The global medical industry is undergoing unprecedented rapid transformation. From traditional standardized equipment, there's a growing urgent demand for high-precision, diversified solutions. Medical devices are rapidly moving towards intelligent, miniaturized, and personalized development, posing more stringent challenges to the reliability and functionality of core components. Cambus Corporation, with its forward-looking strategies and profound technical expertise, is a key technology partner in this wave of medical innovation. Technology trends indicate that future medical devices will continue to demand high integration, high-frequency operation, and high reliability, with market demand rapidly expanding, especially in areas like AI-assisted diagnostics, remote monitoring, and wearable devices.

Capacitors are used in AC circuits and pulse circuits. In DC circuits, capacitors generally play the role of blocking DC.

In the new normal of future changes, whether it is the ICT industry, the supply chain, or even the industrial ecosystem, it is necessary to think about how to improve resilience to respond to environmental changes from a mid-to-long-term perspective. It will be important to improve the resilience of the supply chain from procurement to production. The key to future competitiveness.

The endless incidents of electric vehicles burning cars and everyone's concerns about the battery of the energy storage system point directly to the two most important application scenarios to be solved, that is, electric vehicles and energy storage systems. And this is also the application scenario where solid-state batteries have the most chance to win.

With the rapid development of science and technology, the imminent depletion of fossil fuels and the increasingly serious environmental pollution caused by the improvement of living standards, all countries attach great importance to the development of renewable and sustainable clean energy from the sun and wind. However, for these intermittent renewable clean energy sources, good energy storage systems and devices are very important. Based on mass production and environmental protection and green concepts, the new generation of energy storage devices must meet the requirements of low-cost manufacturing process, low-polluting and recyclable materials, safe device operation, and long service life.

Soft matter is a subfield of condensates that includes a variety of physical states susceptible to thermal stress and thermal fluctuations. Nowadays, it is used in flexible substrates and has become a key material for the development of thinning and flexibility.

Electronic connectors are also often referred to as circuit connectors, electrical connectors, and conductor devices that bridge two conductors on a circuit so that current or signals can flow from one conductor to another. An electronic connector is a motor system that can provide a separable interface to connect two secondary electronic systems. Simply put, the components used to complete the electrical connection between circuits or electronic machines are called connector.

KVM switches allow you to control multiple computers from a single keyboard, monitor and mouse, increasing productivity, saving space and money. This exclusive feature also provides IT administrators with multiple computers or servers, centralized real-time updates and maintenance.

With the rapid growth of the global electric vehicle market, research and development of the materials used in new electric vehicles has been accelerated. Improvements in infrastructure, such as an increase in the number of charging stations being used, has also become commonplace. When consumers buy electric vehicles, they hope to enjoy the convenience of being able to travel distances similar to those realized by internal combustion engine vehicles before needing to be refueled. So, the development of batteries with high storage capacity and short recharging times, as well as light-weight vehicle bodies that will reduce power consumption, has received much attention.

Any electronic product must use two components, so-called "active components" and "passive components". "Active components", as the name suggests, are components that can actively perform operations independently, while "passive components" play a passive protective role. When an electronic product changes current or voltage, the role of "passive components" is to protect "active components" by means of lowering voltage, filtering noise, etc. To put it simply, "passive components" with low unit prices are always ready to protect the safety of "active components" with high unit prices.

When reading or hearing about the semiconductor industry, we often hear the term wafer mentioned. But what exactly is a so-called wafer? What does an “8 inch” or “12 inch” wafer refer to? How difficult is it to produce large-sized wafers? The following is a step-by-step introduction to the most important foundation of semiconductors, the wafer.

Electronic components are the basic components combined together to make complete electronic products. Understanding the functions, types, structures, and properties of commonly used electronic components is fundamental to understanding electronic technology.