Relationship Between Capacitor Filtering and Decoupling
Explains why decoupling capacitors sit on chip power pins: provide AC return path, reduce loop area, and stabilize supply for power integrity.
Explains why decoupling capacitors sit on chip power pins: provide AC return path, reduce loop area, and stabilize supply for power integrity.
Practical guidance to improve EMC in power module design: surge protection strategies, PCB/layout considerations, and conducted-noise filtering for reliable supplies.
Essential EMC design guidelines for electronic devices. Learn key principles like shielding, grounding, and filtering to minimize interference and ensure compliance.
Technical overview of electromagnetic shielding covering reflection and absorption loss, wave impedance in near/far fields, skin depth effects, and a copper-foil enclosure case study.
Explore HDMI 2.1 noise suppression solutions using CMCCs to tackle EMC challenges and maintain signal integrity in AV systems.
Learn the causes of electrostatic discharge (ESD) and how it damages electronics. Discover key PCB design and manufacturing tips to prevent component failure.
Technical overview of PCB crosstalk: capacitive and inductive coupling, forward/backward effects, impact on signals, and PCB layout recommendations to reduce EMI.
Technical overview of platform screen door types, power and lighting design for electromagnetic shielded rooms, and differences between shielded rooms and anechoic chambers.
Overview of EMI shielding film structures and operating principles, covering single- and multi-layer metals, nano-composites, absorption, reflection, and applications.
Reasons for high-frequency transmission—bandwidth, interference resilience, spectrum use—and electromagnetic interference principles like multipath and phase.
Technical overview of LDMOS application in high-voltage ESD protection, covering GGNLDMOS design, RESURF, field plates, super junction and layout/structure trade-offs
Technical overview of electromagnetic compatibility (EMC) and testing, covering theoretical foundations, interference sources, ESD immunity, surge and anechoic chamber test methods.
Technical overview of EMC testing standards and procedures, covering CISPR, EN, FCC, IEC and key tests such as radiated emission and immunity assessments.
Technical overview of electromagnetic interference (EMI), common sources: power lines, RF, radiated emissions, crosstalk and ground effects, plus mitigation via shielding and filtering.
Is phone radiation a risk? Learn about ionizing vs. non-ionizing radiation, potential health effects, and why weak signals increase your phone's output.
EMC filtering overview of magnetic, capacitive, impedance and band-pass filters, with practical design guidance on frequency range, placement, grounding, and component selection.
Learn about the crucial EMC tests for electric motorcycles under ECE R10 for export. We cover radiated immunity, emissions, and charging mode requirements.
Practical EMC design guide outlining early design practices, team roles, and ESD protection methods for hardware, PCB, and enclosure engineers.
Identify EMC problems by finding the noise source, victim and coupling path; learn common power, ground, near-field/radiated coupling and tests.
Explore noise in switching power supplies, comparing external vs. integrated MOSFET designs and effective suppression strategies.