SAC-D AQUARIUS & SAOCOM Programs - Earth Observation Satellite Constellation
The SAC-D AQUARIUS and SAOCOM programs form a satellite constellation designed for Earth Observation purposes. These satellites are equipped with synthetic aperture radar (SAR) instruments that provide critical data for environmental monitoring, disaster management, and scientific research.
The SAR Antenna is a flat phase matrix that operates in dual linear polarization. The antenna matrix is composed of 28 CTR (Control and T/R) units, each containing sophisticated control electronics, power supply systems, and transmit/receive modules.
This advanced configuration enables high-resolution radar imaging capabilities essential for Earth observation missions, providing valuable data for agriculture, forestry, oceanography, and disaster monitoring applications.
Advanced control electronics for satellite systems, providing precise command and telemetry capabilities for mission-critical operations.
Custom filters designed for space, military, and commercial applications. Developed using advanced microwave design software to meet stringent specifications.
Integrated control and transmit/receive modules containing control units, power supplies, and RF modules for SAR antenna systems.
Precision mechanical deployment systems designed for satellite antenna arrays and solar panel deployment mechanisms.
Power splitter/combiner units engineered with precise impedance matching and minimal distortion for critical RF distribution systems.
Our space components are designed and manufactured to meet the most demanding requirements of the aerospace industry. Using advanced microwave design software and rigorous testing procedures, we ensure that every product meets or exceeds international space standards.
From custom filters to complex control systems, our products are proven in some of the most challenging space missions, including the SAC-D AQUARIUS and SAOCOM satellite programs.
Contact us to discuss how our space technology solutions can support your next mission.
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