PSoC™ Creator & Designer Forum Discussions

 I'm in the habit of putting the pin location into the instance name of all my pin components.  It makes it really easy to see where a signal is connected by looking at my schematic (that tiny text in the pin itself is just no good!).

But I have often wished that naming a pin "P0_0" would automatically assign it to the pin location P0[0] in the design wide resources tab.  Well my friends, the wait is over!  Place the KEES_PinHelper component into your design, and any pin named with the Px_y format will be automatically assigned to the proper location when you generate the application.

Name your pin P0_0 and the pin will be automatically assigned to P0[0] when you generate the application.  If you rename the pin to P12_4, when you regenerate your project, it will automatically be reassigned to P12[4]!

The KEES_PinHelper component includes a control file that looks for pins that are name Px_y and tries to assign them to the appropriate pin.  In order for the control file to work, the component must be placed on your schematic.  Multiple PinHelper components can be placed without conflict.  If a pins position is locked in the pins tab of the cydwr, then you can rename the pin to whatever you like.  The component will not work with pin names that have arbitrary text after the pin location information.  i.e. "P4_7" will work, but "P4_7_foobar" will not work.

!!!!!   The attached file is .CYCOMP archive of the component.  To use the file, download the file and change the extension from .zip to .cycomp and import the component into your project or personal library

Ready for download -

http://www.cypress.com/psoccreator/?utm_source=CY.COMHomepage&utm_medium=HomepageBanner&utm_campaign=PSoCCreator

Regards, Dana.

Hello Friends     

This time, I am starting the work of Phase Comparator     

It is very just an experimental design.     

What is use it for?     

･Phase detector for PLL     

･Frequency comparator for FLL     

･Clock synchronization     

With my DDS ...     

･Vector Voltage Measurement     

･Automatic Universal Bridge     

･Tuning machine for musical instruments ?      

Theory of operation     

This logic come from 4046 type TTL, PLL device.     

That TTL has 3 type phase detectors.     

PC1 is exclucive-or method     

PC2 is edge detected method     

PC3 is RS-flip-flop method     

Each has each characteristic.     

PC2 has a feature different with others.     

It have wide lock-in range and available to     

frequency detection not only phase-range.     

This is quite getting started now,     

Has many unstable behavior still     

I'm not certain that can use at actually.     

Thank you     

 I have been looking for examples of code and how to physically connect a psoc 4 in order to run up to 4 servo motors but have been unsuccessful can someone show me an example or where to find one?