The extra accuracy and gain allows you to use smaller shunts. A smaller current sensor requires more accuracy on the part of the chip, and it also less costly, smaller, and simplifies the design. So by having a more accurate measurement front-end on these chips, it allows a user to deploy a smaller sensor that is easier to implement.
There are not yet any comments on this quote. Why not register / login and be the first?
This quote is just one of 2 total Trent Butcher quotes in our collection. Trent Butcher is known for saying 'The extra accuracy and gain allows you to use smaller shunts. A smaller current sensor requires more accuracy on the part of the chip, and it also less costly, smaller, and simplifies the design. So by having a more accurate measurement front-end on these chips, it allows a user to deploy a smaller sensor that is easier to implement.' as well as some of the following quotes.
Our customers are challenged to design smaller and smaller devices that use fewer components, while providing highly accurate measurements and longer battery life. With its low current operation, frequency rejection and 22-bit resolution, the MCP3550 A/D converter addresses these challenges.
The extra accuracy and gain allows you to use smaller shunts. A smaller current sensor requires more accuracy on the part of the chip, and it also less costly, smaller, and simplifies the design. So by having a more accurate measurement front-end on these chips, it allows a user to deploy a smaller sensor that is easier to implement.
This quote is just one of 2 total Trent Butcher quotes in our collection. Trent Butcher is known for saying 'The extra accuracy and gain allows you to use smaller shunts. A smaller current sensor requires more accuracy on the part of the chip, and it also less costly, smaller, and simplifies the design. So by having a more accurate measurement front-end on these chips, it allows a user to deploy a smaller sensor that is easier to implement.' as well as some of the following quotes.