Directed Energy
Laser precision for modern challenges
Directed Energy (DE) refers to the critical, emerging use of highly concentrated electromagnetic energy (lasers, radio frequency, or particle beams) to destroy or disable targets. These systems offer unique capabilities for defensive countermeasures, missile defense applications, and precision targeting.
DE systems require components that can handle extremely high peak power levels, manage massive thermal loads, and ensure the split-second reliability of the beam-forming and power-delivery architecture — which is where AEM's solutions fit in.
Mastering high-voltage and high-frequency energy delivery
Our technology is vital for the power conditioning and RF beam control sections of directed energy weapons, ensuring system stability and protection under operating conditions that far exceed conventional standards.
AEM's specialized RF: Microwave to Millimeter Wave Components and high-reliability fuses are indispensable for managing and steering the enormous energy required for mission success.
- Isolators and circulators are critical in high-power microwave (HPM) systems to ensure the signal is directed precisely to the antenna/applicator while protecting the sensitive source from damaging reflected energy.
- Power amplifiers are used in the RF chain to generate the necessary signal strength.
- High-reliability ferrite chips are used on digital control and sensing lines to suppress electromagnetic interference (EM) created by the high-power pulse, ensuring the fire control and tracking systems remain accurate and reliable.
- High-reliability fuses are absolutely essential for protecting the primary high-voltage power supplies, preventing catastrophic failures from high-current pulses and energy storage capacitor discharges.
