Скачать с ютуб DSP Overdrive Algorithm in Software (STM32) - Phil's Lab в хорошем качестве

DSP Overdrive Algorithm in Software (STM32) - Phil's Lab

How to design and implement an audio soft-clipping overdrive/distortion algorithm on a custom STM32-based digital signal processing system. PCBs by PCBWay https://www.pcbway.com [SUPPORT] Hardware design courses: https://phils-lab-shop.fedevel.education Course content: https://www.phils-lab.net/courses Free trial of Altium Designer: https://www.altium.com/yt/philslab Free search engine for the best quality components from Octopart: https://octopart.com/ Learn about Altium 365, the electronics product design platform that unites PCB design, MCAD, data management, and teamwork: https://www.altium.com/altium-365 Tag-Connect: https://www.tag-connect.com/solutions... Patreon:   / phils94   [GIT] https://github.com/pms67 [SOCIAL] Instagram:   / philslabyt   [LINKS] STM32 DSP Introduction:    • Digital Audio Processing with STM32 #...   STM32 I2S/ADC/DMA:    • STM32 I2S ADC DMA & Double Buffering ...   FIR Filters:    • FIR Filter Design and Software Implem...   IIR Filters:    • IIR Filters - Theory and Implementati...   Audio EQ:    • Audio EQ Software Implementation (STM...   [TIMESTAMPS] 00:00 Intro Solo 00:29 TikiDrive Hardware 01:01 Altium Designer Free Trial 01:41 PCBWay 01:55 Overdrive Pedals & Amps 02:41 Analogue Overdrive 04:18 Symmetrical Soft-Clipping Model 07:05 Time-Domain Behaviour 08:31 Frequency-Domain Behaviour 09:46 Aliasing Distortion 11:43 Anti-Aliasing Filter 13:21 Anti-Aliasing Filter Design 15:58 Example Overdrive Block Diagram 17:49 Pre-Requisite Videos 18:35 TikiDrive PCB 19:28 Software Implementation 24:04 Test Set-Up 24:38 Aliasing Demo 26:21 Time- & Frequency-Domain Test 28:44 Guitar Demo 32:28 Outro