SMART MICROSYSTEMS COMPANY PROFILE
For Design Engineers who need high-quality, low volume microelectronic sub-assemblies for their innovative new product, SMART Microsystems is North America’s leading full-service microelectronic assembly supplier providing complete process development of a customer’s new design.
CUSTOM ENVIRONMENTAL LIFE TEST & FAILURE ANALYSIS BROCHURE
Improve yield and reduce overall manufacturing costs using SMART Microsystems in-house expertise and resources for custom microelectronic assembly, testing and inspection.
As a leading North American full-service microelectronic supplier, SMART Microsystems has assets and competencies for microelectronic assembly, testing and inspection of custom sub-assemblies.
SMART MICROSYSTEMS CUSTOM MICROELECTRONIC ASSEMBLY BROCHURE
SMART’s core capabilities and expertise provide process and product development, environmental life testing, failure analysis, and manufacturing of designs provided by our customers. For niche applications, our package assembly solutions offer more flexibility, faster lead times, and lower cost.
SMART MICROSYSTEMS ENVIRONMENTAL LIFE TEST BROCHURE
SMART Microsystems’ Environmental Life Testing Lab and Inspection & Analysis Services Labs are available to help you identify reliability issues early in your product development. Our contract testing and inspection laboratories work directly with you to provide testing and inspection solutions that help ensure product quality and reliability.
SMART MICROSYSTEMS SUPER ACCELERATED UV TESTING BROCHURE
The 5 reasons why you should be using SMART Microsystems Super UV testing for your product development; 1 - Dramatically reduces test time, 2 - Enables rapid product development, 3 - Accelerates product life prediction, 4 - Provides multi-market solutions, and 5 - Supports industry standards.
PRECISION PRESSURE SENSOR TESTING APPLICATION BRIEF
In the ever expanding pressure sensor market, MEMS-based sensors are driving the market to higher levels of precision and accuracy with faster response times at lower cost. Medical applications for both diagnostics and treatment benefit from these technical advances. When measuring pressure of fluids in the body (eg., blood) with minimally invasive techniques, precision and accuracy at relatively low pressures (<3 psi) are critical.
