
Too many Inducers? Here's how to find the right one
Here are five key factors to consider when selecting the right inducer for your needs.
Last updated 1 month ago. Automatically generated content.


Select options and limit the number of products
Inductance measures a component's ability to store electrical energy in a magnetic field when current flows through it. Selecting the right inductance is crucial for ensuring optimal circuit performance and efficiency, impacting applications such as filtering, energy storage, and signal processing.
Popular options
Up to 0.5 mH
Typical price
5.– to 31.–This range is suitable for circuits requiring low inductance, typically used in signal processing and high-frequency applications.
Great for compact designs and applications like RF circuits where minimizing size and maintaining performance are key.
Bestseller
0.6 - 10 mH
Typical price
17.– to 43.–This mid-range inductance is often used in power supplies and audio applications, providing balanced energy storage and filtering.
Ideal for general-purpose use, enhancing performance in many electronic devices such as amplifiers and power converters.
Bestseller
11 - 100 mH
Typical price
5.– to 20.–This higher inductance range is beneficial for energy storage applications, often found in transformers and inductive loads.
Recommended for scenarios where significant energy storage is necessary, such as in power systems or electric motors.
Bestseller
Nominal current refers to the maximum current an inducer can handle safely. Selecting the appropriate nominal current is crucial for ensuring efficient operation and preventing overheating or damage during use.
Popular options
Up to 5 A
Typical price
5.– to 29.–Designed for low-power applications, suitable for devices with minimal current requirements.
Ideal for small electronics or low-load scenarios, ensuring safe and efficient performance without risk of overload.
Bestseller
6 - 20 A
Typical price
18.– to 68.–Suitable for moderate power applications, offering a balance between performance and safety.
Great for general household appliances and tools, providing adequate current for reliable operation without overheating.
Bestseller
21 - 100 A
Typical price
120.– to 640.–Engineered for high-power applications, capable of handling significant current loads.
Recommended for industrial equipment or heavy-duty machinery, ensuring robust performance in demanding environments.
Bestseller
The type of inductor plays a critical role in how electrical energy is stored and released in a circuit. Choosing the right inductor type affects the overall performance, efficiency, and reliability of electronic devices.
Popular options (you can select more than one)
Filter
Typical price
22.– to 120.–Filters are inductors designed to remove unwanted frequencies from signals, smoothing out voltage fluctuations.
They enhance signal integrity and performance in applications such as audio equipment, ensuring clearer sound quality.
Bestseller
Choke
Typical price
4.– to 220.–Chokes are inductors that block high-frequency AC signals while allowing DC current to pass through.
They are essential in power supply circuits, preventing interference and ensuring stable operation of electronic devices.
Bestseller
Ferrite
Typical price
4.– to 9.–Ferrite inductors are made from ferrite materials, providing high inductance in a compact size, ideal for high-frequency applications.
They are commonly used in RF applications and switching power supplies, offering excellent performance in minimizing electromagnetic interference.
Bestseller
The country of origin refers to the location where the inducers are manufactured. This factor can influence product quality, durability, and compliance with local regulations, impacting overall customer satisfaction and performance.
Popular options (you can select more than one)
China
Typical price
22.– to 89.–Often offers lower production costs, which can translate to more affordable pricing for consumers.
Widely used for mass-produced products, making it accessible for budget-conscious buyers looking for basic functionality.
Bestseller
Germany
Typical price
27.– to 17 000.–Known for high manufacturing standards and engineering excellence, ensuring reliable and durable products.
Ideal for customers who prioritize quality and performance, often resulting in longer-lasting devices.
Bestseller
Czech Republic
Typical price
22.– to 710.–Combines cost-effective production with a focus on quality craftsmanship, often seen in specialized products.
A good choice for buyers seeking a balance between affordability and enhanced features, making it suitable for enthusiasts.
Bestseller
France
Typical price
40.– to 220.–Emphasizes design and innovation, often resulting in aesthetically pleasing and unique products.
Perfect for customers who value creativity and style alongside functionality, offering a premium feel and performance.
Bestseller
The brand factor is crucial in guiding customers toward reputable manufacturers of inductors, impacting purchase decisions based on reliability and product performance. Selecting a trusted brand can significantly enhance the overall experience, ensuring better quality, customer support, and long-term satisfaction.
Popular brands (you can select more than one)
RND Components
Known for providing cost-effective inductors without compromising quality, catering to budget-conscious consumers.
A great choice for projects where price is a major consideration, while still delivering reliable functionality.
Bestseller
Roxburgh EMC
Specializes in high-performance inductors designed for electromagnetic compatibility applications.
Best suited for industries requiring strict adherence to EMC standards, ensuring compliance and reliability.
Bestseller
Schaffner EMV
Offers a comprehensive range of inductors focusing on power quality and energy efficiency.
Recommended for applications in power electronics, as they help improve energy management and reduce losses.
Bestseller