Power Inductors

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Power Inductors Specification

Overheating Protection
YES

Mounting Type
Surface Mount

IP Rating
IP20

Insulation Material
Epoxy Resin

Efficiency
Up to 95%

Feature
High Energy Storage, Low Core Loss

Power Factor
0.95

Surface Finish
Matte Coated

Shape
Rectangular

Product Type
Power Inductor

Protection Level
Overcurrent Protection

Frequency (MHz)
Up to 2 MHz

Rated Voltage
50V

Energy Consumption
Low

Output Type
Inductive

Color
Black with Copper Leads

Dimension (L*W*H)
10mm x 8mm x 6mm

Weight
Approx. 1g

Input Voltage
Up to 50V

Phase
Single Phase

Size
10x8x6mm

Connection Type
SMD (Surface Mount Device)

Material
Ferrite Core, Copper Wire

No Of Poles
2

About Power Inductors

With the help of our distinguished professionals, we have been able to bring forth Power Inductors. These products are used to regulate the power output as well as recommended for VHF wireless applications. We manufacture these products using latest tools and machinery. These products are highly efficient and durable. We offer these Power Inductors in various specifications to meet the requirements of our clients. Furthermore, for deliver of flawless products we quality check every products for flaws and errors.

Durable & Efficient Design

Engineered with a ferrite core and high-quality copper wire, these power inductors ensure exceptional durability and energy efficiency. Their matte-coated surface finish adds to their resilience, while the epoxy resin insulation enhances lifecycle and reliability.

Seamless SMD Mounting

Featuring a standard SMD (Surface Mount Device) connection type, these inductors are easily mounted onto PCBs, making them suitable for automated assembly lines in mass production environments. The compact rectangular form optimizes PCB real estate without compromising performance.

Advanced Protection Features

Equipped with overcurrent and overheating protection, as well as a power factor of 0.95, these inductors are safe for demanding electrical circuits. Their IP20 rating provides protection from solid objects, making them adaptable to controlled environments.

FAQs of Power Inductors:

Q: How are these power inductors mounted onto a circuit board?

A: These power inductors are designed for SMD (Surface Mount Device) mounting, making them compatible with modern PCB assembly lines. Their surface-mount format ensures a secure and space-saving integration.

Q: What benefits does the ferrite core provide in these inductors?

A: The ferrite core in our power inductors minimizes core losses and supports high energy storage, resulting in improved efficiencyup to 95%and enhanced performance even at frequencies up to 2 MHz.

Q: When should I use these inductors in my application?

A: These inductors are ideal for circuits operating at up to 50V, requiring efficient energy management, overcurrent and overheating protection, and compact dimensions. They are suited for power supplies, converters, and other electronic applications where high energy storage and low loss are critical.

Q: Where are these power inductors commonly used?

A: Given their robust protection features and efficient performance, these inductors are widely used in consumer electronics, industrial equipment, and automotive electronics, especially where space-saving SMD solutions are needed.

Q: What is the process for exporting or sourcing these inductors in India?

A: As a distributor, exporter, manufacturer, or supplier in India, these inductors can be procured by contacting the relevant manufacturers or approved distributors, ensuring quality compliance and streamlined delivery processes.

Q: How does the overcurrent protection work in this product?

A: The built-in overcurrent protection mechanism automatically limits excessive current, preventing potential damage and extending the products service life.

Q: What are the advantages of the matte-coated surface finish and epoxy resin insulation?

A: The matte finish reduces glare and surface wear, while the epoxy resin insulation provides excellent electrical insulation and environmental resistance, ensuring reliable operation over extended periods.

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