Suitable for laptops, tablets, digital cameras, power banks, portable speakers and other portable digital accessories, with features of high power density, stable output, low ripple and strong anti-interference. It supports multiple interface protocols (Type-C/Thunderbolt 4/HDMI 2.1) to meet the expansion and connection needs of consumer products; the circuit design is heat-dissipation-efficient and low-noise, adapting to the long-time working conditions of laptops/cameras, and the compact structure meets the portable and lightweight design requirements of consumer products.
Adopt high-thermal-conductivity PCB and heat dissipation optimization design to reduce the working temperature of high-power chips (CPU/GPU) by 15-20℃, avoiding overheating throttling; use GaN (Gallium Nitride) power devices in power banks/adapters to achieve miniaturization and high efficiency (efficiency ≥95%), reducing product volume by 40% compared with traditional products; optimize multi-layer PCB layout to separate signal and power lines, minimize electromagnetic interference and crosstalk; use low-power control chips to reduce standby power consumption of accessories, and adopt anti-aging capacitor/inductor design to extend service life.
Ultra-thin laptops use compact circuit layout to achieve thin and light design (thickness ≤15mm, weight ≤1kg), while ensuring stable operation of high-performance processors; portable power banks with GaN technology support PD 100W fast charging, small size and large capacity (20000mAh), meeting the charging needs of laptops/phones outdoors; digital cameras use low-noise circuit design to ensure clear image capture and stable video recording, even in low-light environments; portable speakers integrate audio processing and power amplification circuits, with clear sound quality and long battery life, adapting to outdoor/indoor entertainment scenarios.
High-power density and miniaturization design increase the difficulty of heat dissipation and circuit debugging, and the yield of high-precision circuits is about 88-90%; consumer electronics have strict safety and EMC certification requirements (CE/FCC/ROHS), and the certification cycle is about 2-4 months, increasing R&D and testing costs; long-time full-load operation leads to component aging (capacitor drying, inductor heating), limiting product service life; the market has high requirements for product cost performance, and it is difficult to balance high performance and low price for mid-low-end products.
EN
