Programmers device > AVR Programmers

Programmer AVR USBasp

Programmer AVR USBasp

  • ISP programming interface
  • Interface to PC: USB
  • voltage: 5V (via USB)
  • dimensions 54x25x9 mm
  • to work under Windows driver needed
Count Price
From1шт90грн
From4шт86грн
From18шт78грн
From33шт72грн
Code: 17
шт.
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STK500 (AVR-Doper)

STK500 (AVR-Doper)

  • Full compatibility c STK500
  • voltage: 5V (via USB)
  • Current consumption: less than 50mA
  • Interface to PC: USB
  • Interface Programmer: ISP
  • Dimensions unit: mm 55h17
  • Supported programming microcontrollers: Series AVR - all controllers with SPI interface for programming.
Count Price
From1шт203грн
From2шт193грн
Code: 22
шт.
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AVR ISP MK2

AVR ISP MK2

    The package includes:
  • AVRISP MKII programmer
  • Loop 10 pin
  • podklyuchynyya Cable to PC USB TIP A
Price:
348 грн
Code: 63
шт.

Zif Board for AVR

Zif Board for AVR

  • Weight: 46 g
  • Size: 88mm x 38mm
  • 32 I / O pins all withdrawn.
  • Support chips: ATMEGA16 / ATMEGA32 and compatible.
  • Reset: reset button.
  • Power LED (D1).
  • Standard ISP.
Count Price
From1шт145грн
From3шт138грн
Code: 103
шт.

AVRISP mkII

AVRISP mkII

  • clone programmer AVRISP-MKII
  • supports all microcontrollers Attiny, Atmega and Xmega
  • Programming Interfaces:
    • ISP (in-circuit programming)
    • PDI (interface for programming and debugging)
    • TPI (interface for programming ATtiny).
  • PC communication - USB
  • supply selection is programmable 3.3 microns or 5 volts
Count Price
From1шт522грн
From2шт496грн
From5шт449грн
From9шт418грн
From22шт376грн
Code: 26
шт.
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JTAG ICE Emulator debugger programmer for Atmel

JTAG ICE Emulator debugger programmer for Atmel

  • Fully compatible with AVR Studio
  • Working with 3 .. + 5V debugging device
  • Support for breakpoints
  • Programming flash, EEPROM, fuse bits, lock bits
  • USB interface for programming and debugging.
  • Jumper to select the USB converter to UART TTL (when installing the jumper function is blocked and the debugger is switched mode converter)
  • AVR JTAG ICE takes the + 5V power directly from the USB port. It is possible to supply + 5V 350mA from the USB port to debug the device, eliminating the need for an external power supply.
  • Ability to update the firmware AVR JTAG ICE directly from AVR Studio
  • LED "Power filed"
  • The indicator "Debug"
  • Compatible with Windows 98/2000 / XP / Linux / MacOS
Price:
348 грн
Code: 104
шт.

USBasp AVR programmer in korpuse

USBasp AVR programmer in korpuse

Features

  • ISP programming interface
  • Interface connection to PC: USB
  • Input voltage: 5V (Bus USB)
  • Dimensions 54x25x9 mm
  • To work under Windows driver needed
Count Price
From1шт232грн
From2шт221грн
Code: 137
шт.

STK500 adapter AVRISP USBASP

STK500 adapter AVRISP USBASP

Features:

  • 10-pin ISP interface - for connecting to the programmer;
  • 6-pin ISP interface - to connect to the ICSP interface microcontroller;
  • Dimensions: 34.5 x 20.3 x 8.5 mm;
  • Weight: 3 g
Price:
58 грн
Code: 144
шт.

DIP BOARD AVR

DIP BOARD AVR

  1. Possibility to connect external quartz
  2. supply selection of programming microcontroller
  3. Sockets for DIP-40, DIP-28, DIP-14, DIP-8, DIP-20
  4. User guide ICSP DIP BOARD
Count Price
From1шт406грн
From2шт386грн
From5шт350грн
Code: 24
шт.

Programmer AVR USBasp + Zif Board 40pin for AVR

Programmer AVR USBasp + Zif Board 40pin for AVR

Features Programmer AVR USBasp:

  • ISP programming interface
  • Interface connection to PC: USB
  • Input voltage: 5V (Bus USB)
  • Dimensions 54x25x9 mm
  • To work under Windows driver needed

Features Zif Board for AVR:  

  • Weight: 46 g
  • Size: 88mm x 38mm
  • 32 I / O pins all withdrawn.
  • Support chips: ATMEGA16 / ATMEGA32 and compatible.
  • Reset: reset button.
  • Power LED (D1).
  • Standard ISP.
Price:
261 грн
Code: 318
шт.

Zif board 28 pin for Atmega8 ATmega48 ATMEGA88

Zif board 28 pin for Atmega8 ATmega48 ATMEGA88

Features:
  • Support chips: Atmega8 ATmega48 ATMEGA88
  • Reset: Reset button
  • Power LED (D1)
  • Standard: ISP
  • The fee is 7.4 cm x 3.4 cm
Count Price
From1шт125грн
From3шт119грн
Code: 422
шт.

Programmer AVR USBasp + Zif board 28 pin for Atmega8 ATmega48 ATMEGA88

Programmer AVR USBasp + Zif board 28 pin for Atmega8 ATmega48 ATMEGA88

Features Programmer AVR USBasp:

  • ISP programming interface
  • Interface connection to PC: USB
  • Input voltage: 5V (Bus USB)
  • Dimensions 54x25x9 mm
  • To work under Windows driver needed

Features Zif board 28 pin for Atmega8 ATmega48 ATMEGA88:  

  • Support chips: Atmega8 ATmega48 ATMEGA88
  • Reset: Reset button
  • Power LED (D1)
  • Standard: ISP
  • The fee is 7.4 cm x 3.4 cm
  • The thickness of the module: 1.6 mm.
Price:
203 грн
Code: 659
шт.

AVRISP mkII programmer

AVRISP mkII programmer

Characteristics:
  • Compatibility: AVR Studio (4.12 and later)  
  • Interface: ISP
  • Support for Programming Flash and EEPROM
  • Support for microcontrollers with a supply voltage from 1.8 V to 5.5 V
  • Adjustable programming speed: 50 Hz to 8 MHz
  • USB: 2.0 (Full-speed, 12 Mbit / s)
  • Power supply: USB bus, no external power supply
  • Protection front lines of programmable devices, including Short circuit.
Count Price
From1шт928грн
From2шт882грн
Code: 704
шт.

AVR - microcontrollers is a powerful tool for creating modern high-performance and cost-effective multi-purpose devices.

The program for the microcontroller is written in any suitable programming language is compiled into a binary file (or file format intel HEX) and poured into the microcontroller through the programming .

programmer - is a device that connects a microcontroller and a computer and allows the computer to write the firmware file to the memory controller. Also need to flash a program that will drive a special protocol data to the microcontroller.

Methods microcontroller firmware using AVR-programmer :

  1. In-circuit programming (ISP)

    This method sew modern controllers is the most popular to date. Internally it is called because the microcontroller when the firmware is in the scheme of the target device. For the needs of programming in this case stands out several conclusions controller (usually 3..5, depending on the controller).

    These findings are sewn cord connects the programmer and fill a firmware. After that, the cord is disconnected and the controller starts.

    At the AVR firmware is filled via SPI and for programming need four lines and power:  

    • MISO - data coming from the controller (Master-Input / Slave-Output)
    • MOSI - data going into the controller (Master-Output / Slave-Input)
    • SCK - SPI interface clock
    • RESET - RESET signal to the programmer enters the controller in programming mode
    • GND - earth

    For the implementation of the "serial" in-circuit programming is necessary:

    • connect programmer leg reset (RESET) and SPI interface controller (feet MOSI, MISO, SCK);
    • powered microcontroller nominal voltage of + 5V (GND, VCC).

    Programmers for in-firmware AVR controllers are distinguished by such features:

    • to speed;
    • the type of connection to the computer (COM / LPT / USB);
    • there with his master controller or not.

    Programmers without a master controller is very simple to manufacture and commissioning. They work exclusively through COM or LPT ports.

    Programmers are working with the master controller via COM, but also can work without problems via USB. But when dealing with these programmers is one problem: in order to make such a programmer, need another programmer to sew him master controller. The problem of "chicken and egg".

    The most popular programmers of this type:

    • USBASP
    • AVRDOPER
    • AVR910
     
  2. Parallel high-voltage programming

    Normally used in the manufacture of chips with mass firmware in the programmer before they are sealed into the device.  

    Features of parallel programming

    • Many times faster sequential (ISP);
    • requires submission to the RESET voltage of 12 volts;
    • no longer requires 3 data lines and eight + control line;
    • microcontroller programmer inserted into the panel, and after the firmware is rearranged in the target device.

For radio amateur practice this method of programming is not needed, because ISP programmer solves 99% urgent tasks.