Enjek

I have Audio Center MA15 Speakers the horn has quite a narrow dispersion, if I had similar device made like this I wonder if it would work on this speaker too?

😂 remember me a gig where the subs looks like they just collapse in an earthquake in the end 😂

You described the issue of this setup quite well, it becomes a problem for the people in the front, for me it’s more that they have really too much subs…. Ok maybe I overmix low ends…

Interesting but how can you do this in a live situation with usual hardware ? Kinda hard to split signal, delaying one and send to the monitor with actual processing habilities with brand-locked presets in the processor and without fancy console routing…

So we should always bypass all EQ processing before aligning phase graphs for multiple speakers ? Even bypass the lopass filters for subs ? Is that correct ?

Bruh your thumbnail picture is WRONG 😅😅

Sounds like he's damaging his vocal folds to me.

Big whoop theres a pipe organ that can do 8hz @130db

🎯 Key points for quick navigation: 00:00 *🔌 Introduction to Speaker Wiring* - The video introduces the concepts of speaker wiring configurations: parallel and series. - Explains the upcoming experiments with volume and impedance. - Sets the stage for learning through real-time demonstrations. 00:28 *🎚️ Demonstrating Parallel Connection* - The first experiment shows how connecting a subwoofer in parallel affects volume and current. - Demonstrates a 6dB increase in microphone reading with parallel wiring. - Current from the amplifier doubles while voltage remains constant. 02:19 *📊 Understanding Ohms and Current* - Discusses the relationship between speaker impedance, current, and voltage. - Describes how impedance affects amplifier load and current output. - Introduces Ohm's Law and its relevance to audio systems. 04:04 *🔄 Effects of Series Connection* - Demonstrates the impact of connecting speakers in series on volume and current. - Shows that series connection results in a 0dB change in microphone reading. - Discusses the division of voltage and current between the speakers. 06:04 *⚖️ Limitations of Series and Parallel Wiring* - Compares the advantages and limitations of series versus parallel configurations. - Emphasizes the resistance changes with frequency and its effect on performance. - Notes practical limits of speaker configurations in parallel and series setups. 08:00 *🎶 Impedance Measurement and Efficiency* - Explores the impedance characteristics of speakers across different frequencies. - Highlights the importance of driver and enclosure compatibility for optimal performance. - Concludes with a summary of the video’s main points and encourages further exploration. Made with HARPA AI

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I have Gasoline Powered Organ Pipes Or Pulse Jet Engines. I need this Technology in them.Just cant do it myself .I want a single Poppet valve to be opened by electrically timing it to soot resonance .And throw the reed valves in the bin.Then cluster them up ,add Nitrous Oxide or Nitro & go Jet Drag racing.What better way to drive Resonance than a Speaker.

Uninteresting, unmusical, low-power/mic-only vocal fry...

Just today talked about this, the claim was that analog consoles sound better than digital, and my opinion was that it is pretty much BS when we talk about anything decent that you could use in professional settings. And we are excluding running pre-amps over their limits, just talking about nominal range. X32 fairing the "worst" in many cases is not at all surprising but none of it really matters, just one minimum turn of almost any one knob will cause way more differences between it and the rest. Also, don't know if in the compressor null test its internal delay was taken into account, it adds 1.75ms when you activate a compressor, iirc. It is a bit weird that it doesn't run at constant latency but to be fair that is just an expectation: that is how i would design it...

me too !

Literally just rattled the prostate out of my ass

Dude was growing hair in his chest in the womb

After listening to this, my testosterone skyrocketed.

👎🏼

i can reach down there, but I dont have the power you got. That's amazing. I can do a proper 7A.

This video successfully destroyed one of my Earpods 😂

everything is ok but the subject (cousin) is dead.

Them back vocals get way in the way. I’m here for old boy not dem!

Shut up and take my money, i need that sub😂

Cheers cheers cheers 🙏🙏🙏 Phase is so misunderstood and this demystifies it on such an elementary level. Thank you!

Ces vrai que la basse ici est parfaite.

He’s calling forth the megalodon 🌊

more content please. :)

I believe that what is shown at 26:45 is wrong. The first 90° phase shift is caused by the air pressure that is built up by the velocity and not the acceleration of the driver and so the microphone's diaphragm will move 90° later. The other 90° is caused from the voltage that the microphone produces because the voltage is produced due to the velocity of the diaphragm. We need a slow motion of the speaker driver and some other surface in front it to confirm but correct me if I am wrong

Lol , so what’s the weird part ?? Lol , I don’t get it ?? Hey look when I press on the gas pedal , the rpm meter goes up , pretty cool.

What happens when you turn it up to 11? Btw good detailed content, thanks for taking the time to share.

8:25 what a change in colours hahaha

my ovaries just exploded

Like a fart

Best explanation I have come across

comb filtering at the end

God bless , you beautiful 🕯️ Thank you for existing🤍

Awesome vid! Thanks a lot, learned a lot!

my natural speaking tone is deeper than his singing voice lol

working on a project as a design student. Thanks for the info.

This is the explanation I am looking for not available on any other speaker/audio related channel. Salute.

This is extraordinary! Not only is his voice low, it's beautiful. Bravo!!

This just helped me understand so much about sub frequency response. The cotton ball visual representation made it click! Good stuff here.

Nerd.

Sealed subs ftw

damn she loves it :P

Wow, that was super interesting. One comment I have is that it wasn't always clear what the graphs were showing, and I had to pick it up from context. Once I figured out what the graphs were showing for each section it was great, but between sections the graph was changed (as is appropriate) without the presenter always explaining what they were. For example, sometimes they were relative response, sometimes they were relative phase, sometimes one of each. It would help a lot if there was some label or maybe an intro screen for each part of the video detailing the test setup. For additional context, I am the sound guy for my local church and I picked it up as a hobby from the old dude who _did_ go to school for sound engineering. I am a software developer by trade, and I know about fourier transforms, harmonics, etc. So I am not totally in the dark about the science, but this was a really interesting lesson. Thanks!

that E flat made my a$$hole vibrate

Avantis was completely different

Nice video