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Testing

Software as a Medical Device – Part II

Since the 2007 amendment to the Medical Devices Directive (93/42/EC)1 aimed at clarifying its...

Effectiveness of Multilayer Ceramic Capacitors for Electrostatic Discharge Protection

A simple technique to deal with ESD can be achieved by mounting multilayer ceramic...

Early Life Failure of Dissipative Workstation Mats

Routine compliance verification testing can reveal degradation of a workstation mat’s electrical dissipative properties...

Software as a Medical Device – Part II

Since the 2007 amendment to the Medical Devices Directive (93/42/EC)1 aimed at clarifying its...

Clash of the Titans

Engineering, like physics, involves solving problems using algorithms subject to boundary conditions.  In electromagnetics,...
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System-product Response to Electrostatic Discharge Events

The myth: A system-product that successfully complies with the criteria of ESD (IEC-based) Standards...

Systems Response to Electrostatic Discharge: Part 2

Through the referenced research efforts, it has been recognized that the spectral bandwidth of the ESD event, considered as a continuum, is highly dependent on the electrostatic initialization amplitudes that are evident immediately prior to the displacement of the stored energy through the ESD event.

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Rufus set up the stepladder outside the trauma room so I could climb up...

Software as a Medical Device

The last decade has seen unprecedented advances in both medical device and information technologies. As the technologies used in these two sectors continue to develop and converge, new markets are created and manufacturers have responded by releasing new products and solutions. One such marketplace is Healthcare IT (HIT), where, for example, solutions are now being implemented enabling physicians to view patient records on a tablet device or remotely from the care location on a smart phone.

GR-1089 Fault Testing Changes for Issue 6

GR-1089-CORE has always required the Cross Voltage Test in its Section 4. This test simulates communication wires contacting power wires. Previously, the Cross Voltage Test has been conducted at 600V, but the new Issue 6 has decreased this voltage to 425V. The 425V test uses the same current levels as were required for the 600V test, so this is a decrease in the amount of power that is required to be produced by testers designed to perform the Issue 6 Cross Voltage Test. In this article, we will address the two new tables describing the tests, discuss changes and note the tests that have not changed, and offer some general guidelines for parties who would like to modify existing Cross Voltage Testers to perform the Issue 6 Test Suite at 425V.

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