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High Frequency Transformer Market
High-frequency transformers are a type of switching power supply that is designed to handle large power levels. These transformers are widely used in various applications and industries. These include electric compressors, DC-DC converters, LED lighting, battery management systems, on-board chargers, and electric vehicles. The high-frequency transformer market is projected to grow at a substantial CAGR over the forecast period.
The high-frequency transformer market in APAC region is expected to grow at the fastest CAGR over the next eight years. This region has the world's fastest-growing economies and high investments in the industrial sector. China, for example, is the world's largest manufacturing hub. Japan, on the other hand, is focusing heavily on robotics and automation, which will further boost the demand for high-frequency transformers in the future.
High-frequency transformers are primarily used for converting high-voltage electrical power. They can handle voltage levels of up to 15,000 volts without experiencing arcing. High-frequency power transformers use magnetic induction to convert high current and voltage levels between coils. The increasing use of digital electronics in devices is driving the increasing demand for high-frequency power transformers.
The flyback topology of a transformer is an important factor in determining the apparent power PT. The flyback topology also determines the wire diameter, copper loss, and temperature rise. In addition, the flyback topology of a transformer also determines the magnetic core saturation margin. Moreover, the primary winding should be located in the innermost layer and have the lowest number of turns. This will help reduce the distribution of the primary winding capacitance.
The high-frequency transformer market is largely driven by technological advancements and component miniaturization. However, these developments have been accompanied by significant design challenges. One of these challenges is the skin effect, which is caused by high-frequency current flowing on the surface of the conductor. This loss results in excessive resistance in the transformer wire and can lead to power loss as well as heat dissipation.
High-frequency transformers are used for a variety of modern applications. However, most conventional HFTs use an ordinary winding topology, which limits its power transfer capability. To increase power transfer capability, the topology of a high-frequency transformer can be improved by introducing distributed windings with the same magnetic core and turn number. It is also possible to optimize the shape and size of the magnetic core. Different winding configurations are being investigated to determine which design is best for a specific application.
A high-frequency transformer operates by converting alternating voltage to DC. The operating frequency of the transformer is proportional to the area of the transformer's core. High-frequency transformers are smaller than low-frequency transformers. The core of a high-frequency transformer is made of iron, ferrite, or air, which are all good conductors of flux and waveforms.
High-frequency transformers are essential in switching power converters and power supplies. Hangzhou Yozea Electronic Co., LTD is one of the most innovative manufacturers of high-frequency transformers. Its product range includes ferrite transformers, ferrite coils, and standard bobbins. In addition, the company manufactures transformers that are equipped with single, double, or triple-insulated winding wires.
EE13-003 High Frequency Switching power flyback transformer EE13
· input voltage -85V〜265V/AC, 50/60Hz
· Output voltage - 3.3V~36V/DC
· Po- 3000W Max.
· Product features - With high working frequency, high efficiency, small size, light weight and other characteristics
·Standard-UL,VDE, RoHS, 3C, CQC
SWITCHING POWER SUPPLY/ INVERTER POWER SUPPLY/ COMMUNICATIONS EQUIPMENT