Embedded development platform based on AT89S52 and compatible with a wide range of 8051 Microcontrollers in AT89XX series from Atmel. The board is suitable for all the training, experiments, development and prototyping requirements.
8051 Basic Development Board
Basic Development Board
Development platform suitable for beginners and Experienced professionals
The Basic Boards are Designed by considering a beginner level aspect as well as a professional perspective. The Interfaces are made simple and arranged into isolated sections for better understanding. A neat labeling is provided for understanding the connections from the board itself. Different communication protocol interfaces are provided with a suitable application. The graphical LCD ports,the addon module interface and the GPIO ports will helps the developers to build a rapid prototype.
The onboard modules and it’s associated circuits are arranged into separate sections for better understanding of the circuits. The port connections for individual sections are isolated using switches and hence each one can be operated individually when required.
Unlimited Resources To Support Self Learning
Openlab has a well prepared tutorial section in the website for learners help.The video tutorials will help the learners to promote self learning. The well structured video tutorials are available in the openlab website with detailed description and demonstrations in the development boards. The openlab website contains pages with embedded system tutorials and other relevant information’s with suitable examples. The leaf lets palmlets and user manuals are available with graphical representations and explanations.
Suitable for rapid prototyping and project development
The carefully designed modules and interface will help the learners to realise their ideas .The quick insert boards with sensors, wireless modules and other latest modules will extend boards functionality. The board is best suited for embedded experiments, project development and quick prototyping.
Onboard SD card module
DS1307 RTC with battery backup
16×2 Character LCD and GLCD Interface
4Seven segment modules
I2C, SPI and Searial Interfaces
4×4 matrix Keypad with pullup and pull down mode
TTL to RS232 level converter
5V Regulated DC supply and 3.3 v supply for onboard modules
SMD led array
Works with all PIC programmers & debuggers
Quick Insert Board interface for wide range of sensors, wireless modules, and other latest modules
SMD Components with high quality two layer PCB
The High quality micro SD card slot extends the memory for the controller in high end projects . SPI protocol is used to communicate with the SD card and a 3.3.v level shifter is provided for logic level conversion. The sd card inputs can be selected and deselected using four jumpers.
Real Time Clock (RTC DS1307)
The low power DS1307 Real Time Clock module with fully binary coded decimal(BCD) clock/calendar and having 56 bytes of NV SRAM is interfaced with the controller. I2C communication protocol Is used to communicate with the I2C module. The module counts Seconds, Minutes, Hours, Date of the Month, Month, Day of the Week, and Year with Leap-Year Compensation.
7 Segment Display
Four seven segment display modules for displaying 4 digit numerical values 0-9999. Port multiplexing method is used to save the usage of ports. The individual module can be controlled using control port and the data port connects the controller port to the 7segment. the data and control port pins can be controlled using the two switches provided near to it.
Keypad 4X4 matrix
Matrix keypad features 16 inputs to the host microcontroller using 8bit I/O port. 4×4 matrix keypad (16 keys)with 8 pins connects to the microcontroller. The rows of the keyboard can be pulled up to VCC or pulled down to the ground with single jumper connector.
The eight SMD led are interfaced to the default controller port. The led can be selected and deselected from the port using the switch.
Atmel AT24C16A electrically erasable and programmable read-only memory (EEPROM provides additional 16K memory to the PIC microcontroller. I2c protocol is used to communicate with the host controller. It is internally organized with 128 pages of 16 bytes. Two jumpers are provided to select the SCL and SCK lines.
The LCD Module is Capable of displaying 2 lines of 16 characters each. The data and control port are available near the module and two switches are provided to control the port pins. The intensity Can be adjusted using the contrast control POT.
128×64 Graphic LCD PORT
128×64 pixels graphical LCD port is available near the LCD port .The user can optionally purchase the GLCD Module and it can be Easily interfaced with the controller using the GLCD port. The LCD control port and data port s Shared with the GLCD. LCD contrast control optimizes the intensity of display for better visual experience
The interface establishes serial communication with the host controller in the desired baud rate. The max 232 level translator is used to convert TTL to RS232 Logic levels. The UART to USB converted output is available through USB type B connector.
Quick Insert Interface
The Board Functionality can be extended further by utilizing the quick insert boards and it speeds up the prototyping . The wide range of carefully designed quick insert boards including IOT modules, sensors and wireless modules are available from the store.