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220uHI-ShapedMagneticCoreInductor8x10mm_1
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220uHI-ShapedMagneticCoreInductor8x10mm_1

220uHI-ShapedMagneticCoreInductor8x10mm_1
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220uH I-Shaped Magnetic Core Inductor 8x10 mm

Verfügbar:Nicht vorrättig

Produkt-SKU: INDEC016

Wunschzettel

₹ 9 ~~₹ 15~~

Vorbestellung

Specification

Beschreibung

The 220uH I-Shaped Magnetic Core Inductor is a passive electronic component designed to store energy in a magnetic field when electric current flows through it. Featuring an I-shaped magnetic core, this inductor enhances inductance while minimizing core losses. With a compact size of 8mm in diameter and 10mm in height, it is a highly efficient solution for applications such as filtering, energy storage, and signal processing.

Features:

Compact Design: Small size (8x10 mm) makes it suitable for space-constrained applications.

Stable Inductance: Provides a consistent inductance of 220µH, essential for precise filtering and energy storage.

I-Shaped Core: Enhances magnetic efficiency and minimizes energy losses.

High-Quality Materials: Constructed with durable ferrite core and copper windings to ensure longevity and reliable performance.

Versatile Application: Suitable for use in various electronic circuits, including power supplies, RF circuits, and filtering networks.

Applications:

Power Supplies: Ideal for use in DC-DC converters, inductive energy storage, and other power management circuits.

Signal Processing: Used in RF and analog circuits to manage signal integrity, reduce noise, and maintain signal clarity.

Filtering: Effective in removing unwanted frequencies from a signal, crucial for audio, RF, and data communication systems.

Energy Storage: Provides energy storage in applications where smooth energy release is required, such as in pulse circuits.

Switching Circuits: Used in switching regulators, chokes, and other switching circuit designs to ensure stable operation.

Technical Details

Inductance: 220µH (microhenries)
Core Shape: I-Shaped Magnetic Core
Core Material: Typically ferrite or similar magnetic materials to ensure efficient inductance.
Winding Material: Copper wire, offering excellent conductivity and low resistance.
Current Rating: Adequate for most low to medium current applications (specific rating depends on design requirements).
Operating Frequency: Suitable for a wide range of frequencies, depending on the application.
Tolerance: Standard inductance tolerance, typically within ±10% or as specified by the manufacturer.