2026-05-26RF components - db design at IMS 2026

DATE June 9-11, 2026 LOCATION Thomas M. Menino Convention & Exhibition Center Boston, MA

2026-03-04Exhibition invitation - 2026.3 EMV (Cologne，Germany)– Hub for Electromagnetic Compatibility trade fair

See You at EMV – Hub for Electromagnetic Compatibility trade fair EMV is coming!&...

2022-11-19Exhibitions

2025-12-10IMS 2023

In 2023, we were fortunate to participate in IMS 2023, one of the most influential academic events in the global microwave field, which brought tog...

2025-12-10EUMW 2023 in Berlin, Germany

In September 2023, EUMW 2023, the world's most influential event in the microwave field, grandly opened in Berlin, Germany. As Europe's largest and...

2025-12-10EUMW 2024 in Paris, France

EUMW 2024, Europe's largest and most influential professional exhibition for microwave and radio frequency technologies, will be held from Septembe...

2025-12-10EUMW 2025 in Utrecht, Netherlands

At EuMW 2025, held in Utrecht, Netherlands from September 23-25, 2025, we showcased cutting-edge microwave and radio frequency (RF) technology prod...

2025-12-10APMC in Jeju,Korea

At the 2025 APMC Jeju Island International Telecommunications Exhibition in South Korea, our telecommunications technology company made a stunning ...

2026-10-15What Is Impedance Matching? A Practical Guide for RF Engineers

A practical guide to impedance matching in RF circuits. Learn the theory, the Smith chart, and how to design L-networks, single-stub tuners and broadband transformers.

2026-10-14dB vs. dBm vs. dBc: Understanding RF Power Measurements

Understand the difference between dB (a ratio), dBm (absolute power) and dBc (carrier-referred). A practical reference for RF engineers who deal with gain, loss and harmonics.

2026-10-13What Is VSWR? Understanding Voltage Standing Wave Ratio in RF Systems

VSWR (Voltage Standing Wave Ratio) measures impedance mismatch in RF systems. Learn the formula, what values are acceptable, and how to reduce VSWR for better signal transfer.

2026-10-13S-Parameters Explained: S11, S21, S12, and S22 in RF Engineering

Learn what S-parameters (S11, S21, S12, S22) mean in RF engineering, how to read them, and how they describe reflection, transmission and isolation in two-port RF networks.