| Red Pitaya is an open source measurement and control tool in size of a credit card. And despite its popularity, we still find a lot of elect...
| Red Pitaya is an open source measurement and control tool in size of a credit card. And despite its popularity, we still find a lot of elect...
| The signal generator built in the PicoScope USB oscilloscope is usually sufficient for most applications but not always. It would be better...
| How do you build a generator using only a few components while obtaining the lowest possible distortion? Here follows the account of the p...
| Red Pitaya is the first open-source instrumentation platform that can be configured for various measurement tasks. Ready-made apps are avail...
| In the dark pre digital age it was hard to make a laboratory-grade audio signal generator that was affordable, stable, accurate, low in harm...
| Introduction: A simple Platino-based Signal Generator is designed for not too demanding (hobbyist) applications. It is usable for applicatio...
| This is not a DIY project as you may have come to expect from Elektor, with a perfectly designed and extensively tested circuit board. Rathe...
| The SGS100A signal generator from Rohde & Schwarz is more compact than previous RF sources but delivers the same performance as high-end con...
| Manufactured by UK-based Marconi Instruments, the type TF801D/1 is an RF generator covering frequencies from 10 MHz to 470 MHz. Built at aro...
| An audio signal generator for lab use needs to have two basic features. First, it must be able to generate low-distortion sine waves with an...