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Aerospace / Defence
- Applications
- Ceramic packages are essential for semiconductor devices operating in extreme environments, including aircraft, satellites, rockets, and specialized aerospace equipment. They are integrated into critical components such as gyro sensors, processors, memory, communication modules, and image sensors (used in space telescopes and planetary exploration cameras).
These packages serve as vital building blocks for both Bus functions - responsible for propulsion, attitude control, power supply, and communication - and Mission functions, which include image sensors, IR sensors, and image processors.
- Role
- In the Aerospace and Defence field, the most critical requirement is unfailing reliability. Equipment must operate in extreme environments characterized by radiation, vacuums, and intense temperature fluctuations.
Our ceramic packages play a vital role in protecting semiconductor chips from these harsh conditions while ensuring stable electrical connections and signal transmission. With superior hermeticity, radiation hardness (Rad-Hard), and moisture resistance, they enable consistent performance even during long-term missions.
- Initiatives for Next-Generation Technology
- As semiconductor functionality advances, the aerospace and defence field increasingly requires solutions that offer high heat dissipation, heat resistance, high current capacity, and support for multilayer/high-pin-count designs.
NTK CERAMIC is driving development from both material and manufacturing perspectives to provide high-performance packaging that meets the needs of next-generation space equipment. As a provider of "Packaging Trusted Beyond Earth," we are committed to supporting the future of space exploration.
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Consultation &
Customized Design -
Proposing optimal ceramic package structures and designs tailored to your needs.
"Complex geometries?" "Strict specs?" "Beyond rules?"
We respond flexibly to every unique challenge to co-create your optimal solution.
Please feel free to contact us.
