Also this maybe a good alternative
https://gr.mouser.com/ProductDetail/...VqfEl2BQ%3D%3D
Ioannis
Also this maybe a good alternative
https://gr.mouser.com/ProductDetail/...VqfEl2BQ%3D%3D
Ioannis
It seems like the MCP3426 is only capable of 15sps at 16 bits resolution though.
I'm curious if the 100-200sps is an actual specification or just a number drawn out of the air, perhaps 10sps is enough in reality?
I stumbled upon the AD7680. It's "driven" by the SPI-interface clock and they claim up to 100ksps when clocked by a 2.5MHz SPI clock.
Given the required 200sps the needed SPI-clock speed is way lower so SHIFTIN should certainly be an option. And it's a availble in a 6-pin SOT23 package.
I think there will be so many data to process with a PIC. I do not know what exact processing this will be but I feel it will be very intensive with massive data manipulation...
Ioannis
I want to measure AC voltage without rectification, but as I see, all these ADC have 50/60Hz rejection....
Perhaps the ADS7028?
It's a 12bit converter but it has a built in RMS-module producing a 16 bit true RMS result. But yeah, you going to have to sit down with the datasheet to get it going.
I'm curious as to why you would want/need microvolt resolution to measure the AC voltage?
That is a good question, but on that subject, I have been wondering how the solar panel 'micro inverters' or whatever other method they use to introduce the current from the solar panels directly into the main incoming power/voltage/current......I'm curious as to why you would want/need microvolt resolution to measure the AC voltage?
With synchronizing 2 generators, it is easy to vary load from each by switching them together when 'in-phase' where they 'lock together' then increase or decrease the governor speed setting to vary how much watts or killo=watts each unit carry.
![]()
Bookmarks