A common way to wire multiple devices to a transmitter is to loop them together as oppose to each device having their own independent loop as shown in this video. You also have to add a power supply to the loop. It is a good idea to have the transmitter first in the loop right after the positive terminal of the power supply because the transmitter causes the higher voltage drop in the loop because it is the only device being powered by it, both the recorder and the controller have their own supply.
this video intrigues me. i wish to split a signal into a esp8266 or similar board to send the signal into my local home network for readouts. sounds strange, but i like to know what my soldering iron knows (when it is at full temp for example).
I like the clear straightforward information. Two thumbs up!
Thank you, Gio! Glad you enjoyed it.
A common way to wire multiple devices to a transmitter is to loop them together as oppose to each device having their own independent loop as shown in this video. You also have to add a power supply to the loop. It is a good idea to have the transmitter first in the loop right after the positive terminal of the power supply because the transmitter causes the higher voltage drop in the loop because it is the only device being powered by it, both the recorder and the controller have their own supply.
this video intrigues me. i wish to split a signal into a esp8266 or similar board to send the signal into my local home network for readouts. sounds strange, but i like to know what my soldering iron knows (when it is at full temp for example).
Nice video! Congrats!
Thank you for sharing !!!
No problem 😊
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