High Voltage Capacitor Charging Power Supplies High Voltage Capacitor Charging is a mainstream application of high-current high-voltage power supplies. The High-voltage Capacitor Charging power supplies are a kind of high-voltage DC Power Supplies specially designed to meet the requirements of capacitor charging or capacitor conditioning. HV Capacitor Charging Power Supplies, High-voltage Capacitor Charging Power Supplies, Capacitor Charging High Voltage Power Supplies, Capacitor Charging HVPS, HV Capacitor Charger Yangzhou IdealTek Electronics Co., Ltd. , https://www.idealtekpower.com
At present, iDealTek-Electronics' high-voltage capacitor charging power supplies are IGBT-based switching mode High Voltage Power Supplies. Compared with the traditional linear high-voltage power supplies, the switched-type capacitor charging high-voltage power supplies are featured for higher power density, higher efficiency, higher output response speed and faster protection start and self-recovery speed.
iDealTek-Electronics originally produced linear capacitor charging high-voltage power supplies. Based on years of experience in the capacitor industry, our current capacitor charging high voltage power supplies use 19-inch standard racks, 4U and 6U chassis, which facilitate the installation of integrated capacitor charging systems. The output power ranges from 2KW to 10KW with output voltage levels at 5KV / 10KV / 20KV / 30KV / 35KV / 40KV / 50KV / 60KV / 100KV with a complete protection function, which can deal with overvoltage, overcurrent, load discharge and other situations.
The output voltage and current of the power supply can be controlled and read through the front operation panel of the power supply. And, this series of high voltage capacitor charging power supplies are also equipped with RS485 / DB15 / DB50 interfaces as standard. Customers can edit the control software according to our communication protocol or apply 0-10V signals and dry contact signals on the interface according to the definition of the analog interface to achieve full control and monitoring of the power supply, such as high voltage start/stop, output settings and readings.
Samsung, the leading semiconductor company, is preparing to launch a powerful AI chip. According to international media reports, Samsung has nearly completed the development of its next-generation AI chip, which is expected to match the performance of Apple’s A11 and Huawei’s Kirin 970. The company is likely to unveil this technology during the MWC 2018 conference on February 25, alongside the Galaxy S9, showcasing its new AI capabilities.
According to the Korean Herald, Samsung Electronics has finalized the development of its first NPU (Neural Processing Unit), also known as an AI chip, and plans to integrate it into devices later this year. This move is aimed at helping Samsung’s smartphones catch up with industry leaders like Apple and Huawei. An AI expert told the Korean Herald that Samsung has already developed a server-side AI chip, which is expected to be sold to server vendors soon.
In addition to traditional CPUs and GPUs, NPUs allow smartphones to process, analyze, and store data locally without relying on cloud servers. This makes the NPU a key component in making smartphones smarter and more efficient. Currently, Samsung lags behind Apple and Huawei, both of whom have already launched their own AI chips. Apple introduced the A11 Bionic chip in the iPhone X, featuring a neural engine for facial recognition and Animoji. Huawei’s Kirin 970, used in the Mate 10 Pro, includes an NPU that can learn user habits over time.
Despite being a late entrant, Samsung is reportedly on par with Apple and Huawei in terms of AI chip technology. A source told the Korean Herald that Samsung will launch a superior chip in the second half of 2018, claiming its performance exceeds that of Apple’s A11 and Huawei’s Kirin 970. During the MWC 2018 event, Samsung may demonstrate these AI advancements alongside the Galaxy S9.
Samsung has invested heavily in AI research, collaborating with Korean university professors and researchers to develop safer and more efficient chips. Additionally, the company is working on an enhanced NPU for the Galaxy Note 9, set to launch in September. Like previous models such as the Galaxy Note 7 and Note 8, the Note 9 could become a pivotal product for Samsung.
The AI smartphone market is entering a competitive phase, where the technological gap between companies is narrowing. While Apple and Huawei are currently leading, other players are catching up fast. Companies like Xiaomi, which unveiled its self-developed chip, the澎湃S1, in 2017, are now also stepping into the AI chip arena.
As smartphone competition becomes more homogenized, AI chips are becoming a standard feature. With more manufacturers entering the market, the AI chip race is intensifying. The mobile phone landscape will increasingly reflect the R&D capabilities of each brand, creating a Matthew effect where stronger companies grow even stronger.
Terminal-based AI chips are gaining traction due to their low power consumption and improved privacy. These chips need to balance performance with energy efficiency, adapting to various application scenarios. Several companies have already introduced AI-enabled chips, including Google’s Pixel Visual Core, Qualcomm’s Snapdragon 845, Intel’s Movidius Myriad 2, Cambrian’s 1H8 and 1H16, Horizon’s Journey and Sunrise, Shen Jian’s Tingtao and View of the Sea, NovuMind’s NovuTensor, and GTI’s Lightspeeur 2801S.
Each of these chips offers unique advantages in performance, power efficiency, and application scope. As AI continues to evolve, the competition for smart chips will shape the future of mobile technology, determining who can truly lead in the AI-driven era.
September 18, 2025