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Using ARM1176JZF-S Kit (DS-5 tools), I need to control stepper motor based on the output of ultrasonic sensor (which detects objects).

Using ARM1176JZF-S Kit (DS-5 tools), I need to control stepper motor based on the output of ultrasonic sensor (which detects objects). I have already done the project in 8051 microcontrollers but how to do it in arm board. Let's first concentrate on the getting input from ultrasonic sensors. Please tell me where on the arm board do I need to connect the sensor. Please give some tips in writing the code( preferably in c). Can we implement this on software before hard ware implementation, if so how?

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  • Hi Albert,

    Yes that's an ARM developed board.

    In terms of peripheral connectivity the board is mostly designed for application software development on a "big OS" like Linux or Windows CE; it's not really designed as a microcontroller development platform which can interface with the outside world. There are some options out-of-the-box but far fewer than you might get on a dedicated micro-controller system based on a Cortex-M, such as an http://mbed.org/.

    On the interface side you have a small number of GPIO pins (http://infocenter.arm.com/help/topic/com.arm.doc.dui0425f/Babidigi.html), and some of the bigger PC-like connectivity options (USB, Ethernet). Unlike a real microcontroller this platform has no ADC, DAC, or PWM controllers - so motor control will be difficult to do directly unless you modulate directly off the GPIO.

    HTH,
    Pete

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  • Hi Albert,

    Yes that's an ARM developed board.

    In terms of peripheral connectivity the board is mostly designed for application software development on a "big OS" like Linux or Windows CE; it's not really designed as a microcontroller development platform which can interface with the outside world. There are some options out-of-the-box but far fewer than you might get on a dedicated micro-controller system based on a Cortex-M, such as an http://mbed.org/.

    On the interface side you have a small number of GPIO pins (http://infocenter.arm.com/help/topic/com.arm.doc.dui0425f/Babidigi.html), and some of the bigger PC-like connectivity options (USB, Ethernet). Unlike a real microcontroller this platform has no ADC, DAC, or PWM controllers - so motor control will be difficult to do directly unless you modulate directly off the GPIO.

    HTH,
    Pete

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