In this paper we present our solid-state nanosecond pulse source (the solid-state
impedance-matched Marx generator) which can generate arbitrary waveforms and which …

To measure the output voltage and current in our impedance-matched solid-state Marx
generator we developed a voltage and current sensor integrated with the IMG structure. One …

This paper presents capacitive sensors based on oxide dielectric substrates that provide a
high attenuation factor of up to 30· 10 3 with a transient time of∼ 38 ps. The sensors made it …

This article describes the efficient microsecond pulse power generator using the
synchronization of field distortion spark gap (SG) switches. Four SG switches are …

The characteristics of the differential-output D-dot sensor, which is employed to diagnose the
voltage pulse across the water-insulated component of the pulsed power accelerator, are …

This article presents an experimental arrangement which, using 3-D numerical modeling,
aims to study biomedical effects using subnanosecond pulsed electric fields (PEFs). As part …

In the past few decades, Pulsed Power (PP) has been one of the fastest growing
technologies, with more and more systems frequently emerging in domains such as civil …

Transient plasma generated by high-voltage nanosecond pulses in a pulsed corona
configuration has proven to be an efficient medium for eg, air purification applications. In this …

Differential-output D-dot sensor is indispensable to monitor the performance of the pulsed
power facility. The sensitivity of the D-dot monitor is determined by the capacitance of the …

Pulsed power technologies have been a subject of intense studies for many years. These
technologies are used in a plethora of applications in diverse areas, such as defense …