Spirit Electronics Expands Offerings with Zero-Error Systems
Spirit Electronics proudly announces its partnership with Zero-Error Systems (ZES) to supply ultra-high reliability semiconductors and integrated circuits (ICs) designed for the demanding conditions of space. With ZES’s innovative solutions, Spirit aims to enhance mission assurance for customers operating in challenging radiation environments.
Understanding Radiation Resilience in Space
As space missions become more ambitious, the need for components that can withstand radiation exposure has never been more critical. Spirit’s CEO, Marti McCurdy, emphasizes the importance of integrating radiation hardening into commercial off-the-shelf (COTS) solutions. “Our commercial space customers often lean towards COTS due to their affordability and availability. However, these products typically lack the necessary radiation resilience for deep-space missions,” says McCurdy. Through ZES’s technology, Spirit provides a cost-effective means to incorporate radiation protection that ensures mission success from low-Earth orbit to the outer reaches of space.
The Diverse Applications of ZES Technology
Zero-Error Systems offers a wide range of technology adaptable to various space applications, such as communication satellites, launch vehicles, and lunar expeditions. With over three decades of experience in ultra-reliable power semiconductor design, ZES has established a strong reputation in the space industry. Their technology has been utilized in numerous legacy space missions, proving its effectiveness. By partnering with Spirit Electronics, ZES is now accessible to U.S. customers looking for reliable rad-hard semiconductor solutions made locally.
Comprehensive Support through Spirit Electronics
Spirit Electronics is strategically positioned to deliver ZES’s radiation-hardened designs alongside its extensive foundry and assembly services. The company oversees every phase of the IC supply chain, ensuring quality from fabrication to packaging and reliability testing. This holistic approach guarantees that all components meet stringent aerospace and defense standards. The integration of RHBD library cells from ZES significantly enhances processor performance and system reliability with features like low power consumption and minimized soft-error performance.
Customization for Mission Success
One of the standout aspects of ZES’s offering is the flexibility it provides in tailoring radiation protection to suit specific mission requirements. “Our customers have the ability to select their level of radiation protection,” states McCurdy. “This flexibility allows us to enhance critical components’ reliability while preserving the cost-effective nature of commercial designs.” ZES technology not only improves the overall performance but also guarantees that systems are resilient against single-event latchup (SEL), with swift detection and response capabilities.
A Commitment to Quality and Reliability
Spirit Electronics stands out as a seasoned end-to-end supply chain services provider located in Phoenix, Arizona. With a historical background dating back to 1979, Spirit specializes in MIL-STD-883 testing, ASIC programs, circuit card assembly, and already has a well-established reputation in supplying high-reliability electronic components. The company prides itself on being a veteran-owned and woman-owned small business, which adds a layer of commitment to service and reliability.
Frequently Asked Questions
What is Zero-Error Systems?
Zero-Error Systems (ZES) is a company that specializes in radiation-hardened semiconductor technology designed for space applications.
How does Spirit Electronics support space missions?
Spirit Electronics offers comprehensive solutions, including supply chain services, ASIC programs, and access to ZES radiation-hardening technology, crucial for ensuring mission reliability.
What types of applications can benefit from ZES technology?
ZES technology can be applied in various space missions, including satellites, launch vehicles, lunar missions, and deep-space expeditions, enhancing their radiation resilience.
Why is radiation protection important for space missions?
Radiation can severely impact electronic components, leading to failures. Protection measures are essential to ensure mission success and hardware longevity.
What are the benefits of using COTS components with ZES technology?
Using ZES-enabled COTS components allows for a balance of cost efficiency while still providing the necessary radiation protection for space operations.
