The mikroACQ Kit 2 for Stellaris offers a complete solution for designing data-logging devices using an ARM Cortex-M3 microcontroller programmed in Pascal.
The bundle consists of the following items at a discount: Please see those individual product pages for full details, downloadable documentation, etc. Also, note that you will have to solder headers to the Click boards before you can plug them into the EasyMx PRO board. The headers are included loose.
EasyMx v7 Board Overview EasyMx PRO v7 for Stellaris ARM is a development board for Stellaris ARM microcontrollers that is able to handle both Cortex-M3 and Cortex-M4 MCUs. It comes with an LM3S9B95 on a plug-in CPU module.
The board is built with 4-layer PCB routing to achieve excellent signal quality, which is important for SPI and other communication lines running at high speeds. It includes multimedia peripherals such as TFT touch screen, stereo MP3 codec with Headphone and Microphone jacks, microSD slot and Navigation switch.
There are plenty of communication modules on board too: USB Host and Device connectors, two USB-UARTs, Ethernet and CAN module. Two mikroBUS sockets enable you to add Click Boards easily. The board features nine Input/Output PORT groups with IDC10 headers, buttons and LEDs.
No external programming hardware is required, for the board contains a built-in mikroProg fast USB 2.0 programmer and hardware debugger.
|CPU Module|| LM3S9B95 ARM Cortex-M3 microcontroller, 80 MHz operation, 100 DMIPS performance, Nested Vectored Interrupt Controller (NVIC), 256 KB Flash memory up to 50 MHz, 96 KB SRAM, and more. Module can be replaced with one containing a different CPU. |
|3.3V power supply|| Board can be powered over USB cable or via an external power supply (barrel connector or screw terminals). |
|mikroProg|| The on-board mikroProg in-circuit debugger/programmer supports over 270 Stellaris ARM Cortex-M3 and M4 microcontrollers from Texas Instruments. It allows you to program the microcontroller on the board via USB cable. |
|Ethernet connector|| RJ45 connector gives you access to the on-chip Ethernet controller of compatible devices (of which the included LM3S9B95 is one). |
|Audio connectors|| 3.5mm jacks enable you to connect headphones and a microphone to the on-board audio codec chip. |
|mikroBUS sockets|| Two mikroBUS sockets allow you to use plug-and-play Click Boards to add peripheral functions. |
|Reset button|| High-quality reset button and circuit ensures stable reset operation. |
|Serial Flash|| You can store up to 8 Mbits of data in the on-board M25P80 SPI Flash memory. |
|I2C EEPROM|| You can store up to 8x256 bytes of configuration or other data into the on-board 24AA01 Serial EEPROM. |
|Stereo MP3 codec|| The VS1053 MPEG audio codec with SPI interface is available for audio input and output. It supports many formats. |
|Piezo buzzer|| The piezo buzzer can be connected to two digital output pins, one of which is the PWM output. |
|ADC potentiometer|| You can simulate analog inputs using the on-board potentiometer. Jumpers allow you to set which input pin it is connected to. |
|Temperature sensor support|| The board has sockets for installing a DS1820 digital temperature sensor and an LM35 analog temperature sensor. A DS1820 is included in this kit. An LM35 can be added using the option boxes at the bottom of this page. |
|USB-UART connectors|| Two USB connectors with FTDI USB-UART chips allow you to connect the board to a PC or other devices via virtual serial ports. |
|USB Host connector|| You can connect USB devices as a slave to the board, e.g. Flash drives, cameras, MP3 players, etc. |
|USB Device connector|| You can connect this board as a slave to a PC or other USB Host via fast USB2.0 interface. |
|LCD with Touch Panel|| The board includes a 320×240-pixel TFT color LCD with touch screen. A touch panel controller and a backlight controller are on board also. |
|Navigation switch|| This small joystick can be used for navigating on-screen menus or as a generic input device. |
|microSD card slot|| You can store large amounts of data externally on a microSD card using SPI communication. A 2GB card is included in this kit. |
|CAN controller|| The board has an MCP2551 CAN controller and screw terminals. |
|Tri-state DIP switches|| Three-position DIP switches allow you to enable a 4K7 pull-up or pull-down resistor on any desired port pin. |
|Push buttons & LEDs|| Eight buttons and LEDs in each input/output group enable you to have digital inputs on each port pin. That's 72 buttons & LEDs in total. |
|Button press level|| Three-position DIP switches allow you to pull up or pull down the buttons in each input/output group. |
|Port headers|| Two male IDC10 port headers are available for each input/output group — one row of headers on the bottom edge, one row on the right edge of the board. |
|Oscilloscope GND pins|| Two GND pins are available on the board for easy connection to GND reference when using oscilloscope probes. |
There are more than 160 accessory boards you can find among the mikroElektronika Accessory Boards category and its subcategories that contain add-ons that plug into the IDC10 and mikroBUS interfaces on the EasyMx board.
mikroPascal for ARM Overview mikroPascal PRO for ARM is a full-featured Pascal compiler for ARM Cortex-M0, ARM Cortex-M3, ARM Cortex-M4 and ARM Cortex-M7 devices in the Texas Instruments Stellaris/Tiva and STMicroelectronics STM32 series. It features an intuitive IDE with docking support, a powerful compiler, an advanced text editor, lots of hardware and software libraries, and additional tools that will help you in your work. The compiler comes with a comprehensive Help file (700 pages) and lots of ready-to-use examples designed to get you started in no time.
Each compiler license includes free upgrades and tech support for the lifetime of the product. The software features a Live Update service so you can get new features and improvements instantly.
The compiler is designed to be smart and efficient, so you can rely on it to do the hard work. It features SSA optimizations that can reduce your code size up to 40 percent.
Please review the mikroPascal page for a detailed list of features, documentation, and a downloadable demo version.
Changing the CPU You can get an extra CPU module or an alternative CPU header module using the add-on options below. If you have a specific other Stellaris/Tiva microcontroller that you want to use, empty MCU cards are available for you to assemble with your own MCU and components.
Optional Recommended Products for this Item
|Temperature Sensor, Analog, °C Calibrated, LM35DZ, TO-92 Package||+|| US$1.87|
|Power Supply 3-12V DC, U.S. plug, 6 connection tips||+|| US$11.00|
|Power Supply 3-12V DC, US/UK/Euro/AU Plugs, 100-240VAC||+|| US$13.00|
|Visual TFT GUI Design Software w/ Templates for mikroElektronika||+|| US$99.00|
|Stellaris LM3S9B95 Header Board for EasyMx PRO v7 System||+|| US$24.00|
|Stellaris LX4F232H5QD Header Board for EasyMx PRO v7 System||+|| US$24.00|
|Ethernet Cable, CAT5E 350MHz Unshielded, 7ft.||+|| US$3.60|
|Ethernet Crossover Cable, CAT5E 350MHz Unshielded, 5ft.||+|| US$7.00|
|USB 2.0 Cable, 6ft., A-Male / B-Male||+|| US$6.00|
|USB 2.0 Cable, 6ft. A-Male / Mini-USB (5-pin) B-Male||+|| US$6.00|
|USB 2.0 Cable, 6ft. A-Male / Micro-USB (5-pin) B-Male||+|| US$6.00|