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- Drive-level_capacitance_profiling abstract "Drive-level capacitance profiling (DLCP) is a type of capacitance–voltage-profiling characterization technique developed specifically for amorphous and polycrystalline materials, which have more anomalies such as deep levels, interface states, or non-uniformities. Whereas in standard C–V profiles the charge response is assumed to be linear (dQ = CdV), in DLCP profiles the charge response is expected to have significant non-linear behavior (dQ = C0dV + C1(dV)2 + C2(dV)3) due to the significant larger AC-signal amplitude used in the DLCP technique. DLCP can yield, like admittance spectroscopy, both the spatial and the energetic distribution of defects. The energetic distribution is obtained by varying the frequency of the AC signal, whereas the spatial distribution is sustained by modifications in the applied DC-bias.DLCP is a strictly dynamic measurement, meaning that the steady-state behavior recorded in a C–V profile is discarded. As a result, DLCP is insensitive to interface states.".
- Drive-level_capacitance_profiling wikiPageID "25506136".
- Drive-level_capacitance_profiling wikiPageLength "1367".
- Drive-level_capacitance_profiling wikiPageOutDegree "3".
- Drive-level_capacitance_profiling wikiPageRevisionID "565537143".
- Drive-level_capacitance_profiling wikiPageWikiLink Admittance_spectroscopy.
- Drive-level_capacitance_profiling wikiPageWikiLink Capacitance–voltage_profiling.
- Drive-level_capacitance_profiling wikiPageWikiLink Category:Semiconductor_device_fabrication.
- Drive-level_capacitance_profiling wikiPageWikiLinkText "Drive-level capacitance profiling".
- Drive-level_capacitance_profiling subject Category:Semiconductor_device_fabrication.
- Drive-level_capacitance_profiling hypernym Technique.
- Drive-level_capacitance_profiling type TopicalConcept.
- Drive-level_capacitance_profiling type Process.
- Drive-level_capacitance_profiling type Semiconductor.
- Drive-level_capacitance_profiling comment "Drive-level capacitance profiling (DLCP) is a type of capacitance–voltage-profiling characterization technique developed specifically for amorphous and polycrystalline materials, which have more anomalies such as deep levels, interface states, or non-uniformities.".
- Drive-level_capacitance_profiling label "Drive-level capacitance profiling".
- Drive-level_capacitance_profiling sameAs Q5307910.
- Drive-level_capacitance_profiling sameAs m.09rwgkk.
- Drive-level_capacitance_profiling sameAs Q5307910.
- Drive-level_capacitance_profiling wasDerivedFrom Drive-level_capacitance_profiling?oldid=565537143.
- Drive-level_capacitance_profiling isPrimaryTopicOf Drive-level_capacitance_profiling.