edfas.org 53 ELECTRONIC DEVICE FAILURE ANALYSIS | VOLUME 26 NO. 4 stand directly over samples for better visibility and easier manipulation. Noble Dome gives users the ability to load large samples or several samples at once, giving higher throughput for workflow. It is also an ideal solution when used with a cryo stage. Noble Dome is currently available for beta trials to interested parties. For more information, visit camcor.uoregon.edu. EVERSPIN TO PROVIDE MRAM TECHNOLOGY FOR RADIATION HARDENED eMRAM MACRO Everspin Technologies Inc., developer and manufacturer of magnetoresistive random access memory (MRAM) persistent memory solutions, announces a strategic contract with Frontgrade Technologies. Under the contract, Everspin will provide its innovative PERSYST MRAM technology, logic design, and back-end-of-line manufacturing services to advance the development and demonstration of a strategic radiation hardened (SRH) high-reliability eMRAM macro for use in future products by Frontgrade. ESD PAPER COMBINES CORROSION INHIBITING AND STATIC-DISSIPATIVE PROPERTIES EcoSonic ESD paper can be used to protect any material capable of being damaged by electrostatic discharge, such as printed circuit boards, integrated circuits, PCB components, telecommunications equipment, electrical panels, electrical enclosures, batteries, and numerous other materials involving electronics with multimetals. The paper is easy to use. There are no chemical concentrations to calculate, no chemical tanks or application systems to maintain. Just wrap the products in the paper and fold the edges together with the printed logo side facing out. Use adhesive tape as needed to hold paper folds in place. Parts protected by the paper can be painted, welded, and soldered. ESD paper does not influence physical properties of even the most sensitive electrical components, including conductivity and resistance. Cortec EcoSonic ESD Paper combines corrosion inhibiting and static-dissipative properties to provide a complete packaging paper for valuable items. This product eliminates static electricity buildup through the use of a coating made from soybean oil. This paper performs better on the static half-life test (a test with an environment consisting of little or no humidity) than papers with conventional static-dissipative coatings consisting of alkyl ammonium chlorides, typical ethoxylated amines, typical imidazolines, phosphated esters, and nonionic based anti-static coatings. The static-dissipative protection from EcoSonic ESD paper is also thermally stable in excess of 392 °F (200 °C) and is pH stable between 2 and 11 at temperatures in excess of 100 °F (38 °C) for several days. It is fully recyclable/repulpable, and does not contain any nitrites, phosphates, silicates, or other hazardous compounds. For more information, visit cortecvci.com. This initiative supports both current and future U.S. Department of Defense (DOD) strategic and commercial space system requirements. It will be manufactured using Skywater RH90 CMOS in Bloomington, Minn. and Everspin’s back-end-of-line MRAM process in Chandler, Ariz. The contract allows for phases totaling up to $9.25 million for Everspin Technologies over multiple years. The current phase with Everspin Technologies is valued at approximately $1.25 million. Upon successful performance of this phase, and at the discretion of the U.S. Government, the contract allows for award of future optional phases. For more information, visit everspin.com. Everspin’s PERSYST MRAM technology for rad-hard applications. Cortec EcoSonic ESD paper protects items from electrostatic discharge.
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