Huizhou (HK) Yingyuan Technology
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The medical high-frequency switching power supply has the following main characteristics: 1. High security. Adopting various protective measures, such as overcurrent protection, overvoltage protection, short circuit protection, offline protection, etc., to ensure the safety of equipment and personnel and comply with medical product safety standards.2. Small ripple. Using various filtering methods to reduce output ripple, ensuring stable DC output voltage, and providing clean energy supply for medical equipment.3. High reliability. By using highly reliable components and strict quality control, the MTBF is relatively long, reaching over 100000 hours, ensuring long-term stable and reliable operation.4. Compact in size. Using switch tubes, integrated circuits, etc., it is compact and lightweight, making it easy to apply to various medical devices.5. Multiple outputs. It can provide multiple independent AC and DC outputs to meet various power supply needs of medical equipment. 6. Low...
2024
1. Definition and classification of surges Electrical Surge, in simple terms, refers to an instantaneous peak that exceeds a stable value. Divided into surge voltage and Inrush current.2. Inrush Current(1) Inrush current refers to the peak current or overload current that is much greater than the steady-state current generated at the moment of power supply connection or in case of abnormal circuit conditions.(2) In the process of electronic design, it is often encountered that at the moment when our power supply is started, a high peak current can be clearly seen on the oscilloscope, which is about twice the normal value, up to 30A. This is because when powered on, the transformer and capacitor inductance in the power supply need to be charged, requiring a high current, which leads to the instantaneous peak current.3. The hazards of Inrush CurrentThe impact of surges on sensitive electronic and electrical equipment can be classified into the following types:(1) Destruction● Voltage b...
This article explores energy efficiency and energy-saving technologies in the field of power sockets, and introduces how to minimize energy consumption through energy-saving sockets, intelligent power management systems, and other means. Through case analysis and discussion of technical details, the application and future development trends of intelligence in the field of power sockets were demonstrated. Introduction: With the increasingly prominent global energy issues, energy conservation and environmental protection have become the focus of attention from all sectors of society. As an important component of the electrical field, the energy efficiency and energy-saving technology of power sockets are increasingly receiving attention. In this context, the continuous development of intelligent technology provides new solutions and possibilities for energy-saving of power sockets.1. Energy saving socketTraditional power sockets still consume a small amount of standby power when ther...
Optimizing the heat dissipation design of power adapters is key to improving their reliability and lifespan. Here are some suggestions for optimizing the cooling design of power adapters: 1. Choose the appropriate heat dissipation method: Based on the actual application scenario and structure of the power adapter, choose the appropriate heat dissipation method. Common heat dissipation methods include natural heat dissipation, forced air cooling, liquid cooling, etc. Natural heat dissipation mainly relies on air convection to dissipate heat, suitable for situations with small heat generation and low ambient temperatures. Forced air cooling is the process of forcing air flow through devices such as fans to dissipate heat, making it suitable for scenarios with high heat generation and high ambient temperatures. Liquid cooling is the process of dissipating the heat from the power adapter through liquid flow, suitable for high-power and high heat generating scenarios.2. Reasonable layou...
Medical equipment power adapter is an accessory used to connect medical machinery and equipment to standard power sockets or medical power sources. Its main functions are as follows:1. Implement power supply:Adapters can connect medical machinery and equipment to AC or specialized medical DC power sources, providing power to medical equipment and enabling normal operation.2. Convert electrical energy:The adapter is integrated with an AC/DC conversion module, which can convert AC power into DC or other standard electrical energy required for device operation, meeting the power supply needs of different devices.3. Protect power supply:The adapter provides various protection functions such as overvoltage, overcurrent, and anti misconnection, which can effectively prevent damage to medical equipment caused by abnormal power supply and ensure safe power supply of the equipment.4. Ensure stability:The adapter can filter the input power supply, eliminate impurities and surges, and output a p...