I just order a 500x model, simply USB and a 600X with LCD display and SDcard..but I'll have them at in max 1 week..so if you have passion I'll do tests later on.
I give you a like I was looking to buy one but I first search it to see that i don't waste my money I find this video can you do traces repair on a board will it do the job tnx in advance plz reply
Can this microscope view mobile microscopic components like mobile microscopic capacitors/resistors. For mobile repairing. Any one who read this message please reply. I want to by microscope for mobile repairing.
You don;t any driver, it's seen like a camera , also you can use the Windows camera application. Check here too www.jiusion.com/art/usb-microscope-driver-downloads-a0044.html
@@coteldavies8880 There are many variants..probably the second button is for light adjustment..some are saying ZOOM..but the zoom it's manually from the grey wheel..
Probably you can only see their cell walls and shape and the colour they are stained with at this power. If you want see other structures of bacteria there are different staining techniques and microscopese shape.I know that is for classic optical microscopes.There a 1000X magnification it's enough.Maybe this one is working too...you should give a try and let us know.
I am trying to get a single 18650 to power a 3.6v 300ma LED and I can't find any module that can do it properly. I have tried different modules in series etc... to no avail. What I want is 2.8v-4.2v to the 3.6v 300ma since the TP4056 shuts down at 2.8V. I am lost. What I wish is a CC/CV where my range of voltage will come out as the 3.6V without breaking the bank.
@@viocaia The tp4056 works wonderfully well and that isn't the problem. The problem is getting the single 18650 2.8v-4.2v to power a 3w 3.6v LED that I am going to run at 300ma (so roughly equiv to a 1.5-2w LED to keep it cool). I can't find anything that will do it. The problem arises because 3.6v is required but the 18650 is max of 4.2v so over the voltage for the LED so POP. It also will go down to 2.8v so under the 3.6v of the LED so the led will not light. What is needed is a module that will take my battery and do a CC of 300ma. I find them (I even have one) but they are all 5v, or more so worthless to me.
@@generalawareness101 I got it! Why not have a resistor in series..R=U/I gives like 14 ohms..around 1W...also google for constant current circuit..there are few very simple one transistor schematics..but try a resistor first..will limit the current in the begin and relax after voltage drops..try 20 ohms ...
@@viocaia I did the calculation using an online calculator and wow, 1.6 ohms at 1w. I would think the CC circuit would probably be the best way though I am surprised if it is so simple why there are no modules available? I bet there is but who knows?
@@generalawareness101 Something is wrong..you have..let's say 4.2V and 0.3A..so R=U/I 4.2/.3=14 Ohms! ..use 20 instead..it will be ok..even the LED strips are using resistors in series for current control..
Is it powerful enough to see blood cells or anything that small?
Not at all...not enough magnification.
That was useful, thanks!
Glad to hear it!
Hello did you get to test the 500x model? Do you have a link?
Regards
I just order a 500x model, simply USB and a 600X with LCD display and SDcard..but I'll have them at in max 1 week..so if you have passion I'll do tests later on.
Here we go ruclips.net/video/CHKsSbQfKvY/видео.html
Hello congratulations for the video, where did you find the diverging lens to make the mod? Thank you
I can't recall when I bought that, I have it for so long I can;t even remember...
I give you a like I was looking to buy one but I first search it to see that i don't waste my money I find this video can you do traces repair on a board will it do the job tnx in advance plz reply
Get one a stand and max 600x..they are like 50US
Thanks for honestly review. They sell the same model with 500x or 1000x. Which one would you more recommend for soldering smd?
I'll go for 500X , it\s better place in between the lenses and working area...1000x is way to close..the focal is to short..
I just ordered two models 500X and 600x , it will be delivered in max one week..so stay tuned!
@@viocaiagot my 500x delivered last week. I'm happy with it. But i would appreciate, if you could compare them.
@@f0xvibes Of course! Probably it's the same model.but will see soon..have fun!
Can this microscope view mobile microscopic components like mobile microscopic capacitors/resistors. For mobile repairing. Any one who read this message please reply. I want to by microscope for mobile repairing.
Yes you can but with a better stand..
i got one with no driver/program. then how to do it ?
You don;t any driver, it's seen like a camera , also you can use the Windows camera application.
Check here too www.jiusion.com/art/usb-microscope-driver-downloads-a0044.html
Do again but then use a hot air station and remove and put back some components. Practical demo is needed.
Sorry I don't have this anymore, I found 1600x magnification to big, so I'm waiting for 500x model..I'll do some video about it as soon as I got it.
I promised that..here you are..ruclips.net/video/CHKsSbQfKvY/видео.html
Saya baru beli mikroskop seperti ini tampilannya bergaris tidak jelas,apa ya masalahnya
Probably the focus, try to turn the wheel in the middle
what's the real resolution, thx.
640x480..no way to change it..but good enough for inspection
i see it got 2 zoom one scroll zoom and one button can u plz explain
The button is for taking shots.
@@viocaiathere are 2 buttons one to take shots and the other one?
@@coteldavies8880 There are many variants..probably the second button is for light adjustment..some are saying ZOOM..but the zoom it's manually from the grey wheel..
I Will subscribe to hear you feedback on my mgs
Thanks!
I want to view bacteria can i from this ????
Probably you can only see their cell walls and shape and the colour they are stained with at this power. If you want see other structures of bacteria there are different staining techniques and microscopese shape.I know that is for classic optical microscopes.There a 1000X magnification it's enough.Maybe this one is working too...you should give a try and let us know.
@@viocaia thank you man for your reply i will give it a try because these are cheaper than other microscopes 👍
@@PlatinumPC Of course! You may try to have a magnifier in front of it, gives a extra boost..
I am trying to get a single 18650 to power a 3.6v 300ma LED and I can't find any module that can do it properly. I have tried different modules in series etc... to no avail. What I want is 2.8v-4.2v to the 3.6v 300ma since the TP4056 shuts down at 2.8V. I am lost. What I wish is a CC/CV where my range of voltage will come out as the 3.6V without breaking the bank.
You need a module to charge 18650? I'm afraid that's the cheapest one..TO4056..what is your in voltage..before charger?
@@viocaia The tp4056 works wonderfully well and that isn't the problem. The problem is getting the single 18650 2.8v-4.2v to power a 3w 3.6v LED that I am going to run at 300ma (so roughly equiv to a 1.5-2w LED to keep it cool). I can't find anything that will do it. The problem arises because 3.6v is required but the 18650 is max of 4.2v so over the voltage for the LED so POP. It also will go down to 2.8v so under the 3.6v of the LED so the led will not light. What is needed is a module that will take my battery and do a CC of 300ma. I find them (I even have one) but they are all 5v, or more so worthless to me.
@@generalawareness101 I got it! Why not have a resistor in series..R=U/I gives like 14 ohms..around 1W...also google for constant current circuit..there are few very simple one transistor schematics..but try a resistor first..will limit the current in the begin and relax after voltage drops..try 20 ohms ...
@@viocaia I did the calculation using an online calculator and wow, 1.6 ohms at 1w. I would think the CC circuit would probably be the best way though I am surprised if it is so simple why there are no modules available? I bet there is but who knows?
@@generalawareness101 Something is wrong..you have..let's say 4.2V and 0.3A..so R=U/I 4.2/.3=14 Ohms! ..use 20 instead..it will be ok..even the LED strips are using resistors in series for current control..
Good video but unfortunately ruined by the annoying background music 👎👎👎
If you can hear the background music you have really good ears! Congrats! Thanks anyway!
@@viocaia 🤣🤣🤣🤣🤣🤣
@@beavisandbutt-head5363 😪😪😪