Wow this Bluetooth option is becoming very convenient for this kind of work, interesting also the preliminary procedure for this kind of test. Did not remember the memory saver, very cool this too!
"Did not remember memory saver"...lol ... we could have fun with that line:) Thanks for all your help and involvement on this project. A few enhancements to the VOLTMETER MODULE were added by you to satisfy this build!
@@theGADGETSplaylist Yep, I remember you asked also for the option to enable just part of the statistics on the graph. If still needed let's consider again for future updates!
Great idea .. I made a couple of shunts to use with a scope .. I have amp clamps from Pico and PDI/AESwave to my disposal but I just don't trust them for in the mA domaine . Voltage drop across a 1ohm resistor is much more precise .
Dennis, ordered the HS502 from Martin. Would you upload a wiring diagram for this project. Believe I can then determine how to integrate this device with the HS502. THX!!!
you'll like that HS502, of this I'm sure:) this GADGET#117 has its own built in oscilloscope circuit and would not "integrate" with HS502 measuring current draw with your HS502 can be made simple by measuring voltage drop across a resistor with your new scope and a 0.1Ω resistor might be a better choice than a 1Ω consider looking us up on Telegram where this could be explained further, if need be...
There is a PARTS LIST for this project in the link below. The HS101 SMD circuit is described in GADGETS#116 and link to GERBER file and other info provided there. And any questions can be answered on the HScope TELEGRAM Group. Here is the link to join: t.me/hscope
half the fun is building these yourself Jessie:) I don't know of anyone build this particular gadget for sale but I do know someone in our HScope Telegram Group who does build HS402 oscilloscopes...
@@theGADGETSplaylist unfortunately health issues limit the use of my hands when it comes to working on small stuff like like that. But I enjoy the videos and the additional skills I have picked up.
I mostly liked when you went outside in the garden to remotely follow up the diagnosis. Next time bring a drink! :DD
lol...I slur enough already:)
I made a shunt resistor video just a day or 2 ago. This one puts mine to shame lol. By a long shot lol.
Good work!
Haha PJ! Denis is a genius with this stuff!
@@romanosautomotive I’m just gonna lie to myself and say that he took my design and improved on it haha
@@VoltageDropDiagnostics hahah I've got your back!
@@VoltageDropDiagnostics I got the idea from Scotty Kilmer who I credited in my very first build GADGETS#1
ua-cam.com/video/B__DqK90IIc/v-deo.html
A vast intellect that’s drawn to the practical. Amazing Denis 👍
I'm going to try to not have that comment go to my head. VERY generous, Ian:)
Take good care...
I am so glad I found your channel. Priceless ideas makes me speechless
I am also glad you found my channel my friend:)
Thanks for the comment!
Outstanding tool. This is really a great one. I will need to build it
Hope you do Stephen!
Keep me posted...
Thanks for your video !
Wow this Bluetooth option is becoming very convenient for this kind of work, interesting also the preliminary procedure for this kind of test. Did not remember the memory saver, very cool this too!
"Did not remember memory saver"...lol ... we could have fun with that line:)
Thanks for all your help and involvement on this project. A few enhancements to the VOLTMETER MODULE were added by you to satisfy this build!
@@theGADGETSplaylist Yep, I remember you asked also for the option to enable just part of the statistics on the graph. If still needed let's consider again for future updates!
@@martinlorenrd4073 no longer needed Martin...the bar graph enhancements have resolved this:)
Denis my man, awesome build!!
I was waiting for bad weather to build it. Hard to find, it's been an awesome summer here.
Talk soon, Rome...
Brilliant as usual Denis, every video is a lesson. Thank-you.
Thank You, Grunter. Catch ya on TELEGRAM:)
Wow Denis, this is 'NICE'. Job extremely well done my friend!
always nice to see you here, Paul:)
Cool gadget Denis. Remote monitoring of current draw 😁
yeah, it's a fun one...
Thanks for watching, Iain:)
Nice project, now I have a home for one of my HS-101 pcb builds. 😀
yep, we'll have to find something for the other 4 ... lol
Great idea .. I made a couple of shunts to use with a scope .. I have amp clamps from Pico and PDI/AESwave to my disposal but I just don't trust them for in the mA domaine . Voltage drop across a 1ohm resistor is much more precise .
Great minds think alike:)
Awsome build man 👍
thanks bud:)
Dennis, ordered the HS502 from Martin. Would you upload a wiring diagram for this project. Believe I can then determine how to integrate this device with the HS502. THX!!!
you'll like that HS502, of this I'm sure:)
this GADGET#117 has its own built in oscilloscope circuit and would not "integrate" with HS502
measuring current draw with your HS502 can be made simple by measuring voltage drop across a resistor with your new scope
and a 0.1Ω resistor might be a better choice than a 1Ω
consider looking us up on Telegram where this could be explained further, if need be...
Great idea !
glad you liked it, old wrench:)
That is fantastic!!
I like it too, Bill. Am pleased with way it turned out.
good work thanks
thanks Dan!
This is a nice tool.i am looking to make one but I can not fine all the parts, can some one past a link of the parts and ware to fine them
There is a PARTS LIST for this project in the link below. The HS101 SMD circuit is described in GADGETS#116 and link to GERBER file and other info provided there.
And any questions can be answered on the HScope TELEGRAM Group. Here is the link to join:
t.me/hscope
Anyone want to build one of those for me
half the fun is building these yourself Jessie:)
I don't know of anyone build this particular gadget for sale but I do know someone in our HScope Telegram Group who does build HS402 oscilloscopes...
@@theGADGETSplaylist unfortunately health issues limit the use of my hands when it comes to working on small stuff like like that. But I enjoy the videos and the additional skills I have picked up.