Definition, Objectives, and Significance of Secondary Screening for Reliable Components
Release time：
2025-04-16
source：
Why choose second‑generation component screening?
When traditional quality inspection can only cover “standard criteria,” what the highly reliable sector demands is “exceptional assurance”:
• A 99.9% pass rate does not equate to 100% reliability: components that pass an initial screening may still harbor microscopic defects that, under complex stress conditions, can evolve into catastrophic failures.
• The time cost is unsustainable: once a satellite is launched, it cannot be repaired, and malfunctions in medical equipment can endanger lives—the price of “defects” far exceeds what one might imagine.
• Your application scenarios are one-of-a-kind: extreme deep-sea high pressure, cosmic radiation, ultra‑low‑temperature vacuum… Standard screening cannot replicate the extreme challenges of real‑world environments.
Ginkgo’s answer: Defining industry excellence with “zero defects.”
We go beyond mere screening; we are committed to imbuing components with “full‑life‑cycle reliability.”
Core Advantage: Scientific Precision, Tailored Support
1. Rigorous screening system
◦ Environmental stress intensification: ultra-wide temperature cycling from –65°C to 200°C, multi-axis combined vibration, 85% humidity plus salt-spray corrosion… These tests simulate the harshest operating conditions, enabling early identification of potential failure risks.
◦ Intelligent Failure Analysis: By integrating AI algorithms with physics-based failure models, it accurately identifies the root causes of defects and enhances reliability through design‑level optimization.
2. Customized Solutions for All Scenarios
Industrial extreme-environment simulations: deep-sea high-pressure chambers, desert sandstorm simulators… enabling components to “pre‑experience” future challenges in the lab.
3. Empowering Reliability Across the Entire Industry Chain
◦ From chip to system-level verification: comprehensive end-to-end reliability testing covering components, PCBs, modules, and complete systems, ensuring no system-level weaknesses remain.
Why choose ginkgo?
• National-level laboratory accreditation: Triple certification by CNAS, DILAC, and CMA, with globally recognized data.
• Strong technical capabilities: 37 proprietary patents, 10 ultra‑extreme environment simulation chambers, and nanometer‑level precision.
• Expert Think Tank Support: More than 10 seasoned reliability engineers, with an average of over 15 years of industry experience.
Call to action:
“Reliability is not a matter of probability; it is inevitability.” — The Ginkgo Reliability Research Institute issues a “life insurance policy” for every single component.
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