Article Series Directory

all our article series, compiled into one place so that they are easy to locate and follow 2025 article series \<font color="#f97316"> the evolution of the i/o board \</font> part 1 defining the i/o board docid 1qnrcajcwdraplpmokzlc part 2 deconstructing the i/o board part 3 hybrid i/o boards part 4 evolving automation passing the torch the series has introduced the #pic16f18877 family of devices as a viable and competent choice in replacing the #pic16f887 as shown in the table below, the family offers a range of choices, all of which are supported by the #radix family of pic development pcbs pass the torch part 1 recommendations docid 0z puyrgvteewocz9ladm pass the torch part 2 memory analog docid\ hrd98awvr2n9hkbrsj0ha pass the torch part 3 economics docid\ gab8scqhr3dmm zihuk e one of the key advantages is that any code written for a device in the family, can in theory be deployed to another device in the family, whether this requires more or less resources radix nano 18 there is no 18 pin device in the family radix nano 20 a and b pic16f18313, pic16f18325 radix nano 28 a and b pic16f18855, pic16f18857 radix duo and sepia pic16f18876, pic16f18877 radix echo there is no device in the family auxilary content how to use actuate 3ch docid 6 5myk20trxfoy8vr9lxp how to use actuate 4ch docid\ tpo9e0cxuyvc3yd6zh qg