High Frequency PCB for Energy and Power Electronics A guide to high frequency PCB in energy and power electronics — covering RF applications in smart grid infrastructure, wireless EV charging, power converter control, solar inverter monitoring, and wind turbine communication.…
High Frequency PCB for Industrial IoT and Smart Manufacturing A guide to high frequency PCB for industrial IoT and smart manufacturing applications — covering wireless sensor networks, industrial radar level sensing, factory automation RF, wide-temperature operating requirements, material selection, and…
Rogers RO4003C PCB: X-Band to Ku-Band Applications and Manufacturing Guide A complete guide to Rogers RO4003C PCB: material properties, when to choose RO4003C over RO4350B, when to upgrade from RO4003C to RO3003, impedance calculation, X-band and Ku-band applications, and FR4-compatible…
High Frequency PCB for Medical Devices: RF, Microwave and Imaging Applications A guide to high frequency PCB for medical device applications — covering the specific RF and microwave applications in medical electronics, material selection for each application, quality standards including…
Controlled Impedance PCB: Design, Calculation and Manufacturing Verification A complete practical guide to controlled impedance PCB: what characteristic impedance is, why it matters for signal integrity, the four main transmission line structures, how to calculate 50Ω trace width for Rogers…
Microwave PCB Fabrication: Process, Materials and Manufacturing Requirements A complete guide to microwave PCB fabrication covering the full manufacturing process from material preparation through final testing, the specific process differences between Rogers hydrocarbon and PTFE materials, controlled impedance verification, quality…
