papersbas.blogg.se - Minipro 6.50 download

MINIPRO 6.50 DOWNLOAD HOW TO
MINIPRO 6.50 DOWNLOAD SERIAL
MINIPRO 6.50 DOWNLOAD UPDATE
MINIPRO 6.50 DOWNLOAD FULL

Unrar the executable to find the firmware file updateII.dat. Unrar the downloaded file to find a Windows executable. If the homepage is too slow, there is a mirror here: You wont find the firmware as a standalone download, so you need to download the Windows software Xgpro from the homepage. Be sure to remove any chips from the programmer, otherwise you risk damaging it.

MINIPRO 6.50 DOWNLOAD FULL

To test that all the pins in the programmer works as intended, you can run a full hardware self check.

You can test for good pin connections with a particular chip inserted in the programmer: You can use -I instead of -i to use ICSP with VCC disabled. The commands are very similar to when you have a chip in the ZIF socket. Power the board through other means to avoid that, or maybe try lowering the voltage using resistors (not tested). Some boards might only tolerate 3.3 volts and could fry.

The TL866II Plus outputs 5 volts on VCC.

Check with a multimeter to make sure you connect the wires correctly.

The pinout on different boards might not have the same orientation or order.

Here is an example of connecting the TL866II Plus to an Arduino Nano clone (ks0173) using ICSP: Many Arduino devices come with a 6-pin ICSP header like this: A cable for connecting to the port should also be in the box. The TL866II Plus has an ICSP port on the side of the unit that allows you to flash a chip without removing it from the circuit board.

MINIPRO 6.50 DOWNLOAD SERIAL

Working with AVR using In Circuit Serial Programming (ICSP) Write the configuration for fuses and lock bits specified in the file fuses.cfg to the chip:Ġ000000 ffff ffff ffff ffff ffff ffff ffff ffff Write the contents of the file program.bin to the flash memory: This can be avoided by erasing the chip first with the -E parameter, and then specifying the -e parameter when writing to disable automatic erase. This can be confusing when you want to write to the different parts of the chip, as writing one of them will blank the other part. Writing to the chip will by default erase the chip. Lock bits can stop you from reading the chip, but erasing the chip will also reset the lock bits. All these can be read and written to, unless certain lock bits have been set. $ minipro -p -m eeprom.bin Working with AVRĪVR microcontrollers may have both flash memory for the program and EEPROM for the data, in addition to configuration parameters in the form of "fuses". Verify that the EEPROM has the same contents as the file eeprom.bin: Write the contents of the file eeprom.bin to the EEPROM: Read the contents of the EEPROM and save it to the file eeprom.bin: ( Image taken from the Windows software) Working with EEPROMs Insert the chip with pin 1 (see the dot) pointing towards the lever of the ZIF socket: Include this with the -p parameter for all future operations. The concrete device could be a in this case. You can search using the -L parameter like this: Start by finding the correct name of the device for use with the software. It draws a lot of power in use, and can potentially damage chips.

MINIPRO 6.50 DOWNLOAD HOW TO

How to useīeware of using the programmer connected to an unpowered USB-hub. Remember to add yourself to the plugdev group.

If you haven't built rpms before, setup the directory structure with: $ rpmdev-setuptreeĪfter it completes you can find the rpm here, ready for installation with zypper: ~/rpmbuild/RPMS/x86_64/86_64.rpm.

MINIPRO 6.50 DOWNLOAD UPDATE

Update the commit hash and date if you want to build a different version.

The spec file specifies a certain commit to build.

Overwrite minipro.spec in the cloned repository with this one: minipro.spec.

In addition to the regular build tools like make and gcc, I installed these packages: The instructions in the readme on gitlab do not work on openSUSE. This repository is my notes on how to use it with a TL866II Plus universal programmer on openSUSE. Minipro is an open source program for controlling the MiniPRO TL866xx series of chip programmers.