Missile Guidance & Control
The heart of precision for unprecedented control
AEM provides the high-performance components that guide today's most advanced defense systems with unmatched reliability and accuracy.
Missile Guidance and Control (G&C) Systems allow a missile to autonomously navigate to and intercept its target. This sophisticated on-board system uses sensors and processors to continuously calculate the missile's position and make real-time adjustments to its flight path.
This complex interplay of electronic components allows the missile to be an autonomous, self-correcting system critical in aerospace and defense applications. The guidance system constantly analyzes its path and commands the flight controls, ensuring the missile can adapt to a dynamic environment and find its target with exceptional precision.
Unwavering reliability for pinpoint precision
For these systems to function with absolute accuracy, every component must perform flawlessly, often under extreme environmental conditions.
AEM’s precision RF: Microwave to mmWave components are vital in processing high-frequency signals that identify and track targets. Our high-reliability fuses are specifically designed and manufactured to withstand the extreme environmental conditions of launch and flight, like shock, vibration, and extreme temperatures. Meanwhile, our discrete semiconductors are fundamental for power conversion and regulation.
- Power amplifiers are core to missile telemetry and navigation systems, helping to make sure critical flight data is transmitted and received without interruption.
- RF filters ensure signal clarity, distinguishing the target from background noise with exceptional fidelity.
- Diodes are fundamental components for rectification and voltage regulation.
- Thyristors are used for high-power switching applications, such as motor speed control.
- High-reliability fuses play a critical role in precision, protection from overcurrent, and system isolation. Their reliability is paramount when premature failure could lead to catastrophic mission failure.
