Thank you for the response!

I'm very glad to hear that

Yes

No

Glad it was helpful!

Glad to hear that

In the description sir

You need use ic tx and rx_2B

The oscilloscope is performing as expected and i have not encountered any issues until now, the scope provides enough functions and enough sampling for an electronics enthusiasts

What do you mean? Can you be a little elaborative? Which circuit do you need to be designed?

@@jitulexSir very first thing thanks for the reply , a circuit with no transmitter and receiver module used separately , for example if you see in simple Remote Control circuit used in RC toys , to control the motors ( servo motor , dc motor etc ) .There's no transmitter and receiver module's used in the RC toys. , no transmitter module in the transmitter or no receiver module in the receiver side . So any circuit Explaining how the signal is transmitted from transmitter to receiver to control the motors in toy. There's no transmitter and receiver module's used in the RC toys.

Sir I don't want to disturb you , maybe I am able to explain you what I want , but still trying my best , can you make the same circuit of the transmitter and receiver module's you are using ,on the bread board , do you have the circuit diagram of module's , just wanted to know working of the circuit , of the transmitter and receiver module's , how the signal is transmitted from transmitter to receiver to control the motors or leds

I don't know much about but the transmission and reception in rc toys use same principle. The input signal is multiplexed into higher frequencies using a set of transistors and crystal oscillators and then it is fed to a antenna and is received at receiver and Demultiplexed. Making a rf circuit with higher range is not preferable as it needs license. Hence you can use the modules with license. You can even google how rf circuit works for precise and better information.

Thank you for the comment!!

Thank you for the recommendation, will surely look into it.

Great suggestion!

Its called a Double layer PCB and i will surely put up a tutorial video about it.

@@jitulex Thanks sir , thank you for correcting me SIR

Thank you!!! contact me via email, I'll try my best to help you out. email: [email protected]

that is due to the bias on the data pin, if you connect an digital encoder and decoder ic to the setup, it will be able to detect this high and low as digital signals, try that out, i have a seperate video about it so do give it a try, if the problem still persists, do leave a comment

Thank you 🙌

Yes you can, i have a seperate video showing how to

Its available on the internet, check the price on the soldermall.com website

its because i was not even looking at the tx pin, i was looking at only rx pin from which the arduino was transmitting the signal to the oscilloscope, and the rx was setup for channel 1