How We Make Capacitors | Ceramic
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- เผยแพร่เมื่อ 11 ก.ย. 2024
- KEMET Multilayer Ceramic Capacitors (MLCCs) are a preferred capacitance solution, offering excellent performance, reliability, and cost advantages for circuit designers. Our comprehensive line of surface mount and through-hole devices are utilized in a wide variety of computer, telecommunications, automotive, military, medical, and consumer electronics. Primary applications include decoupling, filtering, bypassing, and smoothing. Learn about how we make our ceramic capacitors, and how we stack up against the competition.
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this video is much better than other , found here
nice process explanation from beginning to end
Very clear explanation
Super work
What kind of printing process did you do, Screen Printing or Gravure printing?
Hi there. You look familiar... 😀 We use a silk screen process for printing.
@@KEMETElectronics I see, I was assigned at Printing process from the company I used to work years ago. We did both gravure and screen printing even though I have more experience in screen printing. May I also ask what material you use for screen printing. As far as what I've remember, we use a bando or unitec squeegee
Im still waiting for the part where they introduce the secret sauce that gives the same size caps, different values.
What's the name of machine used for making electronics components
How many layers are in a 100µF 1206 MLCC ?
100uF 1206? It's either thick as hell or has dielectric stregth of 1V
@@webkar 6.3V
50-200 maybe
Are they diced with thin dicing wheels are a straight edge blade?
Mixing and coating process shown in the video have names switched.
Please make a video and show the real process!
how mlcc become chips ? first , Batio3 ( barrium titanade) ,they used in stacking process, next to cleanroom process which many different sub processes liike design and etc, next to cutting process,to tumbling process and to Firing process where they will used the high voltage of heat treatment to fired the chips then next to Termination process where copper (Cu) paste applied and to term fired again to fired the chips in order to apply the current of Nickel and Solder for Plating process---these process are the main process to make chips capacitor,,then to Sorting process which sort the good chips ,good capacitance , mixed capacitance, high DF or low DF and many more, before visual process which the main process detection of all defective chips before quality process------ former samsung electro mechanics employee here.....
why u did not add the plating process which is very important how chips developed the current ,by plating in Ni and SN?
They did
I have questions. What is hours of electrolyte capacitor
Hi Er, Thank you for your inquiry. Can you please email your question to ksim@kemet.com? Someone from that account will be able to help you!
actually 1 chips process takes 24 hours but it depends of what chips normal chips takes 24 hours and also additonal info it depends on the customer's quality demands on inspection
So much of work, but if one capacitor jumps from tweezer and falls on the floor, I do not hunt for it.
How can i check valu of smd ceramic capacitor
Use meter? Hmmmm
😂
I think he meant "How can i "read" the value on an smd ceramic capacitor". To the first 2 digits append as many zeros as the 3rd digit. The result is in picofarads. A letter following these 3 digits indicates the % tolerance (or accuracy).
@@rongarza9488
of course... but..... IF THERE ARE NO MARKINGS ?
and... other than using a multimeter of ESR Meter
simply stated... how to find out, or establish what the INTENDED CAPACITANCE AT TIME OF MANUFACTURE WAS INTENDED TO BE for an SMD if it has no markings and you've taken it off a board and it didn't come off a reel
ANY IDEAS ???
Stupid background music.
Oh hello 3080 scalpers
Looks like chocolate
it might also taste good
but the question is... what is the capacitance of your stomach LOL
@@martinkuliza 😂👍
@@flatspin5382
i thought you' like that LOL
@@martinkuliza i like these chocolates😋
@@flatspin5382
did you eat them in series or in parallel LOL