Abstract
We investigated the maximum controllable current (MCC) characteristics of a new BRT entitled Corrugated p-Base Base Resistance Controlled Thyristor (CB-BRT), which suppresses the snap-back effectively and increases the maximum controllable current. Experimental results exhibit that the MCC of the CB-BRT is less sensitive to various fabrication parameters compared with conventional BRT. Experimental results show that the variation of the MCC in CB-BRT is only 20% of that of the conventional BRT when the n+ cathode width is 5 μm and the process parameters change, and the MCC of the CB-BRT is increased by about 50% compared to that of the conventional BRT.
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