Friis Transmission Equation Calculator
Use this Friis Transmission Equation Calculator to calculate received power using transmitter power,transmitter gain,receiver gain,distance and frequency.
| Friis Transmission Equation Calculator | |
|---|---|
| Transmitter Power (Pt) | |
| Transmitter Gain (Gt) | |
| Receiver Gain (Gr) | |
| Distance (d) | |
| Frequency (f) | |
| Wavelength (λ) | |
| Recieved Power (Pr): | {{friisTransmissionResult()}} |
How to use Friis Transmission Equation Calculator?
Step 1 - Enter the Transmitter Power (Pt)
Step 2 - Enter the Receiver Gain (Gr)
Step 3 - Enter the Distance (d)
Step 4 - Enter the Frequency (f)
Step 5 - Enter the Wavelength (λ)
Step 6 - Calculate Recieved Power (Pr)
Friis Transmission Equation Calculator Formula:
Pr=Pt × Gt × Gr × $(c/(4 × π × d× f))^2$
P(dB)r=Pt + Gt + Gr + (20 × log(c/(4 × π × d × f)))
Where,
Pr = Received Power
Pt = Transmitter Power
Gt = Transmitter Gain
Gr = Receiver Gain
d = Distance
f = Frequency
P(dB)r = Received Power in dB
c = Speed of light (equal to 3 * $10^8$ m/s)
Conclusion
You can read more about Friis Path Loss Calculator using below link
Read more about other Physics Calculator on below links
