Embedded lab trainers are accustomed to study electric circuits & electrical supply.
The learning board implied entirely for instructive intention is an ease CPU target board to begin learning 8051 and create application for assortment of interface alternatives. This board is designed utilizing the 89V51 controller arrangement. The board has in-framework programming office which makes the client to utilize the projects and test their usefulness.
Determinations and FEATURES:
In assembled developer and no need of particular software engineer. 64 K on chip program memory. Each of the 32 ports for interfacing and application improvement alongside CDROM are accessible. The similarity rundown of alternate frameworks accessible are : LCD KEYBOARD , 7-SEG LED KEYBOARD ,RTC-EEPROM ,DAC , STEPPER MOTOR, RELAY ,PADC ,S-LCD, I2C , TRAFFIC LIGHT , GLCD , GSM MODEM ,FINGER PRINT SENSOR 14. Warm PRINTER, RFID KIT, RF SERIAL LINK
The Educational learning Board for MSP430 features the MSP430F672X/3X game plan of low power 16-bit microcontrollers. This board contains arrangement of locally accessible peipherals which are useful for low power handheld kind of employments including metering. The board has isolate connectors for 24-bit Sigma-Delta A/D convertor a well as 10-bit SAR ADC with looking at rate of 200 ksps. The on board USB based blasting and investigating encourages to investigate the undertakings with no additional gear. Alsothe board has the course of action to plug the simplicity MSP430 Launch Pad unit. On-board peripherals like LED, Keys, Matrix Keyboard, Segment LCD, EEPROM makes the board simpler to comprehend for model and wander change.
Details and FEATURES:
Measure: 160x136,Input Voltage - 9V DC,MSP430F6735/MSP430F6736/MSP430F6725 Microcontroller ,25 Mhz. Max working speed,8/4 KB on-chip SRAM,128KB on-chip Flash memory, On stack up 14 stick (2x7pin) JTAG copying connector, On stack up Launch Pad affiliation office accessible, On stack up USB for Flashing and debuging,On stack up Memory,1 Mbit serial SPI EEPROM interface ,256 Kbit serial I2C EEPROM interface, On stack up Data Transfer Interfaces,DB9 connector for UART-An interface,10 stick (2x5 stick) connector for UART-B interface for wifi interface,4 stick header for I2C interface,6 stick header for SPI interface, On stack up I/O Interfaces and other Facilities,2 Power-On LED sign, Connector for Timer IN data ,20 Pin (10x2 Pin) Connector for 16 GPIO lines with on stack up bidirectional pad for +5V tolerant,4 LED at GPIO Pin as GPIO Test point/User Indication,2 push get at GPIO Pin for User Interaction,2x2 Matrix Keyboard for User Interaction,Special functionality,Segment LCD Display, Launch Pad circuit interface, Connector for 6 Channel On-Chip ADC-An interface,Protection circuit for the ADC channels using solidarity get OpAmps,Connector for 3 Channel sigma delta On-Chip ADC interface ,Potentiometer to test On-Chip ADC,Reset Switch,USB for Flashing,Boot mode decision jumpers.
The Educational learning Board for ARM9 jogs the Atmel's AT91RM9200 SoC (System-on-chip) which is worked around the 200 MIPS ARM920T ARM Thumb processor with composed 16K-byte bearing and 16K-byte data store memories. It melds a rich game plan of structure and application peripherals and standard interfaces with a particular ultimate objective to give a single chip respond in due order regarding a broad assortment of usages that require most extraordinary helpfulness in any event impact use at most negligible cost. It features an ETM (Embedded Trace Macrocell) and an enhanced ARM basic arranging 4v MMU and support distinctive memories including SDRAM, Static Memory, Burst Flash, CompactFlash, Smart Media and NAND Flash composed with a broad assortment of standard interfaces containing serial interfaces, Ethernet MAC interface, USB2.0 Full Speed Host and Device ports, I2S, I2C, SPI, et cetera. To complete the offer this SoC benefits by various research features including JTAG-ICE, a dedicate UART investigate channel (DBGU) and an embedded run-time take after.
Particulars and FEATURES:
The ARM9 Board relies upon Atmel's AT91RM9200 ARM9 microcontroller running at 180MHz. The board itself is given a ton of test ventures. It is a completed Linux headway condition that consolidates all the essential gear and programming to allow embedded experts to achieve speedy outcome and benefit from the open source programming. As a result of the wide on-chip limits, CPU-concentrated applications requiring low power usage can be recognized effortlessly. Ordinary applications are POS (Point-of offer), therapeutic system and mechanical computerization requiring Ethernet and USB. Customers can totally take usage of it for appraisal, progression and applications. It can be used as a Kernel Porting Trainer ,AT91RM9200 considering 16/32-bit ARM920T focus little scale controllers ,Power information : DC5.0V ,8M parallel gleam memory ,32M SDRAM (reinforce 64M for elective) ,USB Host Port and USB Device Port (Full Speed USB 2.0) ,2 serial ports with 1 clear interface and 1 all joined interface which could join with RS232 MODEM ,SPI interface connector ,EEPROM related with the Two-wire Interface (TWI) ,10/100M Ethernet interface module ,SD/MMC interface office ,I/O ports all created by methods for 20 stick connector.
The Educational learning Board for ATMEL SAM9G45 is a full-highlighted assessment board in light of the ATMEL's new processor – AT91SAM9G45 which keeps running at up to 400MHz, with 128 Mbytes DDR2 memory and 256 Mbytes NAND Flash. The board gives an extensive variety of peripherals, including a fast USB have/gadget port, an Ethernet 10/100 interface, SD/MMC openings and interface alternative for QVGA 320x240 LCD board with Resistive touch screen. What's more, the board bolsters Linux, WinCE and Android OS and offers a lot of illustration applications under these three OS, making it simple for designers to build up their undertaking in view of this AT91SAM9G45 processor.
Particulars and FEATURES:
Estimate: 160x136,Input Voltage - 5V - 1.0A DC,AT91SAMG45 – Atmel ARM926EJ-S ARM Thumb Processor, Up to 400 MHz execution, On board 24 Pin (2x10 Pin) JTAG Emulation Connector, Boot mode decision switch, On board 2GB Flash memory, On board 128 MB DDR2 RAM memory,DB9 connector for UART-1 interface,3 stick header for UART-0 interface ,USB Connector for UART-0 interface ,LED sign for USB relationship for Debug Console, Reset Switch with LED indication,USB Type B Connector for USB have interface,USB Type A Connector for USB OTG/Device interface,RJ45 connector for 10/100 Ethernet interface with LED sign, Micro SD card interface using serial SPI based, On board Input/yield Interfaces and other Facilities,Power-On LED indication,5 User LEDs at GPIO Pin as GPIO Test point indication,5 push gets at GPIO Pin for User application, One 20 pins (2x10 Pins) connector for 16 GPIO,Graphics LCD interface on connector, Audio jack and speaker(Mic in) interface, Audio codec for speaker out, Boot mode assurance office availability.
The Digital Video Evaluation Kit is arranged around the Texas Instrument TMS320DM355 processor which contain a planned video getting ready subsystem notwithstanding an ARM focus and is available in clock accelerates to 270MHz. The DM355 consolidates a MPEG-4/JPEG co-processor and is streamlined for helpful and other low power embedded applications. The DM355 is ideal for applications, for instance, automated cameras/camcorders, smaller media players, IP framework cameras, propelled photo traces, video door ringers, video newborn child screens and various others.
Details and FEATURES:
TMS320DM355 processor-based advancement load up working at 216 MHz.1 Video input port, underpins composite or S Video,1 Composite video DAC output,5 client push catch switches ,128 Mbytes DDR2 DRAM,2 Gbytes NAND Flash,UART 2 SD/MMC card interfaces or 1 SD/MMC and CE-ATA circle drive interface, Expansion connectors for little girl card utilize ,AIC33 Stereo codec,USB2 Interface, 10/100 Ethernet interface, IR Interface •SPI EEPROM, Real time clock by means of MSP430,8 client LEDs, 4 position client DIP switch, 14 stick TI JTAG copying interface ,20 stick ARM JTAG imitating interface ,TI's JPEG and HD MPEG-4 SP creation codecs ,Demonstration adaptation of MontaVista Linux Pro 4.0 ,Drivers for UART, I2C, SPI, EDMA, NAND,MMC, SD Card, USB Host/Gadget-boot loader.