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AVR AT90S35PB Project Board:

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This is the project board many AVR enthusiast have been looking for. It will allow hobbyist and professionals to build their application fast whether it is soldered or wire wrapped. Compatible with most of the 40 pin devices from Atmel 8-bit RISC architecture microcontrollers, the user can develop applications on microcontrollers such as AT90S8535, ATMEGA8535, ATMEGA8, ATMEGA16, ATMEGA163, ATMEGA32 and ATMEGA323.

The board comes ready to use with all the necessary support components such as an 8MHz crystal working as external oscillator, a voltage monitor for Brown Out Detection, JTAG In Circuit Emulation port, ISP port for in circuit programmability, 5V voltage regulator good up to 1 Amp, reset button, header male connectors for all available ports (PORTA, PORT B, PORTC and PORTD) and the layout of a serial port female DB9 connector in case interface to the PC through the RS232 port is desired (NOTE: User must supply line level converter for RS232 communications).

A huge prototyping area with bus connections will make concepts come to reality in a snap. To add flexibility to future designs, the bottom edge of the AT90S35PB is a male edge connector perfect for adding these prototype boards to a back plane such, as the Project Board Mother Board (PBMB).

How To Buy:(Check Our Clearance Sale)

Single PCB:

For users only wishing to enable a few of the available functions, the PCB is the most affordable solution.

Kit:

The kit includes the PCB, (1) AT90S8535 microcontroller, (1) DIP 40 socket, (1) 8MHz crystal, (1) 7805T voltage regulator, (4) eight circuit dual row header connector, (1) six circuit dual row header connector, (1) ten circuit dual row header connector, (1) reset push button, (1) MC39064 under voltage sensing circuit for brownout detection, (1) two position terminal block for power connector, (1) 10K potentiometer, plus all capacitors and resistors.

Fully Assembled:

A fully assembled and tested board can also be purchased if the user does not feel like soldering the components into the project board.

Do not forget to tune into www.superstepper.com for more information on the superstepper architecture.