ARM7S Microcontroller Development & Training System

Order Code: 24257358.1.120

Category: General Lab Equipment V

ARM7S Microcontroller Development & Training System This trainer high performance 32-bit RISC architecture and high density 16-bit instruction set with real-time emulation and embedded trace support, which combine microcontroller wi...



SPECIFICATION

  • ARM7S Microcontroller Development & Training System

  • This trainer high performance 32-bit RISC architecture and high density 16-bit instruction set with real-time emulation and embedded trace support, which combine microcontroller with embedded high-speed flash memory.

  • The 24-160 that comprises the ARM7S target board, JTAG debug hardware to plug into the target board, d.c. power supply and experimental manual.

  • Curriculum Coverage

    • Switch & Jumper operation

    • Connectors

    • Tutorial  Features

    • ARM7S 32/16-bit microcontroller

    • Debug hardware & software

    • Full access to controller ports

    • USB or RS232 serial port connectivity

    • 8 channels of 10-bit ADC

    • Advanced interrupt controller

    • Development & testing of ARM7 programs

    • d.c. power supply included

    • Comprehensive experiment manual included  Applications Board

  • This is a highly versatile board, compatible with all our micro trainer hardware or a PC.

  • It is ideal for the basics of microprocessor programming and applications such "as decision making, D/A and A/D conversion, open and closed-loop control, delay loops, sub-routines & event counting.

  • It covers the techniques of micro control of fibre optics, keyboard entry, digital sound production, d.c. motors control, infra-red sensing, heating & cooling & visual displays.

  • It is required for use with a range of microprocessors, microcontrollers and programmable logic modules.

Inputs

  • Optical fibre receiver

  • 8-bit digital switch bank Numerical keypad

  • Optical speed & position sensor Temperature sensor

  • Slide potentiometer External analogue input  Outputs

  • Optical fibre transmitter

  • d.c. motor 8 LEDs Heater

  • 2 dual segment displays Analogue output Speaker

  • Consists of: Outputting data Inputting data

  • Inputting & outputting data Subroutines & delays"

  • Digital to Analogue conversion Analogue to Digital conversion Successive approximation Seven segment display

  • Multiplexing seven segment display Scanning the keypad

  • Control of a d.c. motor

  • d.c. motor speed control

  • d.c. motor speed control with IR sensor Temperature control

  • Fibre optic link

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