The parameters set in this block are for both the Equalizer/Detector and general channel parameters.
This is the maximum value of the
channel length in terms of chips, 
. For example, if the channel length is
10 and fractional chip rate has been chosen, there will be 20
fractionally spaced channel taps.
If, for some reason, you would like the users
to all have the same channel, you can toggle this switch on.
This pulldown menu contains options for a
synchronous system, bit asynchronous, and chip asynchronous system.
The difference between these implementations is described in chapter
2.
The length of the equalizer in integer
number of chips. For example, an equalizer length of 62 will produce
a 124 tap equalizer in a fractionally (
) spaced implementation.
Choose either a Baud Spaced Equalizer or a
Fractionally () Spaced Equalizer implementation.
Signal-to-Noise Ratio. The noise power is relative to
the average power of the in-cell users, which is fixed at 0 dB.
Excess frequency bandwidth of the received
signal determined by the pulse shaping filter. Valid range 0<excess bandwidth<1.