Mega AVR Integrated Controller, Revision IB
ATmega128 AVR Microcontroller Board
FEATURES: Atmel ATmega128 MCU • 128K external static RAM • dual level shifted UARTs • RS485 interface • I2C ready w/pull-up resistors installed • 32K I2C serial EEPROM on-board • battery backed, I2C serial Real Time Clock on-board • up to 51 digital I/O pins • ultra stable 4-Layer circuit board with large power and ground planes • advanced low-dropout voltage regulator accepts 5.5-24V input with reverse polarity hookup protection • board features are selectable w/convenient DIP switch • small size at 3.0 x 3.6 inches
RoHS Compliant: YES
All components are industrial grade.
The MAVRIC-IB controller is the latest revision of our popular MAVRIC board and now includes several popular features including the low-dropout voltage regulator and the RS485 interface that were introduced on our MAVRIC-IIB.
The BDMICRO MAVRIC-IB is a powerful microcontroller board based on the ATmega128 MCU. It is fully programmable using familiar languages such as C and BASIC. The GNU GCC C compiler is very popular as it comprises the core of the de facto standard tool chain of the open source community, including Arduino programming and libraries. Additionally, MCS Electronic's BASCOM-AVR BASIC compiler is also very popular, economical, and highly regarded by AVR enthusiasts.
The MAVRIC-IB is an exceptional general purpose controller designed to work in a large variety of control applications where a fusion of many sensors and digital I/O are needed. Application areas include robotics, automation, sensing, motor control, and many others. The MAVRIC-IB's copious program and data space allow you to implement sophisticated algorithms and logic without having to compromise features. And it's extremely fast program execution means that you will have the power you need to implement lightning fast control logic including the use of floating point calcuations.
The MAVRIC-IB's 8, 10-bit A/D converters make it simple to interface to analog signals. Its 6 high resolution hardware PWM outputs are perfect for driving h-bridges for motor control and R/C style servos. Its 8 external interrupt lines work extremely well for high resolution quadrature decoder implementations to track motor positions and implementing motor PID algorithms. The very large FLASH program space and RAM mean you can create large programs without having to pinch memory resources and sacrifice features. With 51 I/O pins and processing power to spare, the MAVRIC-IB is up to nearly any control challenge.
Communications peripherals include hardware I2C bus support for interfacing to external devices such as I/O extenders, additional A/D converters, compass modules, ultrasonics, and many more. The I2C bus pull-up resistors are included on-board for added convenience. Dual level shifted RS232 ports are provided for easy interfacing to standard RS232 equipment such as PCs. The TTL non-level shifted UART interfaces are also available. An RS485 interface is provided for networking with other controllers in very powerful and modular distributed control networks. The industry standard SPI bus is supported in hardware and opens the door to interface with a wide range of peripheral devices.
On-board perhipherals include 32K of I2C serial EEPROM for additional non-volatile data storage beyond the 4K available on-board the MCU chip. An I2C serial Real Time Clock is also provided with battery backup for accurate time-keeping and can keep time even when system power is not applied.
The on-board standard programming headers make development easy - 10-pin serial ISP header for connecting to your AVRISP or STK500, and also the standard 10-pin JTAG header for using your JTAGICE for programming and single-step, source level debugging.
The MAVRIC-IB incorporates an advanced, on-board, low-dropout voltage regulator and can be powered with as little as 5.5 Volts. Four mounting holes are provided for securely mounting your board, and with its small size of 3.0 x 3.6 inches, you can mount it just about anywhere.
Let this powerful controller be the brains of your next project!