Pacemaker PCB Materials: Choosing Biocompatible Substrates for Medical Implants
Explore essential biocompatible PCB materials for pacemakers, including polyimide, Rogers laminates, and ceramics, focusing on reliability and material certification.
PCB Application
Build Your Own Wearable Health Gadget: A Hobbyist’s PCB Guide
Discover how to create a basic wearable health monitor using a custom PCB. This guide covers essential steps for hobbyists, from design to assembly, for tracking vital signs like heart rate.
Designing High-Performance Drone Flight Controller PCBs: A Detailed Guide
Optimize your drone's flight controller PCB for peak performance and reliability with expert insights on layout, signal integrity, thermal management, and material selection.
Troubleshooting Microprocessor PCBs: A Useful Guide for Engineers
Learn effective microprocessor PCB troubleshooting, PCB failure analysis, and repair techniques to diagnose and fix common issues in electronic circuit boards.
Network Switch PCB Layout: A Comprehensive Design-to-Production Guide
Master network switch PCB layout design for high performance and reliability, covering guidelines, manufacturing, SMT assembly, and through-hole technology.
Designing 8-Layer PCBs for High-Current and High-Voltage Power Electronics
Optimize 8-layer PCB designs for power electronics to handle high current and voltage, focusing on MOSFETs, IGBTs, and power converters with best practices for thermal management and signal integrity.
6-Layer PCB Stackup for Power Electronics: Design for High Current and Voltage
Optimize 6-layer PCB power electronics design for high current/voltage with copper weight selection, thermal management, creepage/clearance, and isolation strategies. Boost efficiency in inverters & EVs. AIVON delivers assembly-tested insights for durable builds.
Telecommunications PCB Assembly: From Prototyping to Mass Production
Master telecommunications PCB assembly: Transition from prototyping to mass production with SMT and through-hole techniques. Optimize yields, reduce defects, and ensure signal integrity per IPC standards—essential for 5G routers and switches.
Cost-Effective Brilliance: Optimizing LED Lighting PCB Design for Mass Production
Unlock cost-effective LED lighting PCBs: Explore minimizing material costs, automated assembly, panelization optimization, and DFM best practices. Reduce expenses in mass production while ensuring reliability per IPC standards—ideal for high-volume designs.
Selecting the Right PCB Laminate for High-Frequency Ultrasound Applications
An engineering guide to low-loss PCB laminates for high-frequency ultrasound. Compare materials on dielectric loss (Df) and Dk to optimize signal integrity above 30 MHz.
Using Heavy Copper PCBs for High-Power Industrial Sensors
Leverage heavy copper PCBs for high-power industrial sensors with optimized power distribution and thermal management in thick copper layers. Discover high voltage design tips, assembly best practices, and 2025 trends for reliable high current PCBs—enhance efficiency in harsh environments per IPC-2221B.
Heavy Copper PCBs: Powering High-Demand Aircraft Cockpit Displays
Explore heavy copper PCBs for high-demand aircraft cockpit displays, optimizing power layer design and thermal management in power PCBs to meet aerospace power requirements. Learn assembly best practices, DO-160 compliance, and 2025 trends for reliable high current PCBs—enhance efficiency in avionics.
