Jiangsu Tianwang Solar Technology Co., Ltd. is one of the leading applications of high-frequency electronic transformers in the field of plasma manufacturers and suppliers in China. Please feel free to buy or wholesale high quality products for sale here from our factory. Customized orders are welcome.
The working principle of high-frequency electronic transformers is based on the phenomenon of electromagnetic induction to convert electrical energy while considering the special properties of high-frequency electric power. This enables efficient and reliable energy conversion.
JiangsuTianwang has been specializing in the research and development and production of high-voltage generators for over thirty years, capable of meeting various customized needs of customers. The high-frequency transformer developed by Jiangsu Tianwang has an oscillation frequency of up to 20 kHz. It is encapsulated in epoxy resin, providing excellent insulation performance. It is temperature-resistant, moisture-proof, and shock-resistant. This electronic transformercan be applied in plasma circuits, beauty devices, electronic ignition systems, and more.
Specifications
| Product name | High Frequency Electronic Transformer |
| Size | L28.2*W20.5*H15.8MM |
| Working Current | 180MA |
| Working altitude | 3000M |
| Working Environment | -15℃-55℃ |
| Remarks | The above parameters are manual/instrument measurement, there will be 10% error, please understand |
Applications
Gas Discharge: By using an ignition transformer to generate high-voltage, high-frequency signals, plasma can be generated to induce gas discharge phenomena, enabling various physical or chemical reactions. For example, plasma cutting and surface treatment.
Plasma Spraying: This technique is used for surface coating, creating hard and wear-resistant layers on substrates like metals and ceramics. The high-frequency electronic transformer provides high-frequency and high-voltage power to generate plasma arcs, melting the coating material for deposition onto the substrate.
Plasma Cleaning: The high-frequency transformer generates high-frequency electric fields and plasma, facilitating the removal of stubborn contaminants during surface cleaning processes.
Plasma Medical Applications: The high-frequency transformer creates a plasma zone on the surface of the human body for various treatments, such as plasma coagulation for stopping bleeding or treating skin diseases.
Plasma Etching: An essential technology in microelectronics manufacturing, plasma etching precisely removes materials from semiconductor surfaces to form intricate structures. The high-frequency electronic transformer supplies high-frequency power to generate plasma for the etching process.
Plasma Cutting: Plasma cutting is a commonly used metal cutting technique widely applied in industrial fields. The high-frequency electronic transformer supplies high-frequency and high-voltage power to generate plasma arcs, enabling high-speed cutting of metals.
FAQ
Q: What is a high-frequency electronic transformer?
A: A high-frequency electronic transformer is a device used to handle high-frequency electrical energy by transforming and transferring voltage and current.
Q: How does a high-frequency electronic transformer differ from a traditional transformer?
A: Compared to traditional transformers, high-frequency electronic transformers operate at higher frequencies, typically ranging from kilohertz to megahertz. They also employ special materials and designs to accommodate the high-frequency environment and minimize energy losses.
Q: What are the applications of high-frequency electronic transformers?
A: High-frequency electronic transformers find wide applications in power electronics devices, wireless communication systems, medical equipment, computer equipment, industrial automation, and electronic lighting, among others.
Q: What are the main advantages of high-frequency electronic transformers?
A: The main advantages of high-frequency electronic transformers include small size, lightweight, high efficiency, fast response, and lower magnetic coupling losses. They can also achieve voltage and current transformations and meet the requirements of high-frequency environments.
Q: What factors are considered in the design of high-frequency electronic transformers?
A: The design of high-frequency electronic transformers takes into account factors such as operating frequency, power requirements, material selection, winding design, losses, and temperature management. These factors all influence the performance and efficiency of the transformer.
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