Скачать с ютуб Audio Spectrum Analyzer on the Cheap (032 ) в хорошем качестве

Audio Spectrum Analyzer on the Cheap (032 )

Audio Spectrum Analyzers (Signal Analyzers) are expensive. Measuring the frequency response of an audio device by the manual method is tedious and time consuming. Setting the frequencies of a Graphic Equalizer without special equipment is a tough project at best. In this video I am going to show you a quick and inexpensive way to accomplish all of these things using an inexpensive USB Audio Interface, some FREE software and your computer. Here is the link to the download site for Visual Analyzer: https://www.sillanumsoft.org/download... Here is the link to where to buy a Behringer UCA-222 https://www.sweetwater.com/store/deta... Here are the promised links to the UCA-222 Driver and Instruction Manual: DRIVER DOWNLOAD: https://asio4all.en.softonic.com/down... MANUAL & LOTS OF OTHER STUFF: https://www.behringer.com/product.htm... I decided to NOT provide the actual files in a ZIP file so you can be assured to the get the latest and greatest from the manufacturer themselves. Time Markers for Your Convenience ---------------------------- 00:05 Initial comments and Introductions 01:12 What we need to do this... 01:15 Stereo Audio Input to our Computer 01:52 FREE Software 02:20 Setting Up the Computer 02:23 Install the Audio Interface Drivers 02:43 Install the Audio Interface itself 02:51 Prepare the Computer to work with a Stereo Input 05:17 Setting up the UCA-222 Stereo Interface 06:07 Setting up the Visual Analyzer Software 06:19 Point to the UCA-222 Input & Output 06:42 Configure for Transfer Function (Frequency Response) 07:01 Turn on Averaging 07:15 Change the Color associated with the Transfer Function 07:33 Set up the Signal Source (Waveform Generator) 08:31 Hardware setup for our test 09:27 DEMO: A Breadboarded Mixer 09:31 Hardware Introduction and Connections 10:33 Making the Frequency Response Measurement 10:34 Turn on the Waveform Generator 10:43 Turn on the Visual Analyzer 10:54 Setting the Signal Output Levels 11:20 Observe the Frequency Response 12:56 EXAMPLE: Audio System in an Auditorium 16:17 Final Comments and Toodle-Oots -----------------------------