All About ATMega8535

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atmega8535 300x225 All About ATMega8535

atmega8535

ATMega8535 is one of the Atmel microcontroller 8 bit artificial for the AVR family of mass-produced in 2006. Because the AVR family, so ATMega8535 also uses RISC architecture.RISC, which when translated means “Simplified Computing Group Instruction”, is a computer architecture or modern computing architecture with the instructions and the simplest type of execution. This architecture is used on computers with high performance, such as vector computers. Besides being used in vector computers, this design is also implemented on different computer processors, such as on some Intel 960 microprocessor, Itanium (IA64) from Intel Corporation, the DEC Alpha AXP, MIPS R4x00 of the Corporation, PowerPC and POWER architecture from International Business Machines. In addition, the RISC is also commonly used in the Advanced RISC Machine (ARM) and StrongARM (including Intel XScale), SPARC and UltraSPARC from Sun Microsystems, and PA-RISC from Hewlett-Packard.ATMega8535 has several capabilities:

Microcontroller based 8-bit RISC with a maximum speed of 16 MHz. Has 8 KB of flash memory, SRAM and 512 bytes of EEPROM (Electrically Erasable Programmable Read Only Memory) of 512 bytes. 10 bit internal precision of 8 channel. Has a PWM (Pulse Wide Modulation) as much as 4 internal channels.Serial communication port (USART) with a maximum speed of 2.5 Mbps. Six options sleep mode, to save the use of electric power.

ATmega8535 arsitecture 300x286 All About ATMega8535

ATmega8535 architecture

ATMega8535 microcontroller has 40 pins for the model PDIP and 44 pin TQFP and PLCC model. The names of the pins on the microcontroller is VCC for the positive power supply voltage. GND to the negative power supply voltage. Porta (PA0 – PA7) as a port Input / Output and has other capabilities that is as input to the ADC

PortC (PC0 – PC7) as a port Input / Output to ATMega8535. PortD (PD0 – PD7) as a port input / output and also has other capabilities. Reset to reset the program in the microcontroller. XTAL1 and XTAL2 to input clock signal generator. AVCC for the power supply voltage input pin for the ADC. Aref for ADC reference voltage pin.

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