Enter the transmitted power, cable loss and antenna gain to calculate the EIRP (Effective Isotropic Radiated Power).

dBW. Calculating ERP and EIRP. Enter the Transmitter Power Output (TPO) : Watts, dBW. Enter the Antenna Gain : dBi, dBd. Effective Radiated Power (ERP) = dBW =

One way of visualising EIRP is that this value (37 dBW) represents the amount of power that an isotropic would have to radiate to achieve the same emission ...

14 нояб. 2022 г. · EIRP = 10 log(Power in watts) + Antenna gain. CALCULATION: EIRP = 10 log(5W)+ Antenna gain. EIRP ...

Enter the Transmitter Power Output (TPO) : Watts, dBW. Enter the Antenna Gain : dBi, dBd. Effective Radiated Power (ERP) = dBW = Watts.

EIRP is the power required when the antenna is replaced by an isotropic antenna, and can be calculated from the transmit power, feed line loss, and gain of the ...

Enter the antenna gain. Finally, click on the Calculate button for the pure ERP and EIRP. This calculator is considering only power and antenna gain.

24 июл. 2024 г. · This tool calculates the effective isotropic radiated power (EIRP) for a system consisting of a transmitter, a cable, and an antenna.

... E.I.R.P. is calculated from the following formula: E.I.R.P. = P – l x Tk + Gi. P – transmitter power in dBm l – cable length in metres. Tk – attenuation for 1 ...

dBW POWER CALCULATOR. Calculating ERP and EIRP. Enter the Transmitter or Amplifier Power Watts. Enter the Antenna Gain (including cable loss).