Each module integrates a dense noise signal generator, a high-efficiency RF power amplifier (efficiency ≥ 60%), and built-in protection against antenna disconnection or damage.
The protection is implemented via output signal analysis: when the standing wave ratio (SWR) exceeds 6, the power supply to the jamming module is automatically switched off.
The high efficiency (≥ 60%) ensures optimal power utilization and minimizes heat dissipation losses, which reduces cooling requirements and, consequently, allows for a more compact overall design.

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Each module features a proprietary antenna system developed in-house, combining dipole and cloverleaf-type antennas interconnected via a diplexer network.
The radiation pattern of this antenna system is omnidirectional across all declared frequency bands, with predominantly horizontal polarization.

The system is equipped with a protective RF-transparent radome, designed to shield the antenna housing from mechanical impacts and vibration during operation.
The radome’s shape prevents moisture accumulation, which could otherwise negatively affect system performance — such as:

• altering the antenna radiation pattern;
• increasing the standing wave ratio (SWR), potentially causing damage to the jamming signal power amplifier.

The system features a single, integrated design, which simplifies operation and minimizes the risk of damage during connection or disconnection of components such as the jamming generator module and antenna.
Using separate external elements — for example, a remote antenna connected via a high-frequency cable — typically results in additional signal power losses and overall reliability degradation during field operation.