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This document is a cache from http://repository.lib.ncsu.edu/ir/bitstream/1840.16/5665/1/etd.pdf


ABSTRACT

Document source : repository.lib.ncsu.edu


29
The IGCTs used in the power disturbance generator are each capable of interrupting up to
400A
rms
at 600V
rms
, but IGCTs with a higher rating may also be used. Additionally, IGCTs
can operate in parallel, so much higher power ratings can be achieved if needed.
The switch controller is capable of point-on-wave (POW) switching in 0.01 cycle increments.
The switch is therefore able to open at any one of 100 equally spaced points on a single cycle
of the 60Hz supply voltage waveform, remain open for between 0.01 and 9999.99 cycles, and
close at any one of 100 equally spaced points on a single cycle of the 60Hz supply voltage
waveform. Since up to 400A
rms
must be interrupted at such a precise time, the switch design
uses solid-state power electronics instead of mechanical switches.







Summary :

The switch is therefore able to open at any one of 100 equally spaced points on a single cycle of the 60Hz supply voltage waveform, remain open for between 0.01 and 9999.99 cycles, and close at any one of 100 equally spaced points on a single cycle of the 60Hz supply voltage waveform.


Tags : power,cycle,rms,switch,igcts,waeform,equally,oltage,100,any,higher,60hz,points





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