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@article{149509,
        author = {AMOGH ANIL BAGWE and MARGESH PRADIP BHOLE and PRAJWAL VISHWANATH GOWDA and MAYURESH SANTOSH KODE and ASOKAN SELVARAJ},
        title = {HIGH VOLTAGE DC GENERATION BY USING DUAL CHANNEL MARX GENERATOR},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {6},
        number = {12},
        pages = {669-672},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=149509},
        abstract = {Marx generators can generate high-voltage pulses using several, similar stages that run at a 
fraction of the total output voltage without the need for a step-up transformer that limits pulse rise times and decreases
 device performance. Every stage in Marx involves a network forming condenser or pulse, and a high voltage switch. Such switches are usually spark gaps resulting in low
 repetition rates and Marx generators Lives tight. Developing economical, compact , high voltage, high di / dt and fast turn-on solid state switches makes it easy to build cost effective,  longlived, high voltage Marx generators capable of high pulse repeat rates.

Standard impulse waveforms have similar characteristics  to those of lightning strikes and can be used to test the  strength of electrical equipment.  Marx generator  is  the most popular and widely used method for producing high voltage pulses.},
        keywords = {Marx Generator, High Voltage Pulses, Transformer, Switches, Spark Gaps, Low repetition rates,  High pulse rate, Standard impulse waveforms, Lightning strikes.},
        month = {},
        }