16F Datasheet PDF Download – Pin FLASH-Based 8-Bit CMOS Microcontrollers, 16F data sheet. 16F pin Flash-based 8-bit CMOS Microcontrollers. Note the following details of the code protection feature on Microchip devices: Microchip products. Microchip 16F are available at Mouser Electronics. Mouser offers inventory, pricing, & datasheets for Microchip 16F

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Yep, the reason I know the reading is not being made is because the LED’s are not changing toggling Other than that, I think it’s down to checking all the basic troubleshooting items, such as. Many thanks Darrel – I was starting to question whether I had missed some other device specific code. Tell me about the ambiguity!

16F 데이터시트(PDF) – Microchip Technology

However, all of the diagrams indicate ” is the device code. Can anyone suggest where I have gone wrong: If you can get dataview to work with it, at least we know the Pictail is working. Does Pin1 match up on the connectors between the 2 boards As you can tell, I’m focusing on the hardware, because the program looks fine. The paragraph is incorrect. I’ve never used that part before, so I don’t know which one it really is, but you might try Well that’s good news.


Rod But the code I had originally used was correct – could there be something else I am missing? My problems could stem 16c630 this. Is there power getting to all the chips involved. When programming the F on the Pickit, did you check the “Device Power” checkbox?

So here’s another question that you’ve probably already checked. While the graphic in figure shows the device code as The device code is ” as stated in the diagrams. Other than that, I think it’s down to checking all the basic troubleshooting items, such as. OK I’ve done the idiot checks on the hardware: Check continuity, datashset F pins 9 and 10 to the MCP pins 4 and 5.

Also, the first byte sent B1 is the highbyte.

It connects the pot to the ADC. That’s a good possibility. The datasheet for the MCP is a bit ambiguous. And, see what happens.

(PDF) 16F630 Datasheet download

Exactly as it is meant to – I have a pot and reference voltage attached; I should be able to swap the lit LED by turning the pot nice easy check. The text in section 5.


I’ll give the other code a try! Problem is that I do not seem to be getting any reading from the ADC.

My comments are incorrect! It should put all the pins into high impeadance state. Looks like hardware connections are fine! I just tracked some information down on the Microchip website: