Historical snapshot — AY2023/2024 Semester 2 · View current offering →

Analog Electronics

AY2023/2024 Semester 2

This course aims to provide you with the fundamentals of electronic circuit analysis. You will be exposed to circuit analysis theories, circuit devices such as diodes, op-amps, and bi-polar junction transistor. Course content: Basic circuit theory. Network transformation. Node voltage method. Mesh analysis. Norton and Thevenin. Inductor and capacitor. Natural response. Laplace transform. Op-amps. Diodes. DC analysis of BJTs. Introduction to MOSFETs. Small-Signal Amplifiers.

AUs	3.0 AUs
Categories	Core
Exam

Available Indexes

	Mon			Tue			Wed
930				32368 TUT (EE02) 0930-1120 Tue TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32368 TUT (EE02) 0930-1120 Tue TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32368 TUT (EE02) 0930-1050 Tue TR+62 Wk1	32369 TUT (EE03) 0930-1120 Wed TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32369 TUT (EE03) 0930-1120 Wed TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32369 TUT (EE03) 0930-1050 Wed TR+62 Wk1
1000
1030
1100
1130
1200
1230
1300
1330	32367 TUT (EE01) 1330-1520 Mon TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32367 TUT (EE01) 1330-1520 Mon TR+62, ONLINE Wk2-4,6-13, Teaching Wk5	32367 TUT (EE01) 1330-1450 Mon TR+62 Wk1
1400
1430
1500
1530
1600
1630							COMMON LEC (EELE) 1630-1820 Wed LT29, ONLINE Wk1-4,6-13, Teaching Wk5	COMMON LEC (EELE) 1630-1820 Wed LT29, ONLINE Wk1-4,6-13, Teaching Wk5
1700
1730
1800

	Mon	Tue	Wed	Thu	Fri
930
1000
1030
1100
1130
1200
1230
1300
1330
1400
1430
1500
1530
1600
1630
1700
1730
1800