The chip programmer is called a burner in Taiwan. Because Taiwan’s semiconductor industry developed early, after the mainland, the reason why the customer called it “programmer” is because the English name is PROGRAMMER, the English name and the general software programming. The teacher is the same name, so it is called “programmer”. The programmer is a tool to write data to the programmable integrated circuit. The programmer mainly uses for single-chip microcomputer (including embedded)/memory (including BIOS). Chip programming (or brush writing).
The programmer functionally divides into a general-purpose programmer and a dedicated programmer. The dedicated programmer has the lowest price and is suitable for a small variety of chips. It is ideal for programming with a specific type or a select type of chip; for example, only the PIC series needs to be programmed. The full-featured general-purpose model can cover almost all of the chips that are currently required to be processed. Due to the troublesome design, the high cost, the sales volume is limited, and the final price is exceptionally high, which is suitable for the case where a large number of chips need to be programmed.
The basic configuration of the data copy operation of the memory using the programmer is one computer (the programmer is not very demanding on the computer, generally, as long as it can run the Windows 98 operating system), a programmer and programming Driver software for the device. The general steps are as follows: 1 Connect the programmer to the computer. Different programmers connect to the computer in different ways. Some programmers connect to the computer’s parallel port (printer interface), some link to the computer’s serial port (COM1 or COM2), and some use the USB interface (such as RF910). ). In terms of speed, the USB interface is the fastest, and the serial port is the slowest. 2 Install the driver software that is compatible with the programmer to the computer, and make relevant settings for the programmer as required. 3 Run the programmer driver software; the figure shows the running interface of the RF910 driver software. Select the memory model. Figure RF910 driver software operation interface 4 Operate the programmer driver software to read the required data stored in the computer as a data source. There are two ways to obtain the memory data source: the first is to find a typical display of the same model as the repaired faulty machine, remove the memory, insert it into the programmer, read the data, and save it to the computer. The second is to directly use the memory data that has save in the network (either the data backup that I have done before, the data provided by the manufacturer or the data downloaded from the Internet). 5 Insert the new memory (or the used memory) into the programmer, operate the programmer driver software, and the programmer writes the official data to the new memory. 6 Replace the first memory with the data written on the faulty machine.
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