69videosLantertronics
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Playlists · 10
14:24ECE2026 Introduction to Signal Processing: Welcome! (Georgia Tech course)
13.1K viewsCourse welcome and overview for Georgia Tech's ECE2026 Introduction to Signal Processing.
11:44ECE2026 L19: Sampling: Analog-to-Digital Conversion
2.14K viewsSampling and analog-to-digital conversion.
16:12ECE2026 L20: Digital Frequencies and Aliasing (Introduction to Signal Processing, Georgia Tech)
1.85K viewsDigital frequencies and aliasing.
10:51ECE2026 L24: FIR Filters (Finite Impulse Response) (Introduction to Signal Processing, Georgia Tech)
2.44K viewsFIR (finite impulse response) filters: definition and behaviour.
11:56ECE2026 L27: Discrete-Time Convolution (Introduction to Signal Processing, Georgia Tech course)
1.75K viewsDiscrete-time convolution.
11:42ECE2026 L37: FIR Filter Design via Windowing (Introduction to Signal Processing, Georgia Tech)
5.15K viewsDesigning FIR filters by the windowing method.
9:49ECE2026 L51: Infinite Impulse Response Filters (IIR) (Introduction to Signal Processing)
1.8K viewsInfinite impulse response (IIR) filters.
17:12ECE2026 L5: Complex Numbers in ECE and the Roots of Unity (Introduction to Signal Processing)
2.21K viewsComplex numbers as used in electrical engineering (polar form, Euler's formula) and the roots of unity.
14:53ECE2026 L6: Phasor Representations of Sinusoids (Introduction to Signal Processing, Georgia Tech)
2.75K viewsRepresenting sinusoids with phasors and complex exponentials, and adding same-frequency sinusoids.
17:46ECE2026 L8: Two-Sided Frequency Spectrum (Introduction to Signal Processing, Georgia Tech course)
2.75K viewsThe two-sided frequency spectrum of signals.
30:04ECE2026: L42: Signal Analysis via DFTs (Discrete Fourier Transforms) (Intro to Signal Processing)
1.98K viewsAnalysing signals with the discrete Fourier transform.
5:28"One-knob" compressor and envelope detector, based on a THAT 4301 Analog Engine
A 5-minute video from Lantertronics: “"One-knob" compressor and envelope detector, based on a THAT 4301 Analog Engine”.
5:23"Tube screamer" style distortion, with voltage-controllable drive, via a vactrol
A 5-minute video from Lantertronics: “"Tube screamer" style distortion, with voltage-controllable drive, via a vactrol”.
14:123 Op Amp Circuits All Electrical & Computer Engineers Should Know by Heart (ECE Design Fundamentals)
A 14-minute video from Lantertronics: “3 Op Amp Circuits All Electrical & Computer Engineers Should Know by Heart (ECE Design Fundamentals)”.
11:4965816 Debugger (processor used in Super NES, Apple IIGS, and RetCom87 retro-inspired project)
A 12-minute video from Lantertronics: “65816 Debugger (processor used in Super NES, Apple IIGS, and RetCom87 retro-inspired project)”.
4:20A Cheaper Way to Program these CPLDs? (Atmel ATF2500, Dataman, Xgecu) (RetCom87 Retro Computer)
A 4-minute video from Lantertronics: “A Cheaper Way to Program these CPLDs? (Atmel ATF2500, Dataman, Xgecu) (RetCom87 Retro Computer)”.
3:56A Couple More Example FPAA Simulations (Adventures in Field Programmable Analog Arrays)
A 4-minute video from Lantertronics: “A Couple More Example FPAA Simulations (Adventures in Field Programmable Analog Arrays)”.
9:09API 312 Mic Preamp Circuit Analysis (Op-Amp & Transformer Voltage Gain Calculations)
A 9-minute video from Lantertronics: “API 312 Mic Preamp Circuit Analysis (Op-Amp & Transformer Voltage Gain Calculations)”.
33:54API 525 Compressor Circuit Analysis, Part 1: Simplifying the Schematic (Deconstructing Studio Gear)
A 34-minute video from Lantertronics: “API 525 Compressor Circuit Analysis, Part 1: Simplifying the Schematic (Deconstructing Studio Gear)”.
6:00API 525 Compressor Circuit Analysis, Part 2: Input Impedances (Deconstructing Studio Gear)
A 6-minute video from Lantertronics: “API 525 Compressor Circuit Analysis, Part 2: Input Impedances (Deconstructing Studio Gear)”.
18:08Accessible LaTex Docs with MathML (with NVDA screen reader on Mac since VoiceOver fails)
A 18-minute video from Lantertronics: “Accessible LaTex Docs with MathML (with NVDA screen reader on Mac since VoiceOver fails)”.
16:40Active RC One-Pole Lowpass Filters using Op Amps (ECE Design Fundamentals, Georgia Tech class)
A 17-minute video from Lantertronics: “Active RC One-Pole Lowpass Filters using Op Amps (ECE Design Fundamentals, Georgia Tech class)”.
12:54Active Signal Summing/Mixing, Using Op Amps in Inverting Configurations (ECE Design Fundamentals)
A 13-minute video from Lantertronics: “Active Signal Summing/Mixing, Using Op Amps in Inverting Configurations (ECE Design Fundamentals)”.
2:51Adaptation of Buchla Lowpass Gate, using photofet optocouplers instead of vactrols
A 3-minute video from Lantertronics: “Adaptation of Buchla Lowpass Gate, using photofet optocouplers instead of vactrols”.
7:29Adaptation of Hammond 102100 Voltage Controlled Filter
A 7-minute video from Lantertronics: “Adaptation of Hammond 102100 Voltage Controlled Filter”.
5:41Adaptation of Moog Rogue Voltage Controlled Filter & Amplifier
A 6-minute video from Lantertronics: “Adaptation of Moog Rogue Voltage Controlled Filter & Amplifier”.
2:45Adaptation of the balanced modulator from the Buchla Music Easel, Part 2
A 3-minute video from Lantertronics: “Adaptation of the balanced modulator from the Buchla Music Easel, Part 2”.
8:48Adaptation of the balanced modulator from the Buchla Music Easel, part 1
A 9-minute video from Lantertronics: “Adaptation of the balanced modulator from the Buchla Music Easel, part 1”.
8:52Adaptation of the envelope generator from the Buchla Music Easel
A 9-minute video from Lantertronics: “Adaptation of the envelope generator from the Buchla Music Easel”.
10:01Adaptation of the pulser from the Buchla Music Easel
A 10-minute video from Lantertronics: “Adaptation of the pulser from the Buchla Music Easel”.
10:01Adaptation of the timbre circuit from the Buchla Music Easel
A 10-minute video from Lantertronics: “Adaptation of the timbre circuit from the Buchla Music Easel”.
7:49Adaptation of the voltage controlled filter from the Memorymoog
A 8-minute video from Lantertronics: “Adaptation of the voltage controlled filter from the Memorymoog”.
6:15Algorithmic Reverb on the Daisy Seed STM32 Platform (Music Tech Capstone Project at Georgia Tech)
A 6-minute video from Lantertronics: “Algorithmic Reverb on the Daisy Seed STM32 Platform (Music Tech Capstone Project at Georgia Tech)”.
9:42Alternatives to C & C++ for Embedded Systems, Game Engines, & Other Manually Managed Memory Domains
A 10-minute video from Lantertronics: “Alternatives to C & C++ for Embedded Systems, Game Engines, & Other Manually Managed Memory Domains”.
2:47Alternatives to Verilog & VHDL: Bluespec & Chisel (exploring Hardware Description Languages)
A 3-minute video from Lantertronics: “Alternatives to Verilog & VHDL: Bluespec & Chisel (exploring Hardware Description Languages)”.
11:09Analog Information in Circuits (ECE Design Fundamentals, Georgia Tech class)
A 11-minute video from Lantertronics: “Analog Information in Circuits (ECE Design Fundamentals, Georgia Tech class)”.