User contributions for Louis Alarcon
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13 February 2025
- 15:5315:53, 13 February 2025 diff hist +646 N EE229 2025 Activity 01 Created page with "EE229 Activity 1: '''Passive Matching Networks''' * '''Instructions''': This activity has two design problems, and you are expected to create a Google Colab file that contains your analysis and calculations, schematic, SPICE netlist, and simulation results. Please refer to this sample Google Colab template. Should you have any questions, clarifications, or issues, please contact your instructor as soon as possible. ** If you are new to ngspice, please visit the ngspi..."
11 February 2025
- 14:2414:24, 11 February 2025 diff hist +234 RF IC Design (January 2025) →Class Schedule
- 14:2214:22, 11 February 2025 diff hist +1 RF IC Design (January 2025) →Class Schedule
- 14:2114:21, 11 February 2025 diff hist +93 RF IC Design (January 2025) →Class Schedule
- 14:1514:15, 11 February 2025 diff hist +99 RF IC Design (January 2025) →Class Schedule
- 14:1314:13, 11 February 2025 diff hist +76 RF IC Design (January 2025) →Class Schedule
- 10:3710:37, 11 February 2025 diff hist +25 RF IC Design (January 2025) →Class Schedule
- 10:3610:36, 11 February 2025 diff hist +1 RF IC Design (January 2025) →Class Schedule
- 10:3610:36, 11 February 2025 diff hist +3 RF IC Design (January 2025) →Class Schedule
- 10:3510:35, 11 February 2025 diff hist 0 RF IC Design (January 2025) →Class Schedule
- 10:3210:32, 11 February 2025 diff hist +85 RF IC Design (January 2025) →Class Schedule
10 February 2025
- 10:4210:42, 10 February 2025 diff hist +5 RF IC Design (January 2025) →Class Schedule
- 10:4110:41, 10 February 2025 diff hist +81 RF IC Design (January 2025) →Class Schedule
9 February 2025
- 11:3911:39, 9 February 2025 diff hist +1 RF IC Design (January 2025) →Class Schedule
- 11:3811:38, 9 February 2025 diff hist +140 RF IC Design (January 2025) →Class Schedule
8 February 2025
17 January 2025
- 16:4616:46, 17 January 2025 diff hist +107 RF IC Design (January 2025) No edit summary
- 16:4416:44, 17 January 2025 diff hist −122 RF IC Design (January 2025) →Course Information
- 16:3716:37, 17 January 2025 diff hist +262 RF IC Design (January 2025) →Course Information
- 14:5714:57, 17 January 2025 diff hist +137 RF IC Design (January 2025) →Important Dates
- 14:3814:38, 17 January 2025 diff hist +14 RF IC Design (January 2025) →Course Information
- 14:3314:33, 17 January 2025 diff hist 0 RF IC Design (January 2025) No edit summary Tag: Visual edit
- 14:1814:18, 17 January 2025 diff hist +72 RF IC Design (January 2025) →Class Schedule
- 14:1614:16, 17 January 2025 diff hist +4 RF IC Design (January 2025) No edit summary
- 14:1614:16, 17 January 2025 diff hist +239 RF IC Design (January 2025) No edit summary
- 14:1314:13, 17 January 2025 diff hist +36 RF IC Design (January 2025) →Important Dates
- 14:1114:11, 17 January 2025 diff hist −82 RF IC Design (January 2025) →Class Schedule
- 14:0914:09, 17 January 2025 diff hist +220 RF IC Design (January 2025) →Class Schedule
- 14:0414:04, 17 January 2025 diff hist +220 RF IC Design (January 2025) No edit summary
- 14:0014:00, 17 January 2025 diff hist +3,723 N RF IC Design (January 2025) Created page with "* '''Radio-Frequency Integrated Circuits''' * Semester Offered: 1st semester * Course Credit: Lecture: 3 units == Catalog Description == '''EE229''': Introduction to RF and wireless technology. Characteristics of passive devices at RF. High-frequency amplifier design. Analysis of distortion in amplifiers. Low-noise amplifiers and mixers. Oscillators. Frequency synthesizers. Power amplifiers. Phased-locked loops. Modulators and demodulators. Transceiver architectures. Pr..."
- 13:2313:23, 17 January 2025 diff hist +34 Classes No edit summary
9 October 2024
- 08:1408:14, 9 October 2024 diff hist +127 Analog IC Design (August 2024) →Lectures current
- 07:1607:16, 9 October 2024 diff hist +484 Analog IC Design (August 2024) →Lectures
- 07:1107:11, 9 October 2024 diff hist +270 Analog IC Design (August 2024) No edit summary
- 06:5206:52, 9 October 2024 diff hist −2 EE220 2024 Noise Analysis and Simulation →Activity 1: NMOS Noise current
- 06:5106:51, 9 October 2024 diff hist +101 EE220 2024 Noise Analysis and Simulation No edit summary
7 October 2024
- 23:2623:26, 7 October 2024 diff hist +1,761 EE220 2024 Noise Analysis and Simulation No edit summary
- 23:2423:24, 7 October 2024 diff hist +188 EE220 2024 Noise Analysis and Simulation No edit summary
- 23:2323:23, 7 October 2024 diff hist +17 EE220 2024 Noise Analysis and Simulation →Activity 1: NMOS Noise
- 23:2223:22, 7 October 2024 diff hist 0 EE220 2024 Noise Analysis and Simulation →Activity 1: NMOS Noise
- 23:2223:22, 7 October 2024 diff hist +14 EE220 2024 Noise Analysis and Simulation No edit summary
- 23:2123:21, 7 October 2024 diff hist +18 EE220 2024 Noise Analysis and Simulation No edit summary
- 23:2023:20, 7 October 2024 diff hist +777 EE220 2024 Noise Analysis and Simulation No edit summary
- 23:1723:17, 7 October 2024 diff hist +139 EE220 2024 Noise Analysis and Simulation No edit summary
2 October 2024
- 07:1007:10, 2 October 2024 diff hist +574 N EE220 2024 Noise Analysis and Simulation Created page with "* '''Instructions''': This activity is structured as a tutorial with an activity at the end. Should you have any questions, clarifications, or issues, please contact your instructor as soon as possible. * At the end of this activity, the student should be able to: # Perform noise simulations using NGSPICE. == Activity 1: NMOS Noise == Bias a 0.8V SLVT NMOS transistor with <math>V_{GS}=0.4\mathrm{V}</math> and <math>V_{DS}=0.4\mathrm{V}</math>. For a width of <math>1\ma..."
- 07:0907:09, 2 October 2024 diff hist +47 Analog IC Design (August 2024) →Homework
25 September 2024
- 07:0007:00, 25 September 2024 diff hist +21 Analog IC Design (August 2024) →Lectures
- 06:5906:59, 25 September 2024 diff hist +80 Analog IC Design (August 2024) No edit summary
- 06:5706:57, 25 September 2024 diff hist +58 Analog IC Design (August 2024) No edit summary