ashoks89
Newbie level 2
From several excerpts i shall list down a few relationships
C=B*log2(1+S/N)
Sensitivity of a receiver=Ni+SNR(min)+NF
where Ni=kTB
k=boltzmans constant
T=Temperature
B=bandwitdth
NF=noise figure
I'm given a particular value of BER(10^-3).
FSK modulation is being done on manchester encoded data.
I can get the Eb/No from the BER-Eb/No curve for FSK modulation.
The data rate of transmission is also given and the frequency of separation in FSK is also given.
HOW DO I GET THE BANDWIDTH OF TRANSMISSION?
AND HOW DOES IT VARY WITH THE DIFFERENT ENCODING METHODS-namely, MANCHESTER AND NRZ CODING?
Thanks in advance
C=B*log2(1+S/N)
Sensitivity of a receiver=Ni+SNR(min)+NF
where Ni=kTB
k=boltzmans constant
T=Temperature
B=bandwitdth
NF=noise figure
I'm given a particular value of BER(10^-3).
FSK modulation is being done on manchester encoded data.
I can get the Eb/No from the BER-Eb/No curve for FSK modulation.
The data rate of transmission is also given and the frequency of separation in FSK is also given.
HOW DO I GET THE BANDWIDTH OF TRANSMISSION?
AND HOW DOES IT VARY WITH THE DIFFERENT ENCODING METHODS-namely, MANCHESTER AND NRZ CODING?
Thanks in advance