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Is there any material which explains electromagnetic theory intuitively? In most books, lots of equations are written but the intuition portion is missing. This intuition would be very helpful for RF designers. Can anyone please provide any link for such material?
I have a DT DSM with 3rd order loop filter with CIFF architecture. In Si, the low frequency noise floor is seen to increase from the idlechannel noise floor when some input sinusoid is applied to the DSM. The amount of increase in the noise floor is proportional to the amplitude of the input...
In ADE XL monte carlo analysis the process and mismatch have gaussian distribution by default. Is there any option through which we can change the distribution (like e.g. uniform for process and gaussian for mismatch) ?
I know that writing KCL and KVL will give the answer (possibly true for most of the circuit questions) and I know the answer too. What I wanted is an intuitive explanation.
The problem is that the low frequency pole due to 'gmin' should ideally come at gmin/Caz but simulation result shows little higher pole frequency. As I reduced gmin from 1e-12 to 1e-20, the pole frequency reduced by only a factor of 3.
Re: [Moved]: spectre stb analysis of an autozero amplifier
Actually with gmin=1e-12 and autozero cap Caz=1pF, the pole should be at (1/2*pi) Hz, whereas in loop gain plot, the pole comes at about 30Hz. If I reduce gmin down to 10^-20, the pole moves down to about 10Hz, whereas it should have...
I have an amplifier with autozero implemented. The overall amplifier is implemented as a switched capacitor amplifier. In the amplification phase, if I break the loop (put 'diffstbprobe' or 'cmdmprobe') and run tran-stb analysis, due to the introduction of 'gmin' from each node to ground by...
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