From: Reduced order multirate schemes in industrial circuit simulation
Starting time | \(t_{0}\) | \(0~\text{s}\) |
Ending time | \(t_{N}\) | \(100~\text{ms}\) |
Number of steps | N | [100 200 400 600] |
Multirate factor | \(f_{\text{mr}}\) | 20 |
Newton tolerance | tol | 10−8 |
Voltage source | V | \(10\sin (100\cdot 2\pi t)~\text{V}\) |
Resistance | \(R_{1}\) | \(3.5~\text{m}\Omega\) |
Resistance | \(R_{2}\) | \(150~\Omega\) |
Resistance | \(R_{3}\) | \(2~\mu \Omega\) |
Resistance | \(R_{4}\) | \(2.4~\Omega\) |
Current source | I | \(0.9~\text{A}\) |
Diode | \(I_{S}\) | \(10^{-12}~\text{A}\) |
Original dimension | d | 2422 |
Reduced dimension | r | 6 |
Hyper-reduction factor | g | 8 |