CPS Technologies Corporation Congratulates NASA and the Jet Propulsion Laboratory on the Launch of the Mars 2020 Mission Perseverance Rover

Rhea-AI Summary

CPS Technologies Corporation (Nasdaq: CPSH) celebrates NASA's successful launch of the Mars 2020 Mission Perseverance Rover, highlighting its role in producing the AlSiC hermetic housing for the turret power supply of the SHERLOC instrument. AlSiC, a lightweight metal-matrix composite combining aluminum and silicon carbide, enhances reliability and performance in various applications due to its superior thermal properties. CPS has also supplied AlSiC components for the International Space Station and GPS III satellites, reinforcing its commitment to innovation in aerospace and electronic systems.

Positive

• CPSH's involvement in the Mars 2020 Mission highlights its technological capabilities and potential for future contracts.
• AlSiC's properties enable high reliability and performance, which may increase demand for CPSH's products in aerospace and electronic applications.

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• None.

NORTON, Mass., Aug. 14, 2020 (GLOBE NEWSWIRE) -- CPS Technologies Corporation (Nasdaq: CPSH) congratulates NASA and the Jet Propulsion Laboratory on the successful launch of the Mars 2020 Mission Perseverance Rover. CPS is proud to have produced the AlSiC hermetic housing for the turret power supply for the SHERLOC scientific instrument on the Perseverance Rover.

AlSiC is a metal-matrix composite consisting of the metal aluminum and the ceramic silicon carbide. In power modules and power supplies, as well as many other electronic applications, AlSiC enables higher reliability and higher performance as a result of its material properties, particularly thermal expansion, thermal conductivity and stiffness-to-weight ratio. AlSiC is very light weight, which is an important consideration in space-based and airborne applications.

In addition to the Mars 2020 Mission Perseverance Rover, CPS AlSiC components are also found on the International Space Station and in the most recent generation of GPS satellites (GPS III) for the U.S. Space Force. CPS believes AlSiC components will increasingly be used in space-based and airborne applications because of the compelling performance advantages AlSiC provides.

For additional information on the remarkable technologies and capabilities of the Perseverance Rover please see NASA’s webpage: https://mars.nasa.gov/mars2020/mission/overview/.

CPS Technologies Corporation is a global leader in producing metal-matrix composite components used to improve the reliability and performance of various electrical systems. CPS products are used in motor controllers for hybrid and electric vehicles, high-speed trains, subway cars and wind turbines. They are also used as heatspreaders in internet switches, routers and high-performance microprocessors. CPS also develops and produces metal-matrix composite armor.

CPS Technologies Corporation
Chuck Griffith, Chief Financial Officer
111 South Worcester Street
Norton, MA 02766
Telephone: (508) 222-0614
Web Site: www.alsic.com

FAQ

What is the significance of CPS Technologies in the Mars 2020 Mission?

CPS Technologies provided the AlSiC hermetic housing for the turret power supply of the SHERLOC instrument on the Mars 2020 Perseverance Rover.

Which materials does CPSH use for its components?

CPSH uses AlSiC, a lightweight metal-matrix composite made from aluminum and silicon carbide, which offers excellent thermal properties.

What other applications utilize CPSH's AlSiC components?

CPSH's AlSiC components are also used in the International Space Station and GPS III satellites for the U.S. Space Force.

How does AlSiC benefit space-based applications?

AlSiC provides higher reliability and performance due to its thermal expansion, conductivity, and stiffness-to-weight ratio, making it ideal for space-based and airborne applications.