Every AVR has a set of pins that are the programming pins, you just have to connect the programmer to those pins in the right order and presto you are ready to. Build Your Own Microcontroller Projects. And small size single side PCB for the 2051 programmer. Programming 89Sxx and AVR.

Shipping Weight 0.4Kgs 89 Series Programmer (Serial): Very Low Cost & yet powerfull ATMEL 89 Series Programmer. Can almost program all the 89 Series ATMEL micro-controllers including 89C & 89S. Features: • Auto detection of COM Port Used. • 9600 & above baud rate. So programming speed is much higher. • Accepts intel HEX file. • 15V AC or DC supply voltage.

• Eligent & Deurable plastic cabinet. • Comes with Serial Cable and CD contains PC software for programming. • One year exclusive warrenty.

Supported Devices. Shipping Weight 0.4Kgs 89 Series Programmer (USB): Very Low Cost & yet powerfull ATMEL 89 Series Programmer. Can almost program all the 89 Series ATMEL micro-controllers including 89C & 89S. Features: • Auto detection of COM Port Used. • 9600 & above baud rate. So programming speed is much higher. • Accepts intel HEX file.

• 15V AC or DC supply voltage. Eingeladen Zum Fest Des Glaubens Noten Pdf Creator. • Eligent & Deurable plastic cabinet. • Comes with USB Cable and CD contains PC software for programming and USB drivers. • One year exclusive warrenty. Supported Devices.

Shipping Weight 0.3Kgs AVR ALL Serial Programmer Very simple and powerfull ISP programmer. Low cost and ideal for hobbiest.

Features: Simple 6 pin reliment connector for ISP. RS232 9pin D connector for connectivity with PC. GNU based software. Easily upgradeble and allways free.

Open Hardware and very simple. Supported Chips: AT90S1200, AT90S2313, AT90S2323, AT90S2343, AT90S4414, AT90S4434, AT90S8515, AT90S8535 AT90S2323, AT90S2343, AT90S2333, AT90S4433, AT90S4434, AT90S8535, AT90S8534 ATmega103, ATmega161, ATmega163, ATmega 323, ATmega128, ATmega8, ATmega16, ATmega64, ATmega32, ATmega162, ATmega169, ATmega8515, ATmega8535 ATmega44, 88, 168, 164, 324, 644, 640,1280, and 1281 (untested) AT90can32, 64, and 128 (untested) ATtiny12, ATtiny15, ATtiny26, ATtiny2313 ATtiny13, 25, 45, 85, 261, 461, and 861 (untested) Read ATtiny12 and ATtiny15 Oscillator Calibration Byte. Model No PICPROG232 Shipping Weight 0.45Kgs Low cost ever possible PIC Programmer is very useful for hobbyist as well as professionals.

Vast list of PIC micro-Controller can be programmed by this device. Very Easy GNU based software makes life very simple. The programmer is compatible with the HEX code generated by MPLAB. The most attractive feature is that you don't need any External power supply. And in ADD ON you can program some EEPROM also. Please find the features and other things bellow. Features: Very Small Size.

No External Power Supply. Program through RS232 Serial Port of Computer. Very Easy GNU Based Programming Software (IC-Prog). Compatible with MPLAB and other compiler. ISP Socket for In Circuit Programming. Can program listed EEPROM.

LED Indication for Active Program Mode and Hardware Check. High Quality ZIF Socket for easy removal and insertion of ICs.

High Quality Wooden Cabinet. Comes with CD ROM contains the PC Software ( IC-Prog), MPLAB, Manual, Free Codes. Model PG164130 Shipping Weight 0.2Kgs The PICkit 3 programmer/debugger (see Figure 1-1) is a simple, low-cost in-circuit debugger that is controlled by a PC running MPLAB IDE (v8.20 or greater) software on a Windows® platform. The PICkit 3 programmer/debugger is an integral part of the development engineer’s toolsuite. The application usage can vary from software development to hardware integration. The PICkit 3 programmer/debugger is a debugger system used for hardware and software development of Microchip PIC® microcontrollers (MCUs) and dsPIC® Digital Signal Controllers (DSCs) that are based on In-Circuit Serial Programming™ (ICSP™) and Enhanced In-Circuit Serial Programming 2-wire serial interfaces.

In addition to debugger functions, the PICkit 3 programmer/debugger system also may be used as a development programmer. The PICkit 3 programmer/debugger is not intended to be used as a production programmer. The debugger system executes code like an actual device because it uses a device with built-in emulation circuitry, instead of a special debugger chip, for emulation. All available features of a given device are accessible interactively, and can be set and modified by the MPLAB IDE interface. Model PICKIT2_01 Shipping Weight 0.25Kgs Low cost ever possible USB PIC Programmer is very useful for hobbyist as well as professionals.

Vast list of PIC micro-Controller can be programmed by this device. Very Easy GNU based software makes life very simple.

The programmer is compatible with the HEX code generated by MPLAB and can be used directly from MPLAB interface, no additional software or tricks required. The most attractive feature is that you don't need any External power supply. And in ADD ON you can program some EEPROM also. Please find the features and other things bellow. Features: • Very Small Size.

• No External Power Supply. • Program through USB Port of Computer. • Very Easy GNU Based Programming Software (PIC KIT2). • Compatible and directly accesseble with MPLAB and other compiler. • Can program listed EEPROM.

• LED Indication for Active Program Mode and Hardware Check and Busy Mode. • High Quality ZIF Socket for easy removal and insertion of ICs.

All Programmers This list is all of the programmers I could find to program an AVR. Many are very similar, but the difference is to support some specific software requirement of the original designer. All of them work equally well if you are using something like avrdude, which supports them all. It is obviously not the be-all end-all list, since it doesn't include the 100's of USB designs. It was intended to be a list of only the programmers one might reasonably be able to make from spare parts when in a pinch.

Many are obsolete simply because the newer PC motherboards and Macs don't even have serial and parallel ports. For those of you in that situation (I am one) you should go to ebay and get order a $4 programmer from China.

It might arrive before you need it! BSD The BSD is the simplest programmer available. It is also up with the best on speed.

It takes a few minutes to get one running, but beware of cable length issues. They will be difficult to track down, but you can assume that if you are having problems, and the diagram was followed, the cable is too long. Increasing the value of the resistors can help cut ringing on longer cables, but you have to slow it down if you do that. Schematic BASCOM The BASCOM programmer is an unbuffered parallel port programmer similar to the STK-200.

If has the same challenges with cable length, so the resistance should be tweaked to compensate. BASCOM Schematic Buffered Multi-Voltage The chief advantage of this programmer is its ability to protect both the target and the PC from odd voltages when one side is powered off. The buffers are open-drain, and each is pulled up to the Vcc of the receiving party. The MC74LCX07 has an operating Vcc rating of 2.0 to 5.5V. In addition, this programmer is the only buffered programmer that allows the PC and the target to operate at different power supply voltages. Great for working with 3.3V microprocessors on a 5V PC. Sony Destination Setting Tool there.

Schematic STK200 The STK200 is buffered to protect the ports and to give a little integrity to the signal. With the 74HC125 it can drive a longer cable than an unbuffered programmer, although the cable length still needs to be no longer than a foot or so. This is probably the most widely used parallel port programmer. Schematic PonyProg STK200 The PonyProg is buffered, like the STK200, to protect the ports and to give a little snort to the signal. This programmer is an STK-200 with the addition of an LED, which is used by avrdude to tell us when it is programming.

Schematic DASA The DASA is an RS-232 to TTL level shifter circuit, which is used by software to create an ISP interface. It is significantly slower than the parallel port programmers. Schematic DASA-2 The DASA-2 is an RS-232 to TTL level shifter circuit, which is used by software to create an ISP interface. There is a transistor used to invert the reset line.

If you have active reset circuitry, and if that circuitry is open collector, this programmer will draw less current from the serial port than a DASA programmer. Schematic DASA-3 The DASA-3 is an RS-232 to TTL level shifter circuit, which is used by software to create an ISP interface. There is a transistor used to invert the reset line. If you have active reset circuitry, and if that circuitry is open collector, this programmer will draw less current from the serial port than a DASA programmer. Otherwise, there is no advantage to the increased complexity. Schematic Serial Uploaders Discrete RS232 Uploader The Discrete RS232 Uploader is an RS-232 to TTL serial converter circuit, used to upload code from the Arduino environment, or as a serial port for an AVR.

Schematic MAX232 Uploader The MAX232 Uploader is an RS-232 to TTL serial converter circuit, made using a Maxim MAX232, and used to upload code from the Arduino environment, or as a serial port for an AVR. If you leave off C5 and the connection to the RESET line, it is just an RS-232 port for your AVR. Schematic ArduinoISP The ArduinoISP is a real USB to SPI converter with programming code in it. If you have an Arduino, you can have a programmer. With that programmer, you can burn a bootloader into another ATmega328 and have another Arduino. The one disappointment is the speed. The ArduinoISP is slow.

It is slower than the serial port programmers we tested. Schematic Serial Uploaders FTDI-231X Uploader The FTDI-231X Uploader is a USB to serial converter chip, and is often used as a means to upload code from the Arduino environment to an AVR with a bootloader. The bootloader does not have to be used exclusively by the Arduino environment, but can be used for your uploading your own hex code. Schematic USB to TTL Cables There are several manufacturers of these USB to serial cables. The only thing I would be concerned with is the fact that the FTDI cable pinout has become a sort of a standard, due to it's use on the Arduino. It is the one I use, but the others are probably no better or worse, and likely have the FTDI chip in them.

Be wary of the ones having the CP2102. Some operating systems have no support at all for the CP2101, and the programmers will not work on those systems.

Schematic ArduinoISP The ArduinoISP is a real USB to SPI converter with programming code in it. If you have an Arduino, you can have a programmer. With that programmer, you can burn a bootloader into another ATmega328 and have another Arduino.

The one disappointment is the speed. The ArduinoISP is slow. It is slower than the serial port programmers we tested. Schematic Serial Uploaders FTDI-231X Uploader The FTDI-231X Uploader is a USB to serial converter chip, and is often used as a means to upload code from the Arduino environment to an AVR with a bootloader. The bootloader does not have to be used exclusively by the Arduino environment, but can be used for your uploading your own hex code. Schematic USB to TTL Cables There are several manufacturers of these USB to serial cables.

The only thing I would be concerned with is the fact that the FTDI cable pinout has become a sort of a standard, due to it's use on the Arduino. It is the one I use, but the others are probably no better or worse, and likely have the FTDI chip in them. Be wary of the ones having the CP2102. Some operating systems have no support at all for the CP2101, and the programmers will not work on those systems.

Schematic ATmega328 Standalone This programmer is a parallel high-voltage programmer. High voltage is 12V. It's only purpose is to burn the fuses on ATmega328 devices.

It resets them to factory default. It is a fairly involved circuit - not in complexity, but in the number of connections.

It took a few hours to build this one.