Stargate, to get detailed assistance try posting yor project. If you have no project done yet (which seems to be the case) then describe in details WHAT you want to accomplish, not HOW. For example, from your previous posts it looks like you need to measure small amplitude, high-Z, bipolar, sine signal amplitude at about 160kHz? So let's start with your technical requirements before going into details of programming. odissey1
1. What is the gain bandwidth of PSOC 5 Op-amp The datasheet quoted typical 8 MHz but what is the max?
For a design the min spec is 6 Mhz (high power setting), thats what you can depend on. There is no max spec.
2. How can I amplify my bipolar signal using the built in PGA?
Do you need DC coupling ? If so you will have to offset the bipolar signal so it meets input
allowed common mode range. Here is a tool to evaluate general range of Vs in both inverting
and non inverting PGA configs.
Attached some methods of offsetting signals -
3. Can I connect external components to use in conjunction of the built-in Op-Amp to amplfy my bipolar signal? If I can, how to do it?
Describe what you are trying to amplify for starters, and what your goals are electrically. Do
you have a high CM environment you have to deal with ?
Keep in min d closed loop BW, for a one pole compensated OpAmp, is easily
determined from Aol and its w3db.