I have a client using your teensy bootloader ICs on their hardware.
Im writing QC procedures, and want their pcb stuffer to QC boards.
I need to verify the correct operation of the 16MHz and 32K RTC clock – the scopes that the suppliers will overload the Clks, so I wish to bring these clocks straight through onto a pair of spare pins and run a very basic QC sketch program for hardware verification.
I just used the PWM function(analog write) to confirm correct frequency of the 16Mhz, divided by 32k of course to 488.25hz.
Is there a convenient code example of how to bring the 32K RTC clock out, even if divide, preferably by an integer, so it can be probed?
It should be known im a hardware guy thru & thru, minimal SW/FW ability...
B.
Im writing QC procedures, and want their pcb stuffer to QC boards.
I need to verify the correct operation of the 16MHz and 32K RTC clock – the scopes that the suppliers will overload the Clks, so I wish to bring these clocks straight through onto a pair of spare pins and run a very basic QC sketch program for hardware verification.
I just used the PWM function(analog write) to confirm correct frequency of the 16Mhz, divided by 32k of course to 488.25hz.
Is there a convenient code example of how to bring the 32K RTC clock out, even if divide, preferably by an integer, so it can be probed?
It should be known im a hardware guy thru & thru, minimal SW/FW ability...
B.