
Too Many Inducers? Here's How to Find the Right One
Explore five essential factors to consider when choosing the perfect inducer for your needs.
Last updated 2 weeks ago. Automatically generated content.


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Inductor type refers to the specific design or configuration of an inductor, affecting its performance and suitability for different applications. Selecting the right type is crucial as it impacts the efficiency, noise reduction, and overall effectiveness in electrical circuits.
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Choke
Typical price
4.– to 610.–Used to block higher-frequency alternating current (AC) while allowing lower-frequency or direct current (DC) to pass.
Beneficial for power supply circuits and radio frequency applications, improving performance and reducing interference.
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Ferrite
Typical price
5.– to 14.–Constructed with ferrite material to suppress high-frequency noise in electronic circuits.
Excellent for use in high-frequency applications, reducing electromagnetic interference and ensuring signal integrity.
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Nominal current refers to the maximum current that an inducer can handle during normal operation without overheating. Choosing the correct nominal current is crucial for ensuring the inducer's efficiency and longevity while preventing electrical hazards.
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Up to 5 A
Typical price
5.– to 29.–Designed for low-power applications, handling currents up to 5 amperes.
Ideal for compact devices or systems with minimal power requirements, ensuring safe and efficient operation.
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6 - 20 A
Typical price
20.– to 89.–Suitable for medium-power applications, supporting currents between 6 to 20 amperes.
Offers a balance between power capacity and efficiency, making it a versatile choice for a wide range of equipment.
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21 - 120 A
Typical price
140.– to 990.–Built for high-power applications, capable of managing currents from 21 to 120 amperes.
Essential for heavy-duty equipment or systems with significant power demands, ensuring stable and reliable performance.
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Inductance is a key characteristic of an inductor, determining its ability to store energy within a magnetic field. It is crucial for tuning circuits, filtering signals, and managing power supply in various electronic applications.
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Up to 1 mH
Typical price
6.– to 35.–Low inductance values are suitable for high-frequency applications due to their minimal reactive impedance.
Ideal for signal processing tasks where quick response time is needed, ensuring efficient performance in RF circuits.
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1.1 - 10 mH
Typical price
17.– to 43.–Moderate inductance values offer a balance between frequency response and energy storage.
Suitable for medium-frequency applications, providing reliable performance in power supplies and audio equipment.
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11 - 105 mH
Typical price
6.– to 20.–Higher inductance values are effective for low-frequency applications, offering significant energy storage.
Best for power conditioning and filtering tasks, enhancing stability in power supply circuits.
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The country of origin of an inducer can influence its quality, reliability, and performance due to local manufacturing standards and expertise. Understanding where a product is made can help buyers assess its durability and suitability for specific applications.
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Germany
Typical price
140.– to 16 000.–Known for precision engineering and stringent quality standards in manufacturing.
German-made inducers are often durable and efficient, ideal for high-performance applications.
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Czech Republic
Typical price
45.– to 2200.–Offers a balance of quality and cost-effectiveness in production.
Inducers from the Czech Republic are reliable and provide good value, suitable for various industrial uses.
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China
Typical price
22.– to 94.–Produces a wide range of products with varying quality levels at competitive prices.
Chinese-made inducers are typically cost-effective, making them suitable for budget-conscious projects.
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The brand factor is crucial in selecting Inducers, as it signifies performance reliability and technological advancements from trusted manufacturers. Renowned brands like Roline and Schaffner EMV offer diverse features, ensuring optimal compatibility and efficiency in various applications.
Popular brands (you can select more than one)
RND Components
Provides a balance between innovative design and affordability in its inducers.
Excellent choice for those seeking advanced technology without breaking the bank.
Bestseller
Schaffner EMV
Known for high-performance and specialized inducers with advanced electromagnetic compatibility.
Perfect for industrial applications requiring stringent compliance standards.
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