Digital isolations have become many modern designs with many advantages such as the optimized system material list (BOM), smaller PCB occupying board area, and accurate timing characteristics and low power consumption.In addition, the digital isolation device also has a higher co -mode transiental antipity (CMTI), the insulation life, integrated function and output enable options.In order to meet the growing demand for stable high -voltage isolation isolation, Yingfei Ling Technology Co., Ltd. (FSE code: IFX / OTCQX code: IFNNY) launched an ISOFACE? Dual -channel digital isolateThe product portfolio is compatible with pins.
    ISOFACE dual -channel digital isolation device launched has further expanded Yingfei's isolation product portfolio, which can be widely used inserver, Communication and industrial SMPS, industrial automation system, motor control and driver, energy storage system andSolar invertersWait for various applications.This new advanced IC uses Ying Fei Ling's own nothingMagnetic coretransformer(CT) isolation technology, relying on British Fei Ling's more than 20 years of knowledge and technical expertise, can help customers reduce system costs, simplify the design process, and speed up the products of the product.This comprehensive product series provides a variety of channel configuration, default failure output, variable or fixed input threshold, and output enable configuration to meet the needs of different applications.
    isoFace dual-channel digital isolation series products are packaged with narrow body DSO-8, providing two data channels, which can support the data transmission rate of up to 40 Mbps and ensure that the signal of the wide operating temperature and the entire production rangePottery.The powerful CT technology of Yingfeeling enables CMTI to exceed 100 kV/μs, ensuring that it is highly anti -interference with system noise.This digital isolation device series products can withstand the isolation voltage of up to 3000 VRMS, so that the system has predictable data communication capabilities in the noisy environment and can run reliably.
    The architecture of this device helps to create a simple and high -power density design, achieve low power consumption and accurate timing function, and improve system efficiency.Users can choose two default output status: high -power flat and low level.In addition, the device also integrates functions such as fault filtration, communication modulation, monitoring, and underwriting lock (UVLO), so that it can achieve stable fault security data transmission even in an extreme industrial environment with high voltage and noise.The isolation level of this series of products has also reached strict device standards such as UL-1577 and IEC 60747-17 (VDE 0884-17), and obtained systems such as IEC 62368-1.