CUI Devices is an electronic components manufacturer dedicated to nurturing the spirit of innovation with a heavy dose of humanity-caring more than is expected, embracing evolution, taking a holistic approach, and having fun along away.
Tracing our roots back to 1989 just outside of Portland, Oregon, we have continually evolved over the years to help our customers find the freedom to do amazing things and change the world with their designs. We specialize in an ever-expanding range of product technologies, including audio, interconnect, motion, relay, sensor, switch, and thermal management solutions.
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Lovely video - one technical thing - electrically, USB-C plugs are not symmetric, as can be seen in the tables of pin layouts. Also the two ends of the USB-C are electrically different, as can be seen in the table of cable wiring. The illusion of symmetry results from how devices respond to the cable. Software makes the plugs and cables behave as though they are symmetric.
Thank you! Great info and explaining. YOutube should give a prize to anyone who saves us time, rather thenn losing. Thiz would be a very prized video!
This video is underrated, great info, delivered in a well organized fashion
Ultrasonic Transducers kzread.info/dash/bejne/n6ZotJaYptzcdtY.html
Great and simple explanation
Inotice there are holes on the top of each terminal. If the pins from another terminal is placed in the hole such that the one terminal is stacked on the other, is that a complete circuit? Or are they insulated from each other
Are you referring to the screw holes on the top of the connector? If so, no, those holes have a screw head, which is used to tighten and secure the wire once inserted into the terminal.
A lot of videos on digital electronics using breadboards would benefit *greatly* from replacing jumper wire with DIP switches.
Well explained.
I believe the electret diagram at 2:09 should have a hole in the aluminum housing under the dust cover to let the sound in. Their blog has a similar diagram but with a hole.
Good catch. Our blog version is correct, which shows the proper hole for a top sound port: www.cuidevices.com/blog/comparing-mems-and-electret-condenser-microphones#electret-condenser-microphone-basics
Hi can someone help me find one of these AMT-OTZ-1 One Touch Zero modules for purchase? Thanks
Hi David, we would recommend submitting a ticket with our Ask an Engineer chat and we can help you out from there: www.cuidevices.com/contact
great video
Exactly what I needed, thanks!
Useful video, thanks.
Would it be able to detect the resonant frequency of the object it hits?
How we select the model to function as an electric generator ? If I apply the 30 dT across the same module , provide 150 watt heat on the hot side and dissipate 110 watts on the cold side, will i get 10 amps and 40 watts of useful electricity ? At what voltage ? 4 volts? How can we calculate that?
Hello sir, yes we could generate dc output, but remember the efficiency isnt always 100%. I mean you can generate power but it gives a weaker output than you expected. Not efficient in total to generate
Amazing digital presentation!
This is how I used to make instrumental versions of music tapes
Thank you for this I’m like 10 seconds in and ready for a refresh!
Ty for the detailed explanation :)
☝️ Promo`SM
Thanks
I still don't quite get it ... can I use a mono cable on a stereo connector?
lol 1:02 - quite erotic for musicians.
Sorry, but i need something more basic. Just received a refurbished PC desktop from Amazon, and there is a USB adapter in box. What is it for?
Bro - start with the symbolic equation next time please. Its hard to adapt your example without it.
Another nitpick, sorry. To help people design - go through the process of picking the heatsink...look at a table and say "we need at least 26 deg/Watt with this surface area and this height limitation, so these will work". The arbitrary HS choice was confusing, especially when the point of the video is the clarify HS choice
for me the ball bearing fan failed after roughlt two years of using in pc
Great explanation with awesome presentation. Thanks a lot for this video..
At the moment I can only say feeling interested in the subject.Thanks for the information so far.
thanks budd 🙂
👍
useful, thanks
Thank you 😊
Subscribe??? - FUCK NO!!!!
very informative, thanks very much!
Before USB-C, mini-USB proved to be sturdier and more reliable than micro-USB.
Thanks, I came from trying to enable Free Play on a Metal Slug arcade board to this video.
EXCELLENT presentation
Very helpful. Thanks so much
Concise and Clear.
👍
what type of connectors exist to connect PCB togethers? I am talking about connecting signal or wire power via wires.
Without knowing the specifics of your application, you are probably after what is generally called a "board-to-board connector." However, these come in many different form factors and types depending on your specific design needs. Hope this helps!
@@cuidevices the shear number and type of connectors is one reason for the confusion
@@user-ww2lc1yo9c as we don't currently offer board-to-board connectors, we are not an expert in that field. We would recommend reaching out to a manufacturer that offers those connector types. They would be better equipped to make a recommendation based on your application requirements.
N curve frequency it is so powerful, beautify sound ,based on curve N on bass or mid it is ok for longer time ,they say may different than avarage.
Thank you!
USB-C is basically the best thing since sliced bread. It just feels like the holy grail after all these years of random specialized connectors…being able to connect and power almost any device with a small, durable, reversible and widely available connector.
We see what you did there! ;) The recent EU legislation is certainly a good indication of where things are headed.
thank you for the video do heatsink thickness matter ? thank you
thx alot
Great video! You forget to say about rifle bearing and hydrodynamic. hydrodynamic is similar to omnicool, but has different grooves. We also have Panasonic's patented Matsushita and Noctua's SSAO
so at the same price point which sounds better?
when powering a peltier module like a TEC19006 as example. Rated at 16v 6a, is it best to run it at 80% max power, so something like 16v and only roughly 4.8a? Or can we run these at max power at all times?
Maximum current (Imax) and maximum voltage (Vmax) are operating limits, not the module's absolute maximum rated values. Recommended operation is only up to 70% of these limits because operation beyond limits will result in decreased heat absorption and efficiency as Joule heating increases.
@@cuidevices Thank you for the quick reply. Indeed I had bought a TEC2-19006 recently and was running it at it's Imax and Vmax. Recently just started noticing I should be running it at 60-80% (or in what you're saying 70% power) so roughly 16v and instead of 6a, I'll work on running it at 4.2a instead. Thank you. (Just a hobbiest trying to get more into these things as they're pretty neat!) Although I noticed my peltier TEC2-19006 only has a Qmax of 36w, while your website offers some which much much higher Qmax (which my understanding is the higher the number the more it can remove heat from the cold side and transfer it to the hot side) So I'll definitely try to order some very soon from your website.
Thanks for the clear explanation, much appreciated!
Glad it was helpful! We appreciate the feedback.