Silicon controlled rectifier based partially depleted SOI ESD protection device for high voltage application

Y Jiang, H Bi, H Li, Z Xu, C Shi - IEICE Transactions on Electronics, 2020 - search.ieice.org
Y Jiang, H Bi, H Li, Z Xu, C Shi
IEICE Transactions on Electronics, 2020search.ieice.org
In partially depleted SOI (PD-SOI) technology, the SCR-based protection device is desired
due to its relatively high robustness, but be restricted to use because of its inherent low
holding voltage (V h) and high triggering voltage (V t1). In this paper, the body-tie side
triggering diode inserting silicon controlled rectifier (BSTDISCR) is proposed and verified in
180 nm PD-SOI technology. Compared to the other devices in the same process and other
related works, the BSTDISCR presents as a robust and latchup-immune PD-SOI ESD …
In partially depleted SOI (PD-SOI) technology, the SCR-based protection device is desired due to its relatively high robustness, but be restricted to use because of its inherent low holding voltage (Vh) and high triggering voltage (Vt1). In this paper, the body-tie side triggering diode inserting silicon controlled rectifier (BSTDISCR) is proposed and verified in 180 nm PD-SOI technology. Compared to the other devices in the same process and other related works, the BSTDISCR presents as a robust and latchup-immune PD-SOI ESD protection device, with appropriate Vt1 of 6.3 V, high Vh of 4.2 V, high normalized second breakdown current (It2), which indicates the ESD protection robustness, of 13.3 mAm, low normalized parasitic capacitance of 0.74 fFm.
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