by Turquoise Marine Systems | Feb 27, 2026 | FCC Radar
Briefly introduce the key components, such as PFN, modulator, magnetron, and switching devices for modulation in the context of marine and shipboard RADAR, with precise timing, pulse shaping, and waveform control, which are essential for range accuracy, resolution,...
by Turquoise Marine Systems | Feb 27, 2026 | FCC Radar
Overview of the core components, including magnetron, modulator, pulse-forming network, synchronizer, and power supplies for the purpose of transmitting subsystem in pulse RADAR, with precise timing, pulse shaping, and high‑voltage delivery matter for range,...
by Turquoise Marine Systems | Feb 27, 2026 | FCC Radar
A brief overview of high-frequency electronics oscillators, A/D conversion methods, and logic families matters in modern systems, in the context of radar, communications, and embedded digital control, all of which rely on these foundational components. Integrating...
by Turquoise Marine Systems | Feb 27, 2026 | FCC Radar
The role of electromagnetic wave propagation is determining the target range. RADAR range is fundamentally a timing problem: the system measures how long a pulse takes to travel to a target and return. The radio waves travel at the speed of light, enabling predictable...
by Turquoise Marine Systems | Feb 27, 2026 | FCC Radar
The purpose of marine RADAR is navigation and collision avoidance, understanding echo formation, and system parameters that matter to operators and technicians: what controls echo size and what controls detection range. A duplexer enables a single antenna to transmit...
