Fantastic video guys ! It’s got me thinking of building a new alarm for my shed and use the RFID along side a keypad to arm/ disarm it ( can use either to arm / disarm it but the keypad could be mounted in a less conspicuous place and used as a back up ) I think the RFID would be more convenient . I think the fob / card unit is pre programmed so I’m guessing that one can use the reader to read this data so it can be used in the sketch ?
rfid is easier for opening doors and etc. but also rfid is pretty unsecure because you can sometimes bruteforce rfid signals and also people can also clone the rfid signal from your card. there is allot of simple hacking tools online that people can use to do these attacks like the flipper zero and etc
Amazing! I absolutely love how compact and concealable it is! I would love to attach one of these to a lipo pico for potable use. Looking forward to the future of this project :3 Keep up the great work!
It turned out very well, I'm trying to integrate the circuit into my board. Do you think I could replace components 0603 with 0805 to facilitate manual soldering? or would it influence the functioning of the antenna?
Do you have a base model that I could add to my Arduino nano and connect custom antenna (various looped copper coils) to? I want to try various different antenna sizes and strengths, but don't want to have to create a custom board each time....
We don't, but when we launch this product (real soon) the PCB design will be open sourced - you'll be able to modify it to create the testbed you're after.
This channel deserves more luck, more fame
Thanks for the kind words, we're glad you enjoyed 😃
Very entertaining as well as informative.
The Roy & HG of electronic manufacturing insights ...
Excellent work.
Glad you enjoyed it
@@Core-Electronics hey guys i need your expertise please contact me asap i want to pay you 100 dollars for your help
Great stuff. Thank you.
My pleasure!
Cool. Now, please do the same with the PN7150 chip in the same form factor. You understand the process, so it should be a piece of cake.
Fantastic video guys !
It’s got me thinking of building a new alarm for my shed and use the RFID along side a keypad to arm/ disarm it ( can use either to arm / disarm it but the keypad could be mounted in a less conspicuous place and used as a back up ) I think the RFID would be more convenient . I think the fob / card unit is pre programmed so I’m guessing that one can use the reader to read this data so it can be used in the sketch ?
rfid is easier for opening doors and etc. but also rfid is pretty unsecure because you can sometimes bruteforce rfid signals and also people can also clone the rfid signal from your card. there is allot of simple hacking tools online that people can use to do these attacks like the flipper zero and etc
Hello , you mentioned an excel sheet used to calculate the capacitances .Could you please share the link to the excel sheet
Amazing! I absolutely love how compact and concealable it is! I would love to attach one of these to a lipo pico for potable use. Looking forward to the future of this project :3 Keep up the great work!
It turned out very well, I'm trying to integrate the circuit into my board. Do you think I could replace components 0603 with 0805 to facilitate manual soldering? or would it influence the functioning of the antenna?
You can solder 0603 just fine.
Ever consider computer simulation for the antenna/coil design ?
i would love to see a chip burn up lol is there a faster way to write/read in bulk than doing it 1 by 1?
Do you have a base model that I could add to my Arduino nano and connect custom antenna (various looped copper coils) to? I want to try various different antenna sizes and strengths, but don't want to have to create a custom board each time....
We don't, but when we launch this product (real soon) the PCB design will be open sourced - you'll be able to modify it to create the testbed you're after.
@@Core-Electronics that is awesome. Is there training you could recommend on creating the testbed?
How can we purchase this ?
We're currently still in development of this product, but we'll update when it is available.
Over act !