10 mw per mhz
Yes yo are right my friend
But it says that
EIRP(dBm)=P(dBm)+G(dBi)+10log(1/x)
here P is the average conductive power fed to the antenna , G is the antenna gain and x is the duty cycle in case of FHSS . Does this mean that by reducing duty cycle (x) , actually i may fed higher power at the antenna ?? Also, is there any limit on how lower i may go . How do we calculate duty cycle ?
Now in case of DSSS,
they say 10mW/1MHz , is this mean that in a bandwidth of 5MHz i may transmit 50mW or so on.
Please bear with me and help me out.
thanks in advance.