mstechca
New Member
according to **broken link removed**,
it states that the maximum transmission distance is calculated by:
**broken link removed**
The problem is that E = volts per meter of the receiver.
I can't determine volts/meter for my receiver.
Could I calculate the distance some other way?
The thing that is the most common between my transmitter and my receiver is that they both contain an LC tank circuit.
I have heard of inductive coupling (using a transformer between amplifier stages). could I use that to form a distance equation?
when you think about it, the transmitter and the receiver are inductively coupled to each other, wirelessly.
but whatever the case is, I need a simpler equation for maximum transmission distance.
because right now, the way I see it, my 3V transmitter can transmit 2.8KM if my receiver has a 20uV/m sensitivity.
and please answer, because I don't want to jam anyones signal.
it states that the maximum transmission distance is calculated by:
**broken link removed**
The problem is that E = volts per meter of the receiver.
I can't determine volts/meter for my receiver.
Could I calculate the distance some other way?
The thing that is the most common between my transmitter and my receiver is that they both contain an LC tank circuit.
I have heard of inductive coupling (using a transformer between amplifier stages). could I use that to form a distance equation?
when you think about it, the transmitter and the receiver are inductively coupled to each other, wirelessly.
but whatever the case is, I need a simpler equation for maximum transmission distance.
because right now, the way I see it, my 3V transmitter can transmit 2.8KM if my receiver has a 20uV/m sensitivity.
and please answer, because I don't want to jam anyones signal.