Just adding new chips. This means that all 8-bit PICs are NOW ( not NOT!) supported by GCBASIC! Amazing.
PIC18FxxQ24 family (the ‘24, ‘25, ‘26, ‘45, ‘46, ‘55 and ‘56,) they have the same 8-bit RISC microprocessor architecture as other members of the 18F family, but they also incorporate a new protection technique.
Devices in this microcontroller family are available in 28, 40, and 48-pin packages with 2k to 8kbytes of Flash memory and lots of RAM.
PIC18F24Q42, PIC18F25Q42, PIC18F26Q42, PIC18F45Q42, PIC18F46Q42, PIC18F55Q42 and PIC18F56Q42.
I have added to PICKitPlus.
Look for GCBASIC demo in the coming months.
This means that all 8-bit PICs are NOW supported by GCBASIC! Amazing.
❤️
1
Last edit: Anobium 2024-12-14
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
PT1: PIC18xxQ24 chip Family - Using the GCBASIC to do the basics.. flash some LEDs
PT2: PIC18xxQ24 chip Family - Using the GCBASIC to rotate the LEDs using GCBASIC
PT3: PIC18xxQ24 chip Family - Using the GCBASIC to set the LEDs using an ADC value
PT4: PIC18xxQ24 chip Family - Using the GCBASIC sequence the LEDs with a delay
PT5: PIC18xxQ24 chip Family - Using an input to set the state of the LEDs
PT6: PIC18xxQ24 chip Family - Using the reset switch as an input or to reset the chip
PT7: PIC18xxQ24 chip Family - Using the switch, ADC – the LEDs flash in a sequence
PT8: PIC18xxQ24 chip Family - Using serial/USART to show the state/values of the switch,
PT9: PIC18xxQ24 chip Family - Using clock timers to sequence the LEDs
PT10: PIC18xxQ24 chip Family - Using EEPROM
PT11: PIC18xxQ24 chip Family - Using I2C Discovery
PT12: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with I2C and a GLCD
PT13: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with SPI and a GLCD
PT14: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with PWM - 7 ways
PT15: PIC18FxxQ24 chip Family - Using the Interrupts with the PIC18FxxQ24
PT16: PIC18FxxQ24 chip Family - Using Storage with the PIC18FxxQ24
PT17: PIC18FxxQ24 chip Family - Using CLC with the PIC18FxxQ24
PT18: PIC18FxxQ24 chip Family - The GCBASIC toolchain
PT19: PIC18FxxQ24 chip Family - ASM and integration with MPLAB
PT20: PIC18FxxQ24 chip Family - Tutorial summary
This tutorials have two uses
1. The show how the Q24 works
2. The demo programs validate the GCSTUDIO toolchain.
This dual purpose means there is some confidence that this specific chip family works as expected.
Enjoy
❤️
1
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
Just adding new chips. This means that all 8-bit PICs are NOW ( not NOT!) supported by GCBASIC! Amazing.
PIC18FxxQ24 family (the ‘24, ‘25, ‘26, ‘45, ‘46, ‘55 and ‘56,) they have the same 8-bit RISC microprocessor architecture as other members of the 18F family, but they also incorporate a new protection technique.
Devices in this microcontroller family are available in 28, 40, and 48-pin packages with 2k to 8kbytes of Flash memory and lots of RAM.
PIC18F24Q42, PIC18F25Q42, PIC18F26Q42, PIC18F45Q42, PIC18F46Q42, PIC18F55Q42 and PIC18F56Q42.
I have added to PICKitPlus.
Look for GCBASIC demo in the coming months.
This means that all 8-bit PICs are NOW supported by GCBASIC! Amazing.
Last edit: Anobium 2024-12-14
PIC18FxxQ24 - a completed set of 20 videos.
https://www.youtube.com/playlist?list=PLN9gcw34mhuoZTpHf-ayVGhHfEA-Re77W
These have taken a long time to complete.
PT1: PIC18xxQ24 chip Family - Using the GCBASIC to do the basics.. flash some LEDs
PT2: PIC18xxQ24 chip Family - Using the GCBASIC to rotate the LEDs using GCBASIC
PT3: PIC18xxQ24 chip Family - Using the GCBASIC to set the LEDs using an ADC value
PT4: PIC18xxQ24 chip Family - Using the GCBASIC sequence the LEDs with a delay
PT5: PIC18xxQ24 chip Family - Using an input to set the state of the LEDs
PT6: PIC18xxQ24 chip Family - Using the reset switch as an input or to reset the chip
PT7: PIC18xxQ24 chip Family - Using the switch, ADC – the LEDs flash in a sequence
PT8: PIC18xxQ24 chip Family - Using serial/USART to show the state/values of the switch,
PT9: PIC18xxQ24 chip Family - Using clock timers to sequence the LEDs
PT10: PIC18xxQ24 chip Family - Using EEPROM
PT11: PIC18xxQ24 chip Family - Using I2C Discovery
PT12: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with I2C and a GLCD
PT13: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with SPI and a GLCD
PT14: PIC18FxxQ24 chip Family - Using the PIC18FxxQ24 with PWM - 7 ways
PT15: PIC18FxxQ24 chip Family - Using the Interrupts with the PIC18FxxQ24
PT16: PIC18FxxQ24 chip Family - Using Storage with the PIC18FxxQ24
PT17: PIC18FxxQ24 chip Family - Using CLC with the PIC18FxxQ24
PT18: PIC18FxxQ24 chip Family - The GCBASIC toolchain
PT19: PIC18FxxQ24 chip Family - ASM and integration with MPLAB
PT20: PIC18FxxQ24 chip Family - Tutorial summary
This tutorials have two uses
1. The show how the Q24 works
2. The demo programs validate the GCSTUDIO toolchain.
This dual purpose means there is some confidence that this specific chip family works as expected.
Enjoy
Hello Evan, please check, seem PT16 is missing in the YouTube Playlist.
I appreciate again your video sequences, I have learned again new stuff :)
Oh yes. I had put in the into another playlist. See https://youtu.be/3GWROR3lJow
Should be sorted now.
THANK YOU.
Hi Evan, I just noticed, PT12 make relation to Q20 Chip Family and not Q24 in the video title
Arggggghhhhh :-)
Good spot. I will change.