Divais Semikonduktor dan Rangkaian Terintegrasi (Q)
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General
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Course syllabus
Week 1
Week 1 Monday lecture
Week 1 Wednesday lecture
Course Introduction Slides
Week 2
Week 2 Monday Lecture (meeting starts 14.00 WIB!!!)
Week 2 Wednesday Lecture
Week 2 Monday lecture recording (Part A): PN junction
Week 2 Monday lecture recording (Part B): PN junction
Week 3
Week 3 Monday Lecture (Starts 14.00 WIB)
Week 3 Wednesday Lecture
Week3 Monday Lecture Recording: Quiz on Semiconductor Devices (part A)
Week3 Monday Lecture Recording: Quiz on Semiconductor Devices (part B)
Week 3 Wednesday Lecture Recording: Special Diodes (Part A)
Week 3 Wednesday Lecture Recording: Special Diodes (Part B)
Week 3 Wednesday Lecture Recording: Special Diodes (Part C)
Week 4: Review on Special Diodes, Transistors
Week 4 Monday Lecture
Explaining the tunnel diode (deadline 31 March 2021, 23.59 WIB)
Week 4 Wednesday Lecture (14.00WIB)
Week 5: Transistors
Week 5 Monday Lecture
Zoom link: Week 5 Wednesday Class (scheduled earlier 10.00 WIB)
Week 5 Monday Lecture Recording: Transistors (part A)
Week 5 Monday Lecture Recording: Transistors (part B)
Week 6: Transistors and CAD Tools
Semiconductor Devices Week 6 Monday Lecture 13.45 WIB
Week 6 Semiconductor Devices Wednesday class (13.45 WIB)
Week 6 Recording: SPICE Simulation (Part A)
Week 6 Recording: SPICE Simulation (Part B)
Week 6 Class Recording: SPICE simulation of diode I-V characteristics (Part A)
Week 6 Class Recording: SPICE simulation of diode I-V characteristics (Part B)
Week 6 Class Recording: SPICE simulation of diode I-V characteristics (Part C)
Week 7
Semiconductor Devices Class Week 7, 13.45 WIB
Assignment: Simulation of I-V characteristics of a diode and 4 transistors
I-V characteristics of diode and various transistors
Week 7 recording: JFET
Week 8
Week 8 Monday Class 14.00 WIB
Week 8 Wednesday Class 13.50 WIB
Week 8 Class Recording: Demo of SPICE simulation to characterize diode
PPT Slides: IC Design CAD Tools
Week 8 recording: evaluation and discussion of I-V characterization assignment (Part A)
Week 8 recording: evaluation and discussion of I-V characterization assignment (Part B)
Week 8 recording: evaluation and discussion of I-V characterization assignment (Part C)
Week 9
Week 9 Semiconductor Devices Class 13.30 WIB
Week 9 class recording (Task to do: install Ubuntu WSL2, X Server and MAGIC VLSI)
Week 10
Week 10 Monday Class (13.30 WIB)
Week 11
Week 11 Semiconductor Devices Monday Class
Week 11 Semiconductor Devices Wednesday Class 13.30 WIB
Week 12
Slides for CAD tools (xschem, xschem_130, ngspice)
Week 12 Semiconductor Devices Monday Meeting 13.30 WIB
Week 12 Semiconductor Devices Wednesday 10.00 WIB
Week 12 Lecture Recording: SAR ADC (Part A)
Week 12 Lecture Recording: ADC ICs (Part B)
Week 12 Lecture Recording: Installation of xschem and ngspice (Part C)
Week 12 Lecture Recording: Installation of xschem and ngspice (Part D)
Week 13
Grouping and project titles
CMOS inverter schematic in xschem (part 1: drawing)
CMOS inverter schematic in xschem (part 2: simulating with ngspice)
Week 13 Semiconductor Devices Monday Class 14.00 WIB
Show your CMOS inverter design with xschem and ngspice here! (deadline 14 June 2021 midnight)
PPT slides: IC design CAD Tools xschem ngspice (updated with CMOS inverter drawing and simulation example)
Week 13 Wednesday Class 10.30 WIB
Zoom link for Week 13 Friday Class (9.40 WIB)
Week 14
Week 14 Semiconductor Class Monday 13.30 WIB
Week 14 Monday Video Recording: CMOS inverter layout in Magic (part A)
Week 14 Monday Video Recording: CMOS inverter layout in Magic (part B)
Week 14 Monday Video Recording: CMOS inverter layout in Magic (part C)
Week 14 Monday Video Recording: CMOS inverter layout in Magic (part D)
Analog IC Design Flow (xschem-ngspice-magic-sky130): Updated 22 June 2021 with Magic Sky130 integration
Week 14 Semiconductor Devices Wednesday Class 10.00 WIB
Week 14 Presentation Friday 9.30 WIB
Week 15
Week 15 Additional Class, 4 July 2021, 15.30 WIB
Section 16
UAS
(URGENT) IC Layout Assignment
Video 1: Drawing schematic of inverter module (with port) using xschem (Bahasa Indonesia)
Video 1b: Creating a symbol for the inverter design in xschem (Bahasa Indonesia)
Video 2: Drawing schematic of ring oscillator module with 5 inverters in xschem (Bahasa Indonesia)
Video 3: Simulation of ring oscillator from xschem using ngspice (Bahasa Indonesia)
Video 4: Preparing inverter layout for LVS (Layout versus Schematic) - in Bahasa Indonesia
Video 5: Performing LVS between layout and schematic for inverter design using Netgen (in Bahasa Indonesia)
Video 6: Drawing ring oscillator layout and perform LVS check. (Bahasa Indonesia)
Video 7: Performing post-layout simulation for ring oscillator design (Bahasa Indonesia)
Submit your IC Layout Assignment (Laporan Praktikum) in PDF format here!
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Panduan Dosen
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[Video] Panduan Membuat Video Asinkronus dengan Power Point
Panduan Mahasiswa
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Divais Semikonduktor dan Rangkaian Terintegrasi (Q)
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Institut Teknologi Sepuluh Nopember
Sarjana
Fakultas Teknologi Elektro dan Informatika Cerdas
S-1 TEKNIK ELEKTRO KELAS INTERNASIONAL
Semester Genap 2020/2021
Divais Semikonduktor dan Rangkaian Terintegrasi (Q)
Summary
Divais Semikonduktor dan Rangkaian Terintegrasi (Q)
Teacher:
Astria Nur Irfansyah