
Too Many Transformers? Here's How to Choose the Right One
Discover the key factors to consider when selecting the perfect transformer for your needs.
Last updated 3 weeks ago. Automatically generated content.


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Transformer type refers to the design and configuration of the electrical device, affecting its efficiency, size, and application suitability. Selecting the appropriate transformer type is crucial for ensuring optimal performance, energy savings, and compatibility with specific electrical systems.
Popular options (you can select more than one)
Toroidal transformer
Typical price
54,– to 100,–Features a doughnut-shaped core that minimizes electromagnetic interference and provides superior efficiency.
Ideal for applications where space is limited and low noise operation is required, such as audio equipment.
Bestseller
PCB transformer
Typical price
10,– to 23,–Designed for direct integration onto printed circuit boards, offering compactness and ease of installation.
Suitable for electronic devices where space conservation and cost-effectiveness are priorities, enhancing device design flexibility.
Bestseller
Variable transformer
Typical price
64,– to 220,–Allows adjustable voltage output, providing precise control over electrical supply.
Recommended for applications requiring voltage regulation, such as testing equipment, ensuring adaptability and precision.
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Power refers to the wattage capacity of a transformer, determining its ability to handle electrical loads. Selecting the appropriate power rating ensures efficient energy transfer and prevents overheating or damage to connected devices.
Popular options
Up to 50 W
Typical price
17,– to 68,–Suitable for low-power applications such as small electronic devices and lighting systems.
Ideal for conserving energy and maintaining efficiency in minimal load situations.
Bestseller
51 - 200 W
Typical price
57,– to 120,–Designed for moderate power needs, including home appliances and office equipment.
Provides flexibility and reliability for everyday use without overloading circuits.
Bestseller
201 - 700 W
Typical price
100,– to 290,–Capable of handling high-power demands from industrial equipment and large-scale devices.
Ensures stable performance and prevents power surges in demanding environments.
Bestseller

EVN 200 Electronic transformer 100-200 W
Output voltage determines the voltage level a transformer delivers, crucial for matching the power requirements of connected devices and ensuring optimal performance. Selecting the appropriate output voltage is essential for safety and efficiency, impacting the functionality and longevity of the equipment.
Popular options
Up to 24 V
Typical price
23,– to 94,–Suitable for low-voltage applications such as LED lighting and small electronic devices.
Provides energy efficiency and safety for low-power requirements, reducing the risk of electrical hazards.
Bestseller
25 - 120 V
Typical price
94,– to 460,–Covers a range suitable for medium-power devices like household appliances and industrial controls.
Offers versatility for various applications, balancing power needs with energy consumption.
Bestseller
121 - 240 V
Typical price
89,– to 400,–Ideal for high-power applications such as large machinery and heavy-duty equipment.
Ensures sufficient power delivery for demanding tasks, enhancing performance and reliability.
Bestseller
Electric current in a transformer determines the amount of electrical energy it can handle, ensuring optimal performance and safety for connected devices. Selecting the right current capacity is crucial for preventing overload and maintaining efficiency in various applications.
Popular options
Up to 2 A
Typical price
15,– to 94,–Suitable for low-power applications and small electronic devices.
Ideal for energy-efficient setups, minimizing power consumption and heat generation.
Bestseller
3 - 7 A
Typical price
68,– to 340,–Supports medium-power devices, offering more versatility in usage.
Provides a balance between capacity and efficiency, suitable for home and office equipment.
Bestseller
8 - 15 A
Typical price
120,– to 800,–Designed for high-power applications, accommodating larger devices and systems.
Ensures reliable performance in demanding environments, reducing the risk of circuit overload.
Bestseller
Input voltage refers to the range of voltage a transformer can accept and convert, influencing its compatibility with various power sources. Selecting the appropriate input voltage ensures efficient energy transformation and prevents electrical issues, which is crucial for optimal device performance.
Popular options
Up to 250 V
Typical price
25,– to 100,–Suitable for low-voltage applications, accepting a maximum of 250 volts.
Ideal for residential settings or small devices, offering efficient energy use and safety.
Bestseller
251 - 350 V
Typical price
72,– to 140,–Handles medium voltage levels up to 350 volts, catering to a broader range of devices.
Recommended for commercial environments, providing flexibility and reliable performance for various equipment.
Bestseller
351 - 450 V
Typical price
85,– to 340,–Designed for high-voltage applications, accommodating up to 450 volts.
Best for industrial settings or large machinery, ensuring robust operation and energy efficiency.
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