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Magnetic transformers are essential components in modern electronic and electrical systems. They operate based on the principle of electromagnetic induction, allowing the efficient transfer of energy between circuits while enabling voltage and current transformation, isolation, and signal coupling. Custom magnetic transformers are especially critical in applications that demand specific performance requirements, such as power supplies, industrial automation, medical devices, renewable energy systems, and communication equipment.

At Shenzhen Kunyo Tech, we specialize in the design and manufacturing of high-quality custom magnetic transformers tailored to meet the unique needs of our clients. From low-frequency power transformers to high-frequency magnetic components, our solutions are engineered for reliability, performance, and safety in a wide range of industries.

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EFD15 EFD20 SMD high frequency transformer

How to find the cause of high frequency transformer short circuit?

The application of high frequency transformer is extremely wide. Transformers are used in all electronic products. Its principle is easy, but transformer winding technology will have different needs due to different applications (different uses) .how to deal with the transformer short circuit incident ? What should be the first thing to consider when encountering problems?

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custom PQ type transformer

Why Choose Customized Transformers

When engineers design magnetic components on circuit boards, there are many factors which will result in they need to customize transformers, such as:
Special power requirements.
Insufficient circuit board space.
Product performance requirements
ambient temperature
Special installation dimensions
Interfaces are required: such as terminals and leads.

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EC42 ER42 custom vertical transformer

Custom Inductor Classification and Key Parameters of Custom Inductor Coils

An inductor is a passive component that generates inductive reactance through the principle of electromagnetic induction. Based on differences in structure and working principle, inductors can be categorized into several types, including air-core coils, iron-core coils, transformers, and coupled coils. The key parameters of inductor coils include inductance value, coupling coefficient, time constant, and energy loss. Common inductor coils include high-frequency inductors, low-frequency inductors, transformer coils, and coupled coils. These components play an important role in electronic circuits and power systems, and are applied in different fields according to their distinct characteristics.

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