22uh Copper Coil Power Filter Toroidal Inductor

• Customization: Available
• Conductive Type: Bipolar Integrated Circuit
• Shape: Round
• Technics: Semiconductor IC
• Transport Package: Boxes
• Specification: 38.6*34.2*20CM
• Trademark: ETOPMAY
• Origin: China
• HS Code: 8542329000
• Production Capacity: 10000000/Year

Product Description

Product Name:  Copper Coil  Power Filters Inductor

Category: General-purpose Integrated Circuit

Keywords: EEPROM, Two-Wire Type, Memory Chips, SOT23

Description: Introducing the 22uH Copper Coil Power Filters Toroidal Inductor-a pinnacle of innovation from Shenzhen Topmay Electronic Co., Ltd. This high-caliber component is meticulously crafted for seamless integration with general-purpose integrated circuits. Ideal for applications necessitating EEPROM compatibility, this inductor excels in Two-Wire Type systems, Memory Chips, and SOT23 assemblies. Its toroidal architecture ensures superior power filtration and noise mitigation, thereby amplifying the efficiency and dependability of your circuit designs. With a 22uH specification, this versatile inductor adeptly supports diverse power demands, all while sustaining steadfast stability. Rely on the impeccable quality and longevity of this copper coil inductor to elevate the performance of your integrated circuits to new heights.

PRODUCT SPECIFICATIONS

No	Item	Data
1	coil	copper
2	core	sendust
3	inductor	custom
4	Enclosure	NO
5	Leads or pads	custom

Iron powder inductors

Iron powder cores, a foundational choice for magnetic core material, are integral to the design of inductors, power filters, transformers, and numerous other applications. Created by amalgamating fine iron particles with insulating material, they present these noteworthy characteristics: Characteristics
1.Wide Frequency Range: Iron powder cores boast a broad frequency spectrum, particularly excelling in the low to mid-frequency zones (ranging from tens of kHz to several MHz). They are frequently selected for energy storage inductors in switching power supplies and as core elements in power converters.
2. Low Permeability: With permeability levels typically spanning from 10 to 100, iron powder cores are adept at sustaining higher currents without succumbing to saturation. This makes them highly desirable for high-current applications.
3. High Saturation Flux Density: These cores are recognized for their elevated saturation flux density (B_sat), enabling exceptional performance in high-power scenarios.
4. Low Loss: Although incurring greater losses than ferrite cores, iron powder cores maintain relatively low losses in low-frequency situations. Notably, as frequencies ascend, the losses in these cores also augment.

Color Coding Iron powder cores are often distinguished by color-coding, denoting distinct permeability levels, material compositions, and frequency ranges. Typical color codes include:

Yellow/White: Indicates a permeability of 26, commonly utilized in power filter inductors.
Red: Denotes a permeability of 52, suitable for a wide array of applications. Green/Blue: Signifies a permeability of 125, ideal for high-frequency, low-power tasks.
Gray: Symbolizes a permeability of 75. These color markers enable engineers to swiftly identify different iron powder core types and choose the optimal material for specific circuit designs and operational conditions.

Applications

Power Filters: In switching power supply environments, iron powder cores are prevalent in input and output filters as well as energy storage inductors, fostering high-efficiency power conversion.
Chokes: In the realm of EMI filtering and noise suppression, iron powder cores are valued for their capability to attenuate high-frequency noise due to their high saturation flux density.
Transformers: Iron powder cores are pivotal in facilitating energy transfer and conversion within isolation and high-frequency transformers.

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