waitingforfriday.com 的前十大競爭對手

tronixstuff.wordpress.com

fun and learning with electronics since 2010

eleccelerator.com

I've had some fun with photogrammetry recently and wanted to try out other techniques for 3D scanning. I've actually sort of accomplished S.L.A.M. during a hackathon using the PlayStation 4 camera and the Xbox One Kinect already, but I wanted something portable! With the new Raspberry Pi 4 debuting

retrocosm.net

I began this day intending to start and finish my Retrochallenge for Winter 2016.  Of course given the on-going saga of my working and then not so much working Epson PF-10 portable floppy disk driv…

moderndevice.com

The Reverbalizer is a hackable electronic multi-effects module for mobile and microcontroller applications. It is hackable in two ways. First, you can adapt it for use in a microcontroller project. Second, you can download or create additional DSP effects and install it on an EEPROM cartridge using an Arduino-based program we developed. It comes with 8 effects in ROM and 8 on the re-programmable cartridge. The Reverbalizer uses the FV-1 DSP chip from Spin Semiconductor. The chip was designed by Alesis founder Keith Barr and appears in many effects units like the Z-DSP. The built-in effects are: Chorus-reverb Flange-reverb Tremolo-reverb Pitch shift Pitch-echo Test (straight through) Reverb 1 Reverb 2 There's a quick start guide that explains more at Getting Started with the Reverbalizer Here are a few samples made using the output Bytebeat Shufflebox for Arduino fed into the Reverbalizer. Here's an example of vocal artist Laurie Amat taking the Reverbalizer for a spin: Here are two examples from Feral Vocaloid:   Documentation and Links Spin Semiconductor's FV-1 product page The datasheet Spin's free DSP programs to download to your EEPROM Windows Spin ASM IDE for programming your own DSP effects SpinCAD Designer IDE for programming DSP effects (Java-based) A nice review of the FV-1 in Tone Report Other products using the FV-1: Z-DSP's Numberz Molecular Disruption Device

eevblog.com

Contact Dave Please use the appropriate email to ensure it gets filtered correctly: FAN EMAIL: eevbl