Young-Sang Son

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A novel low-capacitance low-voltage triggered silicon-controlled rectifier (LC-LVTSCR) electrostatic discharge (ESD) clamp is proposed in a 0.13-μm RF process. The proposed ESD clamp meets the ESD robustness and the RF requirement. The mechanism of the proposed LC-LVTSCR is investigated by T-CAD simulations, and a method to reduce the parasitic(More)
The analysis and the modeling of a Low Voltage Triggered SCR (Silicon Controlled Rectifier) under vf-TLP (very-fast Transmission Line Pulse) measurements are reported. The results measured by vf-TLP system showed that the triggering voltage (Vt1) decreased and the second breakdown current (It2) increased in the comparison with the results measured by a(More)
Increasing frequency and reducing time margin have made designs of power delivery networks (PDNs) on board to be an integral part of chip designs. Power delivery network designs are usually achieved by mounting the decoupling capacitors on power plates so that the designed power impedance is relatively lower on the interested frequency ranges. But, some(More)
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