vishweshgm
Member level 4
Hello,
One of my customer asks a lot of question about current and voltage passing through individual components in the schematic. This causes me a lot of problem when working on a new project and have to change the schematic more than 3-4 times. Because every-time I change a component/topolgy I need to individually calculate and update a report that provides all power dissipation information for each component. This is alright if there are minor changes but when requirement change is significant (usually happen in new projects), it does not make sense to me to do all these work when we are not even sure that the circuit will finally be used in application.
So I want to know what is the method that you use while delivering to customer. I am not asking you to give me a short-cut method. But simply trying to understand the standard procedure that big/experienced companies follow so that I can standardize my deliverables and hence try to make my customer understand the effort and time that goes into it.
One of my customer asks a lot of question about current and voltage passing through individual components in the schematic. This causes me a lot of problem when working on a new project and have to change the schematic more than 3-4 times. Because every-time I change a component/topolgy I need to individually calculate and update a report that provides all power dissipation information for each component. This is alright if there are minor changes but when requirement change is significant (usually happen in new projects), it does not make sense to me to do all these work when we are not even sure that the circuit will finally be used in application.
So I want to know what is the method that you use while delivering to customer. I am not asking you to give me a short-cut method. But simply trying to understand the standard procedure that big/experienced companies follow so that I can standardize my deliverables and hence try to make my customer understand the effort and time that goes into it.
