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Residential energy storage solutions to enhance energy efficiency
Residential Energy Storage Solutions (ESS) are not only applied in industrial and power generation settings but have also become crucial in the residential sector, reflecting current applications and market trends. While residential ESS solutions require lower power, the demands for efficiency and safety remain comparable to industrial applications. This article will introduce you to the market trends in residential ESS solutions and the functional features of the SiC-related solutions introduced by Arrow and Rohm.
Battery monitor maximizes performance of electric vehicle batteries
Lithium-ion (Li-Ion) batteries are a common energy storage method for electric vehicles, offering very high energy density compared to all existing battery technologies. However, to maximize performance, it is essential to use a battery monitoring system (BMS) to safely manage the charging and discharging cycles, thereby extending the battery's lifespan. This article will introduce the architecture and operation modes of BMS, as well as the product features and advantages of the BMS devices introduced by ADI.
Position sensors enhance the accuracy and efficiency of motor operations
Motors are widely used in various electronic products with power requirements, such as valves, pumps, and HVAC systems, and they require a motor driver to control their operation. If paired with a position sensor, the motor's operating position, torque, or speed can be more precisely controlled, enhancing the accuracy and efficiency of motor operation. This article will introduce the technological developments in position sensors and various motor drive solutions suitable for motors ranging from 1 to 1000W offered by Melexis
The demand for remote healthcare and telehealth services is accelerating the need for the IoMT
The pandemic has accelerated the digital transformation of the healthcare sector as people seek to avoid crowded hospitals and prefer to receive necessary care at home to prevent diseases. The rapid adoption of telehealth and remote healthcare services has accelerated the demand for the Internet of Medical Things (IoMT), driving the need for smarter, more accurate, and more connected wearable and portable medical devices. This article will explore the trends in healthcare applications and the product features of wireless solutions introduced by Silicon Labs.
A solution to meet the requirements of medical wearable device applications
As people increasingly focus on their health and many countries face the challenges of an aging population, the demand for medical wearable devices is rapidly increasing. These wearable devices typically operate on batteries, which require low power consumption and small form factors, posing challenges for the design of such products. This article will introduce you to the design requirements of medical wearable devices and the relevant solutions offered by onsemi.
Healthcare wearables improve the quality of medical care for the elderly
As the world's population ages and health and assisted living facilities are under increasing pressure to provide adequate care for the elderly, cellular IoT-based remote monitoring solutions are filling this gap by providing the elderly with convenient, accurate, and remote monitoring devices to improve the quality of medical care for the elderly. In this article, we'll take a look at the current dilemmas in medical care for the elderly and the solutions offered by Nordic.
The transformation and innovation brought about by technology in the healthcare industry
In recent years, thanks to advances in electronics and information technology, as well as evolving market demands, technology in healthcare applications has been gradually expanding its capabilities. Beyond intelligent notification, it now includes real-time monitoring, real-time positioning, ventilation calculations, medication calculations, data recording, human-computer interaction, and more. This is driving rapid and robust growth in the healthcare industry. This article will introduce the impact of information and communication technology on the healthcare industry, as well as the diverse and comprehensive healthcare solutions offered by Murata.
Artificial intelligence is driving rapid advancements in the healthcare industry
AI is currently one of the hottest topics, and with the rapid development of AI technology, its applications are becoming increasingly widespread. Thanks to advancements in AI-related technologies, the healthcare industry is also moving towards a more intelligent, lightweight, and precise direction. This article will introduce you to the applications and developments of AI technology in the healthcare industry, as well as the efforts and solutions that Molex has made for related applications.
The principles of temperature sensing technology and its applications in healthcare
As people become increasingly concerned about health and the environment, temperature sensing has become more important. Many devices have added temperature sensing capabilities, such as medical thermometers and smart wearable health monitoring devices, and the application areas are becoming increasingly widespread. This article will explore the principles and smart solutions behind non-contact temperature sensing, as well as the relevant solutions offered by Melexis.
Artificial intelligence is profoundly transforming the sports industry
Artificial intelligence has gradually permeated our daily lives, including various sports events. From athletes' daily training to refereeing and broadcasting during matches, as well as post-game fan interactions, AI is seen as an auxiliary force enhancing various aspects. It makes the games more exciting, reduces errors and disputes, and enhances fan engagement. This article will introduce you to the applications of artificial intelligence in various aspects of the sports industry and the solutions introduced by Arrow Electronics and its partners.
Power conversion solutions for medical wearable devices
The market for smart wearable devices has experienced explosive growth in recent years, with a variety of products emerging for applications in healthcare and fitness, medical, entertainment, military, and industrial sectors. This includes a new wave of products, including healthcare wearable devices that use sensors, creating opportunities for adopting a more active and healthier lifestyle. This article will introduce the design requirements for smart wearable devices and the power conversion solutions offered by ADI that can be applied to low-power wireless devices.
Low-power Wi-Fi wireless connectivity solutions for industrial IoT applications
The current Industry 4.0 is transforming the development of the industrial sector and creating trillions of dollars in new market opportunities. Energy-efficient manufacturing, supply chains, and asset-intensive places can all be realized with Industrial Internet of Things (IIoT) smart solutions. Low-power Wi-Fi wireless connectivity for IIoT connections will support various IIoT applications in challenging RF (Radio Frequency) environments and harsh conditions. This article will introduce you to the application requirements of IIoT, the characteristics of low-power Wi-Fi wireless connectivity, and the low-power Wi-Fi wireless connectivity solutions offered by Silicon Labs.
Key solutions for autonomous mobile robots (AMRs)
Lighting, sensors and communications technologies are key enabling technologies for autonomous mobile robots (AMRs), allowing them to see, sense and interact with the real world. To achieve this, various types of sensors are employed, including temperature sensors, image sensors, LiDAR (for 3D mapping), rotational position sensors, and Visible Light Communication (VLC) sensors. This article will provide insights into considerations for AMR design and introduce solutions offered by onsemi in this field.