System supports 64 and 144 pins microcontrollers (it comes with Philips LPC2148). Each jumper, element and pin is clearly marked on the board. It is possible to test most of the industrial needs on the system: temperature controllers, counters, timers etc.

EasyARM is easy to use Philips ARM development system. EasyARM has many features that makes
your development easy. You can choose between USB or External Power supply. EasyARM
also supports Character LCD as well as Graphic LCD.
NOTE: LCD, GLCD, DS1820, Serial Cable and MMC/SD memory cards are not included in the price !!!
On board USB 2.0 programmer.
USB comm. connector for MCU with USB facilities.
2x RS-232 communication for connection with a PC or any other device with a DB9 connector.
Digital thermometer DS1820 for temperature measurement from -55°C to 125°C.
Switch between power supply thru USB or external power supply.
JTAG connector for customers who want to use it.
96 LEDs are provided.
Pull up or Pull down port defining.
Pull-up level selectable - 3.3V or 5V.
96 buttons are provided.
Choose logical level which you will bring to the pin by pressing the button.
All pins are taken out on IDC10 connectors to make them available for further connections.
Power and USB link signalization.
MCU card are well supplied with capacitor which allow stable work.
Power Supply select - USB or external.
MMC\SD card slot - For MMC\SD memory cards. Used for data acquisition.
Reset circuit.
Potentionmeter for simulating analog voltage input.
LCD contrast potentiometer for standard LCD.
PS2 connector makes direct connection between EasyARM and PC keyboard.
JTAG selection jumpers - For enabling or disabling JTAG on-board.
The Graphic LCD (GLCD) allows advanced visual messages to be displayed. The most commonly used graphic LCD has a screen resolution of 128x64 pixels.
The standard LCD is probably the most widely used data visualization component. Normally, it can display two lines of 16 alphanumeric characters, each made up of 5x7 pixels.
When using a character LCD in 8-bit mode, the connector that is shared with the GLCD is used. The character LCD communicates with the MCU via a 8-bit data bus. The most commonly used LCD is 2x16 LCD.
MCU card have a very good contact with the board thru a two-line connector. The bottom of the card is ground plane for noise prevention.
Pin marks exist on the motherboard and on the card. By placing pin mark programmer have access to all pins which he want to check. On each corner of the card there is one electrolytic capacitor for stable power supply.
There are additional MCU cards for EasyARM development board (such as Philips LPC2214). Also there is a lot examples in C that are carefully selected and tested for EasyARM. Note: Additional MCU card is not included in price !!!
The EasyARM development system is a full-featured development board for Philips ARM MCU. It allows ARM MCU to be interfaced with external circuits and a broad range of peripheral devices.
USB 2.0 on-board programmer - ARMprog: You will get the USB programmer which doesn't use boot loader or any similar way of programming. The whole ARM memory and all pins are available to you. Aside from that, you will have state-of-the-art fast USB ARM InSystem programmer for your future projects.
Our latest ARMprog Programmer is driven and powered from a single USB port on your computer. No additional AC power adapter is needed. The programmer is recognized by Windows, which simplifies driver installation. The programmer board is specifically designed for In-Circuit Serial Programming (ICSP).
LED Blinking example.
Simple demonstration of CF(Compact Flash) Library
Simple demonstration of how to read date and time from PCF8583 RTC (real-time clock) via Software I2C.
Simple demonstration of LCD library functions (4-bit data interface).
Demonstration the use of the Microchip MCP3204 12-bit A/D converter with ARM MCU.
Measuring temperature with DS1820.
Simple demonstration of the GLCD library routines.
Simple demonstration of LCD library functions (8-bit data interface).
Demonstration the use of the Microchip MCP4921 12-bit D/A converter with ARM MCU.
Demonstration usart library (full duplex) routines usage.
USB communication example.
Simple demonstration of how to read date and time from PCF8583 RTC (real-time clock) via Hardware I2C.
Demonstration communication with PS/2 keyboard.
CAN Network demonstration.
Example for simple usage of USART module library functions.
Examples for MMC/SD memory cards operations.
Drawings for all dev.system parts are simple and clear.
EasyARM development system.
USB cable.
Printed Board Schematic.
CD with software, drivers, board schematic and examples in C.
The Box is very resistant to shock and transport damage.
NOTE: LCD, GLCD, DS1820, Serial Cable and MMC/SD memory cards are not included in the price !!!
EasyARM comes with printed board schematic.
Real-Time clock (RTC) is a an electronic clock that keeps track of the current time even when the MCU is turned off. [more]
AD converters are used virtually everywhere where an analog signal has to be processed, stored, or transported in digital form.[more]
DAC is the interface between the abstract digital world and the analog real life. [more]
Easy way to use Compact flash in your design and data acquisition. Record and analyze the information received by the microcontroller on compact flash cards. [more]
CAN 2 Board with SPI interface for all MCU which have SPI communication. [more]
Ethernet is a large and diverse family of frame-based computer networking technologies for local area networks (LANs).[more]
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