Chip Life Read Write Software
Buy and build the Multi-Chip Programmer project. Get IC-Prog.exe file and move it to your Desktop. (download IC-Prog.zip) Latest IC-Prog 106B Help file 4. Program a PIC chip, using the IC-Prog software. Connect the Multi-Chip Programmer to com1 and everything is ready to program a chip. The SCR331 Smart Card Reader is the first of a new family of smart card readers based on SCM's STC II chip, which includes support for. Can read & write a variety.
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How to Decompile a Chip Program - Microchip PIC Disassembler Download Microcontroller reverse engineer Everything they make, We can break! World first mcu hack company In business since 1998 Reversed tens of thousands of chips Copied thousands of pcbs Foreseen all pertential problems Integrity with payments Microcontroller Reverse Engineer Technology Multichip programming and Disassembling a.hex File Disclaimer For the sake of providing the best information for viewers to fulfill their projects, Chip Works technology may list here services information which are provided by other firms, Chip Works neither recommend nor endorse these services, hence we would take no responsibilities from these services. INTRODUCTION NOW WITH ISP FEATURE (In-Circuit Programming) & - mentioned in this article is an old 'burning' program.
Latest burning program: ' or ' This programmer uses the 9-pin serial port (also called the COM port or RS 232 port), found on desk-top computers. For lap top computers, use a USB programmer: PICkit-2 from: (no kits for PICkit-2 programmer - only fully-built version) You will also need and ' Set-up a folder called PICkit-2 in which you will place the programs for all your projects. Within the folder you can place and ' and PICkit-2 burning routine (from the CD that comes with PICkit-2).
If you are not using PICkit-2, call the folder All Files and place ' or ' in the folder, as well as and '.' You will need or so you can take a.asm file from one of the projects we have produced and use it to write your own program. Note 1: MPASM and WinPIC have been used to program PIC16F628A using 8-pin to 5-pin adapter described below. The chip was programmed successfully but WinPIC displayed 'Programming failed and only the first line of code was displayed in green.
WinPIC does not read the chip properly after burning. Note 2: I have not successfully programmed a PIC10F220 via WinPIC or PICkit-2. I do not suggest you buy a PIC10Fxxx until I have successfully programmed one.
The Multi-Chip Programmer can now program Surface Mount chips and PIC10F220 chips via ' or ' and the following adapter: You will have to connect the 5 tinned-copper wires to the 8-pin socket and 5-pin header, (called a 'Machine Pin' strip or 'header' similar to 5 pins from a 24 'machine pin' IC socket). The adapter connects between the Multi Chip Programmer and any of our projects that have the 5 'In-Circuit Programming' pins: Connecting the Multi Chip Programmer to ICP (In-Circuit Programming pins) Note: IC PROG has now been updated to WinPIC. In a nutshell, here is what you do: 1. Read the 3 pages of the Multi-Chip Programmer project. It needs a program called IC-Prog to carry out the burning operation.
Buy and build the Multi-Chip Programmer project. Get file and move it to your Desktop. (download ) Latest 4. Program a PIC chip, using the IC-Prog software. Connect the Multi-Chip Programmer to com1 and everything is ready to program a chip. You will need a.hex file. Read the notes on Step 3 by Jason Williams, on configuring your computer to run the software.
For a list of.hex files click:. These files are for the project - but you can use any file. If you want to convert a.hex file into readable lines of code, step 4 has a disassembly program Disasm. This project is designed to program the 8-pin PIC12c508A and 18pin PIC16F84 microcontroller chips to support the projects we have designed, however it will also program a number of other 8-pin & 18-pin microcontrollers and the full list can be seen when using IC-Prog. We could have called this project a 'free programmer' to attract your attention, but let's be fair, at the cost of a few dollars for the PC board plus a few on-board components and a lead, you can call it a very low-cost programmer. With free software the project will not only be the cheapest on the market, but it comes with full documentation to get the absolute beginner into programming. Why put it on the web?
The web is expanding at a phenomenal rate. By putting our projects on the web, we are delivering them to the whole world. We have priced each kit to be less than buying the components separately. Once you work-out the cost of producing the board yourself and buying the parts from different suppliers, you will agree; it's cheaper to send for a kit.
We send everything out the same day and no matter where you live in the world, air-mail delivery is only a long-distance flight away. Buying is so simple. Simply send us an to say you want to buy a particular kit (we have over 200 ) and we will email you with the total cost including postage. THE MULTI CHIP PROGRAMMER This is a very simple project. It is a Multi-Chip Programmer that will burn a wide range of PIC chips. The has concentrated on the PIC12c508A and PIC16F84 chips as these cover the 'beginners' end of the market. The advantages of these chips has been fully documented in our articles and now we come to the need to burn them.
Programming or Burning these chips is very simple and any project you design can include a 4-pin socket so that the chip can be programmed 'on-the-board.' The 5x7 Display project is a typical example. It has a 'burning socket' on-board for a PIC16F84 chip. The only thing you have to remember when designing a project, is to keep pins 12 and 13 lightly-loaded so they can be used for the programming operation. If these lines are used as outputs, the programming operation must be able to take them HIGH and LOW. Refer to the 5x7 Display project to see how we have designed the programmer section. The '508A has not been catered for in the 5x7 Display project and so you need the Multi-Chip Programmer to burn this chip and any others you want to program. HOW THE CIRCUIT WORKS The first thing you have to remember..
This is not a normal circuit. A normal circuit has a positive voltage connected to it and thus it has a supply rail and a ground rail - the ground rail is called the zero volt rail. In the Multi-Chip Programmer circuit, the supply voltage for the chip comes from the RS-232 feature of the serial port. Genymotion licence key. Some of the lines making up the RS-232 are capable of rising to a positive voltage (about 8 to 12v) and falling to a negative voltage (about -8v to -12v). There are also lines that fluctuate from 0v to +5v. If all computers had a line that fluctuated between +12v and -12v, the programmer circuit would be very simple.
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But unfortunately some computers fluctuate between +8v and -8v. To make a circuit that works on all ports was a challenge. The circuit we have used was designed by (and full credit is given to him. The chip requires a voltage of 13v on the MCLR pin (between12v and 14v) to tell the chip to go into program mode.
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The chip does not require any current on this line, just a voltage so the program mode can be invoked (begin). If one of the lines from the computer goes to +8v, and another goes to -8v, they can be combined together to get a total of about 16v. This is more than enough to create the necessary 13v.
This is the basis of how the circuit works and the reason for the diodes and zeners. But it's more complicated than that.
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