What does a Picaxe 08M2 chip do?
This chip supports up to 6 inputs/outputs with 3 analogue/touch sensor channels. All M2 series parts support enhanced features such as configurable i/o pins, parallel tasks, ring tone music and touch sensor inputs.
What is a Picaxe 18M2?
PICAXE-18M2 microcontroller. A compact but powerful, PICAXE-18M2+ microcontroller. Very popular in education due to its low cost and small size, but also very popular in a wide range of hobbyist projects. This chip supports up to 16 inputs/outputs with 10 analogue/touch sensor channels.
What is PICAXE microcontroller?
A PICAXE microcontroller is a Microchip PIC microcontroller that has been preprogrammed with the PICAXE bootstrap code. The bootstrap code enables the microcontroller to be reprogrammed without the need for an (expensive) conventional programmer, making the whole download system a very low-cost simple serial cable!
What is the difference between the M2 and X2 series of chips?
The M2 series chips are the standard devices allowing up to 1800 lines of BASIC code and common interfacing protocols such as RS232 (serial), infra-red and I2C. They also support parallel task processing. The X2 series have a larger memory capacity for longer programs and more variables (RAM).
What type of component is PICAXE?
A PICAXE chip is a standard Microchip PIC microcontroller that has been pre-programmed with the PICAXE bootstrap firmware code. The bootstrap code enables the PICAXE microcontroller to be re-programmed ‘in position’ directly via a simple ‘three wire’ download cable connection.
What language is PICAXE?
BASIC
Programming language PICAXE microcontrollers are programmed using BASIC. The PICAXE interpreter features bit-banged communications: Serial (asynchronous serial) SPI (synchronous serial)
What code does PICAXE use?
PICAXE bootstrap firmware code
A PICAXE chip is a standard Microchip PIC microcontroller that has been pre-programmed with the PICAXE bootstrap firmware code. The bootstrap code enables the PICAXE microcontroller to be re-programmed ‘in position’ directly via a simple ‘three wire’ download cable connection.
What does PICAXE stand for?
Who created PICAXE?
Revolution Education
PICAXE devices are Microchip PIC devices with pre-programmed firmware that enables bootloading of code directly from a PC, simplifying hobbyist embedded development (not unlike the Arduino and Parallax BASIC Stamp systems). PICAXE devices have been produced by Revolution Education (Rev-Ed) since 1999.
How do you use PICAXE?
Drivers for the PICAXE AXE027 Programming Cable
- Make sure the AXE027 USB cable is not plugged in to the computer.
- Download the drivers for your operating system from this driver download link.
- Run the downloaded driver installation program.
- Insert the AXE027 USB cable and follow the on-screen prompts.
What is the difference between the picaxe-18m2+ and M2 series?
All M2 series parts support enhanced features such as configurable i/o pins, parallel tasks, ring tone music and touch sensor inputs. Click here for more M2 series information. For more details see the What is PICAXE and PICAXE Pinout pages. The PICAXE-18M2+ replaces the older PICAXE-18, 18A, 18M and 18X chips.
When should I set the time to program the PICAXE?
It is probably best to set the time a minute or so later than the actual time in order to allow yourself time to be ready to program the PICAXE. And because it takes about 15 seconds to program the chip, you should start the programming about that long before the time you have chosen.
How many inputs/outputs does the PICAXE chip support?
This chip supports up to 16 inputs/outputs with 10 analogue/touch sensor channels. All M2 series parts support enhanced features such as configurable i/o pins, parallel tasks, ring tone music and touch sensor inputs. Click here for more M2 series information. For more details see the What is PICAXE and PICAXE Pinout pages.
What is the current 18m2+ production firmware version?
Current 18M2+ production firmware is version D.A Known issues: ISSUE – NAP 1 CAUSES RESET At K31 CLOCK FREQUENCY To workaround this issue do not use ‘nap 1’ after ‘setfreq k31’ All other values (e.g. ‘nap 2’) work correctly.