ALLPCB
Active Phased-Array Radar T/R Module Technology
T/R modules for active phased-array radars: design, MMIC chipsets, power & efficiency, thermal management, noise figure, integration, beamforming.
Phased Array Radar Development Approaches
MIT Lincoln Laboratory phased array radar history and innovations: satellite surveillance, beamforming, hybrid vs. planar array development.
Common Problems in RF Circuit Design
RF PCB design tips: avoid digital/RF interference, manage grounding, decoupling, partitioning and antenna isolation for reliable wireless performance.
Bluetooth Name Origin and How It Works
Explore Bluetooth's origin, how it works, differences from Wi-Fi, and everyday uses from headsets to trackers and access control.
How to Conceal an HF GP Vertical Antenna
Learn how to hide an HF ground-plane vertical inside a foam and fiberglass mast or flagpole, with design tips, materials, and RF tuning advice.
Frequency-Wavelength Conversion in RF Design
Learn frequency basics - Hz units (kHz-EHz), wavelength, relation with wave speed, and practical RF tips for converting frequency and wavelength.
Terahertz Technology and Its Applications in Communications
Explore Terahertz technology and its transformative role in 6G communications, space science, and high-speed data transmission.
Unveiling the Precision Target Tracking Technology of Monopulse Radar
Explore monopulse radar's precision target tracking, covering distance, azimuth, and elevation techniques for radar engineers.
Basic Concepts and Key Knowledge of T/R Modules
Explore the basics of T/R modules, their role in RF systems, beamforming, and applications in 5G and radar technology.
Adaptive Radar Beam Scheduling Strategies and Criteria
Explore adaptive radar beam scheduling strategies and criteria for optimizing phased array radar systems and resource allocation.