
AMG8816: High-Integration BMS Chip
AMG8816: A high-integration BMS chip for 3-16 cell lithium packs with advanced protection, precision data, and low-power design.
AMG8816: A high-integration BMS chip for 3-16 cell lithium packs with advanced protection, precision data, and low-power design.
Epson's crystal units enhance 5G RedCap devices with low power, high precision, and compact design for IoT and industrial applications.
Learn about ESD and surge protection designs for automotive ambient lighting, addressing challenges and solutions for reliability.
Explore advances in flexible supercapacitors for wearable tech, focusing on design, materials, and future energy storage solutions.
Explore key factors in energy storage PCB design for renewable energy and EVs, focusing on thermal management and safety.
Explore key features of ideal PLC programs, focusing on design, reliability, scalability, and simulation for industrial automation.
Explore the memory hierarchy in computers, its design purpose, and how it balances speed, capacity, and cost effectively.
Learn about preventing electrostatic discharge (ESD) damage with protection principles, testing methods, and design strategies for ICs.
Explore SRAM storage capacity, key characteristics, advantages, and applications like cache memory in this detailed guide.
Discover a temperature-sensitive IV needle that softens after insertion, reducing tissue damage and enhancing patient safety.
Explore thermal and EMI challenges in AI chip design, focusing on heat dissipation and noise suppression for high-performance computing.
Explore gate driver power challenges for SiC and GaN devices, focusing on tailored power supplies and high isolation needs.
Explore adaptive radar beam scheduling strategies and criteria for optimizing phased array radar systems and resource allocation.
Apple's new CMOS patent enhances HDR imaging with stacked sensors for mobile devices, promising low noise and high dynamic range.
Learn about MCU pull-up and pull-down resistors, their role in stabilizing inputs, and tips for selecting the right values for reliable circuits.
Innovative 3D-printed origami sensors enable wireless pressure monitoring for biomedical and sports applications with high precision.