Huizhou (HK) Yingyuan Technology
137-2371-6834 Timber (WhatsApp)
With the increasing demand for portable electronic devices, power adapters have become an indispensable accessory. However, for those who need to travel by plane, they may have questions: can the power adapter be carried with them on the plane? This article will explore the regulations and precautions for carrying power adapters on airplanes, helping readers better understand the relevant restrictions.1. Airline regulationsAccording to the regulations of the International Air Transport Association (IATA), passengers can generally carry power adapters on board the aircraft. However, different airlines may have some additional restrictions, so it is best to understand the local airline's regulations before carrying power adapters. You can search for relevant information through the airline's official website or customer service channels to ensure that your luggage complies with regulations.2. Personal luggage and carry on itemsAccording to aviation safety regulations, power adapters can...
2024
With the rapid development of modern medical technology, reliable power supply for medical equipment is crucial. As a specialized device, medical grade power adapters have special safety and reliability requirements to meet the usage needs of medical equipment. This article will explore the characteristics, functions, and importance of medical grade power adapters in the medical field.Features and functions:1. Safety certification: Medical grade power adapters strictly adhere to relevant safety standards in the medical industry, such as UL 60601-1, IEC 60601-1, etc., and are certified to ensure compliance with safety requirements. These safety certifications ensure that the use of power adapters in medical devices does not pose any potential risks to patients and healthcare workers.2. Electromagnetic compatibility: There are many electronic devices in the medical environment, and electromagnetic interference is a common problem. Medical grade power adapters have lower electromagnetic...
In modern electronic devices, switch mode power supplies have been widely used as an efficient and stable power supply method. Half bridge and full bridge switching power supplies are two common topology structures of switching power supplies, which have certain differences in working principles, performance characteristics, and application scenarios.Operational PrincipleThe half bridge switching power supply only has two switching tubes, which alternately conduct and cut off, and transfer energy through a transformer. The full bridge switching power supply has four switching tubes, forming two bridge arms. The diagonal switching tubes conduct and cut off simultaneously, and energy is also transmitted through a transformer.Performance characteristics1. Output power: The full bridge switching power supply can provide higher output power, suitable for high-power load applications.2. Efficiency: Half bridge switching power supplies have higher efficiency in a higher power range, while fu...
Precision DC stabilized power supply is a DC power supply device that can provide high-precision and high stability output. It is usually used in fields that require high power quality, such as laboratory research, precision instrument testing, electronic component production, etc. The precision DC stabilized power supply has the following characteristics:High precision output: Precise DC stabilized power supplies can provide very precise output voltage and current, usually achieving voltage regulation accuracy at the millivolt level, suitable for situations that require high power supply accuracy.High stability: Precise DC stabilized power supply has high output stability, which can maintain the stability of output voltage and current in the event of load changes or input voltage fluctuations, ensuring the normal operation of the powered equipment.Low noise and low fluctuation: Precision DC stabilized power supplies typically have low noise and fluctuation in output voltage, providin...
The core working principle of a DC power supply is to convert fluctuating AC power into stable DC power. The key to this transformation lies in the application of rectifiers. A rectifier, like a sophisticated conductor, accurately captures the positive and negative half cycles of an AC signal and cleverly converts the negative or positive half cycles into a single direction of current. After the initial treatment of the rectifier, the direct current has begun to show signs, but there are still some unstable factors mixed in - ripples and fluctuations.To eliminate these unstable factors and ensure the stability of the output voltage, a filtering circuit is usually connected after the rectifier. The filtering circuit is like a meticulous craftsman, carefully polishing the output voltage to make it smoother and more stable. Under the fine tuning of the filtering circuit, the ripple and fluctuation in the output voltage are greatly reduced, providing reliable guarantees for subsequent cir...