Due: At the beginning of class on Thursday, April 28, 2011 Your task is to design a digital alarm clock. The clock should display the time using four sevensegment displays (one for each digit), two LEDs to represent the colon separating the hours andminutes, an LED to indicate AM/PM, a keypad for setting the time, a buzzer (for the alarm), andfour momentary pushbuttons to allow the user to set the time, set the alarm, turn off the alarm,and snooze. The controller is an ARM-based, microprocessor controlled system that seamlesslyinterfaces each of the previously mentioned components. A serial interface (UART) should beused to connect the keypad to the system, and the PrimeCell Real Time Clock (RTC) shouldbe used to maintain the time. The UART, RTC, and GPIO should utilize the PrimeCellperipherals, the details of which are found on the course website. Your project must consist of a complete system design that includes a detailed hardwarediagram, programming instructions, and a complete technical report. Your system should have 4 MB ROM and 4 MB RAM. Your design should partially decode theaddress using the minimum size needed for decoding the memory and the peripheral devices forchip and I/O peripheral selection. Your design should show the detailed hardware connections, including control signals, addresslines, data lines, and all appropriate connections. Show the memory map detailing the addressesof the memory and peripherals. A detailed part list should be included for every device specifiedin your design. This includes the manufacturer and part number. A detailed flowchartdescribing the code necessary to control the system should be included, but actual code is notrequired. The design and report should be detailed and clear enough for someone to take thedesign and implement the full system. It should also be very professional in appearance.Reports that are not neat and professional will be docked points
You should...uh...stick it in her pooper?I don't know, a few circuits were blown from not understanding this subject.
You're designing something like this, right?
Look at my ninja! I didn't look at the picture closely enough and when I posted it I saw I would look like a dumbass so I edited it...
This sounds interesting, reminds me of my microcontroller class.