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Code Domain
2
<CDPower>
Code Domain Power:
Returns series of floating point numbers (in dB or dBm depend on the Meas Type) that
represent all code domain powers.
In BTS mode, there are 64 or 128 numbers depending on
CALCulate:CDPower:WCODe:BASE
1st number = 1st code power over one PCG specified by Meas Offset.
2nd number = 2nd code power over one PCG specified by Meas Offset.
….
Nth number = Nth code power over one PCG specified by Meas Offset
In MS Mode, there are total 32 IQ pairs. I and Q results are returned alternatively.If the active
channel occupies more than max spreading factor, the power is duplicated.
1st number = 1st In Phase code power over one PCG specified by Meas Offset.
2nd number = 1st Quad Phase code power over one PCG specified by Meas Offset.
….
(2xN–1)th number = Nth In Phase code power over one PCG specified by Meas Offset.
(2xN)th number = Nth Quad Phase code power over one PCG specified by Meas Offset.
N = the number of codes detected. The total number of codes varies because of the different
symbol rates of each code.
3 Symbol Rate:
Returns series of floating point numbers (in symbol rate) that represent all code domain symbol
rate. When In BTS Mode, total is 64 or 128 depending on
CALCulate:CDPower:WCODe:BASE.
1st number = 1st code symbol rate over one PCG specified by Meas Offset.
2nd number = 2nd code symbol rate over one PCG specified by Meas Offset.
….
Nth number = Nth code symbol rate over one PCG specified by Meas Offset.
In MS Mode, I and Q results are returned alternatively. Total IQ pairs are 32. If the active
channel occupies more than max spreading factor, the Symbol rate is duplicated
1st number = 1st In Phase code symbol rate over one PCG specified by Meas Offset.
2nd number = 1st Quad Phase code symbol rate one PCG specified by Meas Offset.
….
(2xN–1)th number = Nth In Phase code symbol rate over one PCG specified by Meas Offset.
(2xN)th number = Nth Quad Phase code symbol rate over one PCG specified by Meas Offset.