Simulating 4 bit sequence in one simulation

You could simply have four voltage sources on each of the signal bits, and create a variable for each. Then in the Tools->Parametric Analysis (if you insist on using the old ADE L) or in the design variables themselves in ADE Explorer, you could set each to sweep the two value 0 and 1.2 (or whatever the high voltage is) and then you'd end up with 4 nested sweeps of two value giving you 16 combinations total.

Or you could use the bussetp component from Creating a component that allows setting a value on a bus in an analog simulation and then put a single design variable on that and sweep that (via parametric analysis or ADE Explorer sweep) from 0 to 15 in steps of 1.

Andrew.

thank you very much for the reply Andrew ,

I am using a port for the 4 bit input signal in the schematic and 'don't have voltage source for this 4 bit signal .This port drives the net d_en_hv<0:3>

In the ADE-L i am setting the stimuli on these 4 bits as shown below :

Do I still need to use separate voltage sources for all the 4 bit variation ?

thanks

Yes, you can do this with the old ADE L stimulus editor. Rather than setting them all to 1.8, set them to en_hv_0, en_hv_1 etc (i.e. a variable name unique for each bit), and then in the Variables->Edit create four variables called en_hv_0, en_hv_1 etc, with values of 1.8. Then you can sweep each of these four variables from 0 to 1.8, set the Step Mode to Auto and the Total Steps to 2 (other ways would achieve the same thing).

Andrew

Yes, you can do this with the old ADE L stimulus editor. Rather than setting them all to 1.8, set them to en_hv_0, en_hv_1 etc (i.e. a variable name unique for each bit), and then in the Variables->Edit create four variables called en_hv_0, en_hv_1 etc, with values of 1.8. Then you can sweep each of these four variables from 0 to 1.8, set the Step Mode to Auto and the Total Steps to 2 (other ways would achieve the same thing).

Andrew

Thank you very much Andrew.