Huizhou (HK) Yingyuan Technology
137-2371-6834 Timber (WhatsApp)
Although many people know that gold medal power supplies are more energy-efficient than regular power supplies, in most cases, people will think that the saved electricity is not worth mentioning, after all, the electricity cost is too cheap, and gold medal power supplies are also much more expensive. However, in reality, you may not have calculated how much power is saved by gold medal power supplies, and how long will it take to recoup? Firstly, to popularize the science, due to the existence of conversion efficiency, there will be losses when converting AC power to DC power in the power supply, so the sum of hardware power consumption is not equal to the power consumption of the entire machine.The ratio of output power to input power is the conversion efficiency, and we can compare the power consumption using different power sources by using the load and conversion efficiency of the entire machine.Taking the 12th generation Core platform as an example, the Core i5-12600K is pair...
2024
The power supply of the server is crucial for its stable operation, and it also needs to cope with various power emergencies. Therefore, when making a purchase, it is important to fully consider various factors such as the deployment environment and power supply of the server. How can we choose a suitable server power supply? The following article will provide a detailed introduction to the types and selection techniques of server power supplies, and I believe it can provide some help in your selection.1. Power supply specifications(1) ATX power supplyThe output power is generally between 125 and 350W. Usually, a 20 pin double row rectangular socket is used to power the motherboard. With the launch of the Pentium 4 processor by Intel, the power specification has also been changed from ATX to ATX12V. Compared with ATX power supply, ATX12V power supply mainly adds a 4Pin 12V power output terminal to better meet the power supply requirements of Pentium 4 (P4 power consumption of 2GHz mai...
High frequency switching power supply is a power supply device that can convert low-frequency AC power into high-frequency AC power and efficiently and quickly change output voltage and current. It is often used in power regulation equipment such as inverters, inverters, transformers, etc. High frequency switching power supplies are also widely used in electronic appliances such as air conditioners, televisions, office copiers, and inkjet printers. This article will introduce the characteristics, principles, and applications of high-frequency switching power supplies. 1. Characteristics of high-frequency switching power supply(1) High frequency switching power supplies can achieve switching operations and greatly improve the conversion efficiency of power supplies. Ordinary transformers only have an efficiency of about 50-70%, while high-frequency switching power supplies meet market demand for loss control, with an efficiency of over 90%.(2) Compared to simple transformers, which...
Medical high-frequency switching power supply is a high-performance power supply developed for medical equipment. Widely used in various medical devices to meet their special needs for high energy efficiency and high reliability. So, what are the uses? 1. High performance medical imaging instrumentsMedical imaging equipment requires high stability and precision power supply to ensure more accurate and reliable imaging results. Medical high-frequency switching power supplies can play a role in this regard, as their high frequency and energy efficiency can maintain the stable state of imaging equipment while meeting very high power densities.2. High pulse medical instrumentsIn high pulse medical instruments, the power supply needs to meet the requirements of high voltage and high current to ensure the normal operation of the equipment. And medical high-frequency switching power supplies can meet these high demand medical devices by providing efficient DC voltage, thereby ensuring the...
Medical device adapter is an intermediate conversion device that connects medical devices to incompatible interfaces between other devices or systems. The commonly used adapters for medical equipment include the following categories:1. Power adapter: Connect medical devices to power sockets of different specifications.2. Data cable adapter: Connect medical equipment to the data interface of the monitor and central monitoring system.3. Gas source adapter: Connect medical gas pipelines, such as oxygen, compressed air, etc.4. Sensor adapter: Adapts to sensors of different brands or models, such as oxygen saturation probes, blood pressure sensors, etc.5. Pipeline adapter: Connect incompatible pipeline interfaces, such as ventilator circuits.6. Liquid path adapter: Connect infusion pipelines to adapt to different needles or pipelines.7. Filter adapter: Install filters to prevent contamination and cross infection.8. Flow meter adapter: Install various flow meters to monitor gas flow.9. R...