PULSE_SHAPE_GENERATOR

To select a pulse shape, push into the PULSE_SHAPE_GENERATOR component; enable the component for the desired pulse shape; disable the unused components.
In simulations, TStep is approximately PulseWidth/10. One pulse waveform is output each time the input signal amplitude equals 1. The total waveform width is 3.603×PulseWidth. When pulses overlap, the first pulse is truncated.
Subnetwork

| Pin |
Name |
Description |
Signal Type |
| 1 |
Trigger Input |
An input impulse with magnitude 1 triggers PULSE_SHAPE_GENERATOR to output pulse |
Float |
| Pin |
Name |
Description |
Signal Type |
| 2 |
Pulse Output |
Outputs pulse with shape determined by pulse generator subcomponent |
Float |
The GAUSSIAN_DOUBLET_UWB_Transmitter
generates a pair of Gaussian monopulse waveforms of opposite polarity.
| Name |
Description |
Default |
Unit |
Type |
Range |
| PulseWidth |
Width of output pulse at 1/2 maximum amplitude of each of Gaussian monopulses that make up the doublet |
250 psec |
Time |
Real |
>0 |
| DoubletSeparation |
Time between the positive and negative peaks of the waveform |
250 psec |
Time |
Real |
>0 |
| PulseEnergy_joule |
Total energy of the output pulse in Joules. This value will not be calibrated when the individual pulses of the doublet overlap |
1e-12 |
|
Real |
>0 |
| TStep |
Time step of the simulation |
10 psec |
Time |
Real |
>0 |
| Pin |
Name |
Description |
Signal Type |
| 1 |
Trigger Input |
An input impulse with magnitude 1 triggers the output of a Gaussian doublet pulse |
Float |
| Pin |
Name |
Description |
Signal Type |
| 2 |
Pulse Output |
Outputs Gaussian doublet pulse waveform |
Float |
The GAUSSIAN_FIRST_DERIVATIVE_UWB_Transmitter
outputs a pulse with the shape of the first derivative of a Gaussian monopulse when a 1 is input.
| Name |
Description |
Default |
Unit |
Type |
Range |
| PulseWidth |
Width of output pulse at 1/2 maximum amplitude of Gaussian monopulse of which the output waveform is a first derivative |
250 psec |
Time |
Real |
>0 |
| PulseEnergy_joule |
Total energy of the output pulse in Joules |
1e-12 |
|
Real |
>0 |
| TStep |
Time step of the simulation |
10 psec |
Time |
Real |
>0 |
| Pin |
Name |
Description |
Signal Type |
| 1 |
Trigger Input |
An input impulse with magnitude 1 triggers the output of a Gaussian first derivative pulse |
Float |
| Pin |
Name |
Description |
Signal Type |
| 2 |
Pulse Output |
Outputs Gaussian first derivative waveform |
Float |
The GAUSSIAN_MONOPULSE_UWB_Transmitter
outputs a Gaussian-shaped monopulse when a 1 is input.
| Name |
Description |
Default |
Unit |
Type |
Range |
| PulseWidth |
Width of output pulse at 1/2 maximum amplitude |
250 psec |
Time |
Real |
>0 |
| PulseEnergy_joule |
Total energy of the output pulse in Joules |
1e-12 |
|
Real |
>0 |
| TStep |
Time step of the simulation |
10 psec |
Time |
Real |
>0 |
| Pin |
Name |
Description |
Signal Type |
| 1 |
Trigger Input |
An input impulse with magnitude 1 triggers the output of a Gaussian monopulse |
Float |
| Pin |
Name |
Description |
Signal Type |
| 2 |
Pulse Output |
Outputs pulse with single Gaussian shaped pulse |
Float |
The GAUSSIAN_SECOND_DERIVATIVE_UWB_Transmitter
outputs a pulse with the shape of the second derivative of a Gaussian monopulse when a 1 is input.
| Name |
Description |
Default |
Unit |
Type |
Range |
| PulseWidth |
Width of output pulse at 1/2 maximum amplitude of Gaussian monopulse of which the output waveform is a second derivative |
250 psec |
Time |
Real |
>0 |
| PulseEnergy_joule |
Total energy of the output pulse in Joules |
1e-12 |
|
Real |
>0 |
| TStep |
Time step of the simulation |
10 psec |
Time |
Real |
>0 |
| Pin |
Name |
Description |
Signal Type |
| 1 |
Trigger Input |
An input impulse with magnitude 1 triggers the output of a Gaussian second derivative pulse |
Float |
| Pin |
Name |
Description |
Signal Type |
| 2 |
Pulse Output |
Outputs Gaussian second derivative waveform |
Float |
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