Quantic Evans HyCap High-Temp Hybrid Capacitors

Introduction

The Quantic Evans HyCap High-Temp Hybrid Capacitors are engineered to perform in extreme environments, making them an ideal choice for applications that demand reliability under high temperatures and shock conditions. With a robust design and a wide range of capacitance values, these capacitors are suitable for various demanding applications.

Part Description

Quantic Evans HyCap High-Temp Hybrid Capacitors are designed for operation in extreme shock environments with temperatures reaching up to +200°C. These capacitors feature a robust construction that includes sintered tantalum anodes and ruthenium oxide-coated cathodes, which operate in an aqueous electrolyte. The components are housed within a durable tantalum case that is sealed with a compressed gasket and a hermetically welded glass-to-metal seal. The capacitors offer a capacitance range of 22μF to 1800μF and a voltage rating from 25VDC to 75VDC, ensuring reliability and performance in harsh conditions.

Applications

• Industrial equipment
• Aerospace and space exploration
• Energy generation and distribution
• Military and defense systems

Industries

• Aerospace
• Defense
• Energy
• Industrial manufacturing

Usage Ideas

1. Aerospace Systems: Utilize the HyCap capacitors in satellite power systems where high reliability and temperature tolerance are critical.
2. Military Electronics: Implement these capacitors in rugged military communication devices that operate in extreme environments.
3. Renewable Energy Solutions: Integrate the capacitors into solar inverters to enhance performance and reliability under high-temperature conditions.

Conclusion

The Quantic Evans HyCap High-Temp Hybrid Capacitors are a robust solution for applications requiring high performance in extreme conditions. Their unique construction and wide range of specifications make them suitable for various industries, including aerospace, military, and energy. Whether for industrial applications or advanced technological systems, these capacitors provide the reliability and durability needed to withstand harsh environments.