DIELECTRIC OIL`S TEST MACHINE WISH VOLTAGE RISE ELECTRONIC MODULE

static behaviour modeling of dielectric barrier discharges and dielectric dynamic charging in high voltage applications

although in recent two decades, the concept of dielectric barrier discharges (dbds) have been developed in ozone production well, air pollution control, plasma screens and control of chemical, and biological and medical processes, employment of this concept for high voltage applications to improve insulation performance as an alternative to the pressurized gas-insulated systems (gis) utilizing ...

Characterization of high-voltage IGBT module degradations under PWM power cycling test at high ambient temperature

The success of the high temperature power electronic applications depends on the power device reliability. The increasing thermal demands, like in hybrid electric cars, require power devices operating at junction temperatures above their common level of 125 C. The thermal cycles generated in standard modules in such conditions induce several failure mechanisms in their package and chips. This a...

The voltage sensor module in sodium channels.

The mechanism by which voltage-gated ion channels respond to changes in membrane polarization during action potential signaling in excitable cells has been the subject of research attention since the original description of voltage-dependent sodium and potassium flux in the squid giant axon. The cloning of ion channel genes and the identification of point mutations associated with channelopathy...

Printing low-voltage dielectric elastomer actuators

Multi-chip Module Test Strategies

Products motivated by performance-driven and/or density-driven goals often use Multi-Chip Module (MCM) technology, even though it still faces several challenging problems that need to be resolved before it becomes a widely adopted technology. Among its most challenging problems is achieving acceptable MCM assembly yields while meeting quality requirements. This problem can be significantly redu...