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Hi Venkat:
No, in the datasheet the \[{V }_{ GS}\] may vary from 2V to 4V. But that is the case when \[{V }_{ GS} = {V }_{ DS}\], check always for the test conditions.
By the way, I got the information using Fig 1 and Fig 3 from the datasheet.
As you can see, for a \[{V }_{ DS}=10V\], the...
Re: communication between two simulators
Yes, it is possible. I've used it sometimes to simulate a server and client.
Here is a video with good explanation.
https://www.youtube.com/watch?v=dkAbPzzn2K4
Saturation is the mode in the MOSFET where it is fully operational conducting (non-linear mode or amplifying mode).
Based on that, the circuit you are presenting is a double MOSFET in mirror mode (Current in M1 is approx the same current that in M2 supposing that M1 and M2 are almost identical...
Could't see the definition of fsm_NEXT_STATE_5, but for the other two (fsm_enable_misr_2 and fsm_enable_lfsr_3), you are forcing a constant value, which is implemented using latches.
A workaround can be to make the synthetizer to use Flip-flops, so instead of having
if((fsm_reset) &&...
It depends a lot on what you will do.
I am nos aware of VLSI scripting languages needs.
Personally I prefer perl, it is multi-plataform and you can find a lot of information as well as libraries.
Do you mean the input of the VFD? Normally, VFDs have serial inputs (BUS, RS-485, PPI, etc). So you can configure the PLC to send a value that would represent the speed of the motor at a given time (as well as many other things).
The VFD does all the job (initialization, startup, run, stop)...
As far as I can see, the problem is in your code. In your while loop you are writing to LPC_GPIO2 a 6, then a 3, then a 9 and then a 0x0C. After that you wait for 100 ms and do the same over and over.
The correct logic would be, write a 6, delay, write a 3, delay, write a 9, delay and so on...
How are you connecting the motor to the microcontroller?. What is the motor doing (moving erratically or just stopped)? Can you upload a schematic of what you are doing?
For what I can see in the code, you are not doing anything (writing 0xC to the port and then wait) you may want to try this...
The drop voltage in a FET transistor is around 0.7Vdc. If you use a Darlington pair the drop will be around 1.4Vdc, so I think this will be perfect for what you try to do.
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