R&S TSMW-K1
R&S TSMW Signal Processing Block Diagram
Set the path in MATLAB to the R&S TSMW-K1 folder
User Manual 1503.3776.32 - 08
15
4.
R&S TSMW Signal Processing Block
Diagram
Figure 4-1: R&S TSMW signal processing block diagram
RF1
RF2
Control the frequency setting for frontend 1 and 2.
RF1
and
RF2
are configurable via the following m-structure fields:
MeasCtrl.MeasCtrl.AttStrategy,
MeasCtrl.MeasCtrl.Splitter,
MeasCtrl.ChannelCtrl1.Frequency,
MeasCtrl.ChannelCtrl2.Frequency,
MeasCtrl.ChannelCtrl1.Attenuation,
MeasCtrl.ChannelCtrl2.Attenuation,
MeasCtrl.ChannelCtrl1.Preamp,
MeasCtrl.ChannelCtrl2.Preamp,
MeasCtrl.ChannelCtrl1.CalibInput,
MeasCtrl.ChannelCtrl2.CalibInput,
TSMWOptions.Frontends, TSMWOptions.AMPS_CH1,
TSMWOptions.AMPS_CH2, TSMWOptions.Mode
For further information about the fields refer to chapter Structure:
MeasCtrl on page 27, Structure: TSMWOptionson page 38.
I/Q Demodulation 1
I/Q Demodulation 2
Controls the RF signal processing technique.
I/Q CLK
Native R&S TSMW I/Q sample clock of
21.9444MHz
.
I/Q Counter
I/Q Counter
counts the I/Q samples starting at the time when a
connection to the R&S TSMW has been established.
Trigger CH1
Trigger CH2
Controls the start time of a measurement for channel 1 and 2. The
specified I/Q start time is the same for all sub channels of channel 1 or 2,
respectively. Measurements on different frontends can be started either
independently or simultaneously.
When using a resampling-filter, automatically the measurement is started
GroupDelay
samples before the specified I/Q sample time.
GroupDelay
is a parameter of the filter specification.
Trigger CH1
and
CH2
are configurable via parameter
StartTimes
in
m-function
TSMWIQMeasure
.