU)
EU REACH：	Dose not contain REACH SVHC(1907/2006/EC)
UL：	E221465 (3A~40A)
Testing Standard：	UL248-1/UL248-14
Operating Temperature：	-55° C ~ +125 ° C
Plastic crust：	Plastic
Zinc piece：	Zinc
Storage Conditions：	Relative humidity≤75%, store 3 years
Packing：	400 fuses per plastic bag, 2 plastic bags per inner box,
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Data Sheet：	LANSON_AFN.pdf
Electronic：	LANSON_Product_Catalogue.pdf

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5931 alloy resistor manufacturer and product series detailed explanation Alloy resistors provide excellent performance balance in the 5931 package size, combining high power processing capability, low resistance accuracy, and excellent thermal stability, making them an ideal choice for high-performance current detection applications.
Comprehensive analysis of 5930 encapsulated alloy resistor manufacturer 5930 encapsulated alloy resistors have become an indispensable component in high-power circuit design due to their excellent power processing capability and stable electrical performance. This article will comprehensively introduce well-known manufacturers of 5930 volume alloy resistors at home and abroad, helping engineers make more informed decisions when choosing.
Comprehensive analysis of 3921 alloy resistor manufacturer 3921 alloy resistor is a high-power, low resistance current detection resistor widely used in the electronics industry. Its external dimensions are 10.0mm × 5.2mm (3921 package). Due to its excellent electrical characteristics and stable performance, this resistor plays an important role in power management, current detection, and control circuits. The 3921 alloy resistor model can provide high power carrying capacity, typically ranging from 3W to 9W, with a resistance accuracy of up to ± 1% and excellent temperature coefficient, enabling it to maintain stable operation in various harsh environments.
Comprehensive analysis of 3920 packaged alloy resistor manufacturers and products In today's increasingly sophisticated electronic devices, alloy resistors packaged in 3920 have become an ideal choice for precise current detection in high-power and high current scenarios due to their compact structure, excellent performance, and high reliability. This article will provide you with a detailed introduction to several manufacturers producing 3920 volume alloy resistors and their product features, helping you make appropriate choices in your design. Overview of 3920 encapsulated alloy resistors
Overview of Major Manufacturers and Products of 4527 Alloy Resistors In the field of surface mount resistors, alloy resistors with a package size of 4527 (around 11.56mm × 6.98mm) have become the preferred choice for applications such as power modules, current detection, and automotive electronics due to their high power processing capability and excellent temperature stability.
Full analysis of 2728 alloy resistor manufacturer 2728 alloy resistor is a patch type low resistance resistor made of metal alloy material, which has the characteristics of high power, low temperature coefficient, and excellent thermal stability. Its external dimensions are 6.9mm × 7.2mm (2728), which allows it to withstand high power while maintaining a relatively compact installation area. 2728 alloy resistors play a crucial role in modern electronic devices due to their excellent electrical and mechanical properties.
2725 Alloy Resistors Main Manufacturers and Product Selection Guide 2725 alloy resistor, as a high-power, low resistance current detection resistor, plays an important role in power management, battery protection board, frequency converter and other circuits. Its 2725 size (6.8mm × 6.5mm) provides excellent heat dissipation performance, allowing for larger currents to pass through.
Comprehensive analysis of 2512 alloy resistor manufacturer In the trend of miniaturization and high-performance development of electronic devices today, 2512 size alloy resistors play a key role in applications such as power management and current detection due to their excellent electrical performance and high reliability.
Comprehensive Analysis of 2010 Volume Alloy Resistance Manufacturers 2010 alloy resistors, as a commonly used surface mount resistor, play an important role in circuit design. This article will introduce several manufacturers of 2010 alloy resistors to help you make more informed decisions when selecting.
Comprehensive analysis of 1206 alloy resistor manufacturer In the field of electronic components, 1206 alloy resistors have become an indispensable component in many circuit designs due to their excellent performance and stable characteristics. This article will provide you with a detailed introduction to the major manufacturers of 1206 alloy resistors and their product features, helping you make more informed decisions when selecting.
0805 Alloy Resistors Main Manufacturers and Product Selection Guide 0805 alloy resistors are widely used in fields such as current detection, power management, and automotive electronics due to their excellent temperature characteristics, low resistance, and high power tolerance.
0603 alloy resistor manufacturer's comprehensive strategy, selection is no longer difficult 0603 alloy resistors play an important role in the electronics industry due to their small size, high precision, low temperature coefficient, good stability, and high-frequency performance. They are widely used in high demand electronic devices such as electrical engineering, automotive electronics, and smartphones.
What are the manufacturers of alloy resistors with a volume of 0402? Regarding the manufacturer of 0402 encapsulated alloy resistors, information is relatively limited based on current search results. I have found a clear manufacturer for you and integrated some other possible manufacturers, hoping to be helpful to you.
0201 Alloy Resistors Main Manufacturers and Product Selection Guide 0201 alloy resistor is a miniaturized chip resistor made of alloy material, named after its size code. The 0201 package size is only 0.6mm × 0.3mm, with a typical power rating of 0.05W (1/20W).
Detailed explanation of mainstream volume of alloy resistors: a must-have guide for selection In electronic circuit design, alloy resistors are widely used in fields such as current detection, power management, and automotive electronics due to their low temperature coefficient, high precision, and high stability. For engineers, understanding the mainstream volume specifications of alloy resistors is a key step in selection and design.
Overview of Conventional Volume of Alloy Resistors Alloy resistors, as a common electronic component, are widely used in various circuit designs, and their volume selection has a significant impact on circuit performance and heat dissipation capability.
Why is the size of alloy resistors continuously moving towards miniaturization? In the field of electronic components, a significant trend is that the packaging size of alloy resistors is becoming smaller and smaller. We can observe this change in both surface mount alloy resistors and other types.
In what state will alloy resistors fail? Alloy resistors, as a precision electronic component, are widely used due to their good stability and low temperature coefficient. However, in certain specific states, alloy resistors also face the risk of failure. Understanding these failure states is crucial for both circuit design engineers and maintenance personnel.
How to Choose Alloy Resistors Correctly: A Practical Selection Guide Alloy resistors play an irreplaceable role in key applications such as current detection and power conversion due to their excellent performance. However, faced with the dazzling array of models on the market, how should engineers make the most suitable choice? This article will systematically outline the core criteria for selecting alloy resistors, providing clear guidance for your project selection.
Top 10 reasons to choose Huanian Mall for buying resistors: the preferred platform for purchasing alloy resistors Especially alloy resistors, due to their high precision, high power, and stability, are widely used in fields such as industrial control, automotive electronics, and communication equipment. Among numerous suppliers, Huanian Mall has become the preferred choice for more and more engineers and buyers due to its professional services and excellent quality. Here are 10 reasons to choose Hua Nian Mall to purchase alloy resistors, to help you make informed decisions.
Is it better to choose manganese copper or iron chromium aluminum alloy resistors? We focused on comparing the resistance of manganese copper alloy and iron chromium aluminum alloy, and ensured the density and logical and readable content of the keyword "alloy resistance".
FeCrAl Iron Chromium Aluminum Alloy Resistors: High Temperature and Efficient Core Components, Advantages Analysis FeCrAl Iron Chromium Aluminum Alloy Resistors: High Temperature and Efficient Core Components, Advantages Analysis
Why is FeCrAI iron chromium aluminum material preferred for high-performance alloy resistor sampling? Among numerous resistance alloy materials, FeCrAI (iron chromium aluminum) material has become the preferred choice for mid to high end alloy resistors due to its excellent comprehensive performance. So, what are the tangible benefits of using FeCrAI material? This article will provide you with an in-depth analysis.
Why is Kama material commonly used for alloy resistors above 200mR? In the field of electronic components, the selection of alloy resistors is crucial for device performance. Especially in applications with medium to high resistance values above 200mR (0.2 Ω), Kama alloy (also known as 6J22) has become the undisputed preferred material due to its unique physical properties.
Why are alloy resistors using less and less copper material? The issue of reduced use of constantan material in alloy resistors is mainly due to material cost constraints, limitations in specific properties, and the emergence of more competitive alternative materials in the market.
What are the benefits of using manganese copper alloy material for alloy resistors? The use of manganese copper alloy as the material for alloy resistors is mainly due to its excellent physical properties, making it an ideal material for manufacturing high-precision and high stability resistors.
What is the difference between manganese copper alloy and nickel copper alloy in alloy resistors? Manganese copper alloy and nickel copper alloy are both core materials for manufacturing precision alloy resistors, but their characteristics and application fields have significant differences.
Comprehensive analysis of the outstanding advantages of the MSH series of Walter alloy resistors In the field of electronic components, the MSH series of Huade alloy resistors occupies an important position among many resistor products due to its unique performance advantages. Whether it is professional equipment with strict precision requirements or industrial applications with high stability and power requirements, the MSH series can excellently meet the needs. The following will elaborate on its advantages.
What are the advantages of the STE series of Walter alloy resistors? In depth analysis of the significant advantages of the STE series of Walter alloy resistors in the field of electronic components. With its excellent performance, reliable quality, and wide applicability, the STE series of Huade alloy resistors stands out among numerous resistor products. The following will comprehensively analyze the advantages of this series.
The following is a parameter comparison and recommendation reason between STE1206M1W0R010F and RLM10FTSMR010 The following is a parameter comparison and recommendation reason between STE1206M1W0R010F and RLM10FTSMR010:

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