Semiconductor Devices and Models II

ECSE-6290

A continuation of ECSE 6230 . Physical operation and modeling of charge-coupled devices, junction field-effect transistors, bipolar junction transistors and heterojunction devices. Studies of heterojunction devices emphasize the exploitation of particular quantum-mechanical phenomena to achieve unique device behavior. Â

3 credits

Prereqs:

none

Past Term Data

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Offered as Cross-Listing Only

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	Spring	Summer
		(Session 1)	(Session 2)
2023
2022
2021
2020	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 5/36
2019	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 3/36
2018	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 5/36
2017	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 7/36
2016	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 5/36
2015
2014	Semiconductor Devices And Models II (3c) Tat-Sing Chow Seats Taken: 6/40
2013	Semiconductor Devices And Models II (3c) Shayla Maya Sawyer Seats Taken: 4/25
2012	Semiconductor Devices And Models II (3c) Shayla Maya Sawyer Seats Taken: 5/25
2011	Semicond Dev & Models II (3c) Shayla Maya Sawyer Seats Taken: 8/25
2010	Semicond Dev & Models II (3c) Shayla Maya Sawyer Seats Taken: 6/25
2009	Semicond Dev & Models II (3c) Michael Shur Seats Taken: 14/16
2008	Semicond Dev & Models II (3c) Shayla Maya Sawyer Tat-Sing Chow Seats Taken: 5/15
2007