HNST WELCOME!
0755-23173910
Sign in
|
Register
|
Supplier Join
English
|
中文
{{searchSelectTypeText}}
{{isCn?item.cn:item.en}}
Search
fuse
walter
current diverter
SMD fuse
ever ohms
Precision resistor
Alloy resistance
Hnstshop
Supplier
{{isCn?'¥':'$'}}{{isCn?scope.row.subTotal:scope.row.usdSubTotal}}
Cart
{{cartCount}}
CATEGORY
{{isChinese?level2CategoryView.viewNameCn:level2CategoryView.viewNameEn}}
{{ isChinese?level2Category.viewNameCn:level2Category.viewNameEn }}
{{ isCn ? thirdLv.descCn : thirdLv.descEn }}
HN Shop
Manufacturers
Cooperation
Help center
你当前的浏览器版本过低或不支持。请升级或更换浏览器。推荐浏览器 Chrome Edge。
inductor
List
Picture
Wire Wound Chip Inductors
Multilayer Chip Inductors
Molded Power Inductors
Power Inductors
HNST
→
product center
→ inductor
{{ isCn ? '分类搜索' : 'Category'}}
{{ isCn ? '参数筛选' : 'Filter'}}
{{ isCn ? '选择以下产品分类,查看过滤选项并缩小您的搜索范围' : 'Select the following product categories to view filtering options and narrow down your search scope'}}
{{ item.desc }}
View more
Retract
{{ isCn? '产品种类' : 'Category' }}
Reset
{{seriesCate[isCn ? 'serDescCn' : 'serDescEn']}}
{{seriesCate[isCn ? 'serDescCn' : 'serDescEn']}}
{{ isCn?groupName[index]['nameCn'] : groupName[index]['nameEn']}}
Reset
{{opt.desc}}
{{opt.desc}}
Clear Filters
In Stock
series
product
Share
Download
{{item.descCn}}
{{item.descEn}}
Molded Power Inductors ,0630 ,1.0uH ,±20% ,12A ,Chip SMD ,ELLON-ETC - ETC0630H1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0650 ,1.0uH ,±20% ,12A ,Chip SMD ,ELLON-ETC - ETC0650H1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0520 ,1uH ,±20% ,7A ,Chip SMD ,ELLON-ETC - ETC0520S1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0520 ,1uH ,±20% ,7A ,Chip SMD ,ELLON-ETC - ETC0520H1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0420 ,1uH ,±20% ,4.5A ,Chip SMD ,0.03R - ETC0420H1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,201610 ,1uH ,±10% ,3.5A ,Chip SMD ,- - ETC2016H-1R0MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0630 ,10uH ,±20% ,4A ,Chip SMD ,ELLON-ETC - ETC0630H100MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0630 ,47uH ,±20% ,800mA ,Chip SMD ,ELLON-ETC - ETC0630S470MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0630 ,15uH ,±20% ,2.8A ,Chip SMD ,ELLON-ETC - ETC0630H150MTT
ELLON-ETC
ELLON
Molded Power Inductors ,0630 ,33uH ,±20% ,1.5A ,Chip SMD ,ELLON-ETC - ETC0630H330MTT
ELLON-ETC
ELLON
第1页
第2页
第3页
第4页
第5页
第6页
第7页
第8页
第9页
第10页
第11页
What are the series of Maijie micro inductors?
According to the search results, the inductor product line of Maijie Microelectronics (Maijie Technology) covers multiple technical directions and application scenarios, and its series division is mainly based on dimensions such as process structure, material characteristics, application fields, and performance parameters. The following is a comprehensive classification and characteristic analysis of its inductor series:
Detailed explanation of categories and applications of Maijie micro inductors
According to the search results, the inductor product line of Maijie Microelectronics (Maijie Technology) covers multiple technical directions and application scenarios, mainly divided into the following categories:
Classification and characteristics of main materials for inductors
Inductance, as a core component in electronic circuits, is closely related to its performance and material selection. According to the search results, the manufacturing materials of inductors can be divided into the following categories, covering key parts such as magnetic cores, coils, insulation, and packaging:
What are the characteristics of inductors of different categories?
Inductance, as a core component in circuits, has various classification methods. Different categories of inductors have significant differences in structure, materials, application scenarios, and performance characteristics. Starting from the classification dimension, combined with technical characteristics and application scenarios, the characteristics of various types of inductors are systematically sorted out.
Classification of Inductors and Analysis of Application Scenarios
Inductance, as a storage component for electromagnetic energy, can be classified from different dimensions. The following is an original classification system that combines physical characteristics and application scenarios to systematically sort out the types of inductors:
What are the brands of surface mount inductors? What are the advantages?
The main brands of surface mount inductors include Shunluo Sunlord, Weishi Vishay, etc. Each brand has its own product advantages and market positioning. The following will provide a detailed introduction.
Introduction to Maijie Micro Power Inductors
As a leading electronic component manufacturer in China, Maijie Microelectronics (stock code: 300319) is known for its high performance, miniaturization, and high reliability in power inductor products, which are widely used in fields such as communication, consumer electronics, new energy, and automotive electronics. The following is a detailed introduction to the core technology, product series, and market advantages of its power inductor:
microgate automotive products AMPIT3015 series winding inductors introduction
Maget Technology is specialized in the development and production of electronic components, automotive products AMPIT3015 series winding inductors is a part of its many product lines. This series of inductors is mainly used in the field of automotive electronics, with excellent electrical performance and quality assurance, to meet the needs of automotive electronic equipment for high-performance inductors.
Do we need to lay copper foil underneath the inductor for DC-DC power supply?
Inductors have alternating current, and laying copper at the bottom of the inductor will generate eddy currents on the ground plane. The eddy current effect will affect the inductance of the power inductor, and eddy currents will also increase system losses. At the same time, the noise generated by alternating current will increase the noise on the ground plane, which will affect the stability of other signals. From the perspective of EMC, laying copper on the bottom of the inductor and a complete ground surface is beneficial for EMI design; The current production process of inductors has been upgraded, and shielded inductors are used. There are very few leaked magnetic induction lines, which have little impact on the inductance of the inductors and are also beneficial for heat dissipation.
The working principle of inductors and their applications in the electronic field
An inductor is an electronic component that can store and release magnetic energy. An inductor is made by winding wires, usually made of copper wire. When a wire is energized, a magnetic field is generated, causing the magnetic field around the wire to increase.
Elements of power inductor selection
How to select power inductors, explain from the selection elements of power inductors. The selection of power inductors requires consideration of factors such as inductance value, inductance material, current capacity, frequency characteristics, as well as size and weight. Reasonable selection of power inductors can improve the performance and stability of electronic devices. When selecting a circuit, it is necessary to fully understand its requirements and conduct a comprehensive evaluation based on the actual situation.
What are the application fields of power inductors
What are the application areas of power inductors? The main application fields of power inductors include: power systems, electronic equipment, communication systems, automotive electronics, medical equipment, industrial automation, renewable energy, and so on. Buy an inductor and choose the inductor Shanghuanian Mall.
What is an inductor
What is an inductor? An inductor is an electronic component used to measure and control inductance. Inductance refers to the property that the magnetic field generated by current passing through a conductor coil is proportional to the magnitude and direction of the current. Inductors can affect the current and voltage in a circuit by changing the size and direction of the inductance.
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.
Don’t show this pop up window next time
No need
Confirm
{{ item.code }}
{{ item.descCn }}
{{ isCn ? '暂无对比产品' : 'No products to compare' }}
{{ (isCn ? '查看对比产品' : 'View comparative products') + ' (' + comparisonData.length + ')'}}