Dry-flashover and leakage current electrical tests were carried out in coated and un-coated insulators to evaluate the influence of titanium dioxide film in electrical properties.
Under the auspices of the US Department of Energy, Energy Storage Systems (ESS) Program at Sandia National Laboratories, electrical tests were performed on two valve-regulated lead-acid (VRLA) batteries to compare the effects of several design improvements, evaluate their applicability to stationary applications, and determine their service lives.
Accordingly, electrical tests were utilized to obtain the characteristic features, such as low retention loss expected for FeFET and FeRAM.
Their structural properties and surface chemistry, before the electrical testing, were investigated using elemental analysis, X-ray photoelectron spectroscopy, scanning electron microscopy, X-ray diffraction, Raman spectra, and adsorption of nitrogen.
Two cTFAs were independently imaged in a microcomputed tomography (CT) system, and one cTFA was imaged in a harvested feline cochlea after the electrical testing was completed.
Electrical tests have been performed to check the functionality of our structures.
Electrical tests have been performed to measure the gate-oxide degradation induced by the floating gate charging from plasma VUV radiation.
The electrical tests have been performed with a probe station on various test lines with different widths of 10, 30, 50 μm and a constant length of 1,100 μm.
Both RCP and electrical resistivity tests are very sensitive to moisture content, therefore the samples were fully saturated before testing (Polder 2001).
Impulse electrical current tests were performed by implementing electrical current waveforms with different peak values with regard to different lightning zonings.
