Encryption hybrid model SI simulation method based on ADS and HSPICE

1. An encryption hybrid model signal integrity (SI) simulation method based on an Advance Design System (ADS) and an HSPICE, performed by an SI simulation device, the method comprising:

extracting step response data of a transmitter (TX) end chip encryption model by using HSPICE transient simulation;

externally generating a random code signal; and

performing ADS channel simulation by taking the extracted step response data and the random code signal as input sources of the ADS channel simulation, to realize active simulation to the encryption hybrid model,

wherein the HSPICE transient simulation comprises:

reserving a model input interface in the TX end chip encryption model;

building a wiring model required in a link;

connecting the TX end chip encryption model and the wiring model, and providing the connected model in butt joint with a resistor;

inputting an ideal step signal at the model input interface reserved in the TX end chip encryption model; and

extracting the step response data at a position where the butt joint is provided.

2. The encryption hybrid model SI simulation method based on the ADS and the HSPICE according to claim 1 , wherein the step response data is a step response output file with a suffix of and a format of the step response output file is edited to make the step response output file to be a file with a suffix of .tim that is capable of being called by the ADS.

3. The encryption hybrid model SI simulation method based on the ADS and the HSPICE according to claim 1 , further comprising:

transforming the wiring model into an S parameter for the ADS to call.

4. The encryption hybrid model SI simulation method based on the ADS and the HSPICE according to claim 3 , further comprising:

transforming the wiring model into an S parameter for the ADS to call.