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labs:discrete_gates [2019/01/10 10:59]
kenmcg Pass Off Changes
labs:discrete_gates [2019/07/12 22:26] (current)
jgoeders [Exercise #3 - Powering and testing your circuit with the NEXYS 4]
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 <color red>How many wires did you need to build your circuit?</​color>​ Include **all** the wires you used in your count, including wires for powering the circuit, wires for the inputs and outputs, and wires between the 7400 series chips. <color red>How many wires did you need to build your circuit?</​color>​ Include **all** the wires you used in your count, including wires for powering the circuit, wires for the inputs and outputs, and wires between the 7400 series chips.
  
-**Exercise 2 Pass-off:** Show a TA your circuit and have them check that it will not damage the board. Do not turn on the NEXYS 4 board until you have reviewed your circuit with a TA. It is relatively easy to damage the logic chips or the FPGA board if you hook up your logic circuit incorrectly. \\ \\+**Exercise 2 Pass-off:** Show a TA your circuit and have them check that it will not damage the board. Do not turn on the NEXYS 4 board until you have reviewed your circuit with a TA. It is relatively easy to damage the logic chips on the FPGA board if you hook up your logic circuit incorrectly. \\ \\
  
 ==== Exercise #3 - Powering and testing your circuit with the NEXYS 4 ==== ==== Exercise #3 - Powering and testing your circuit with the NEXYS 4 ====
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   - Download the {{ resources:​alarm_fan.bit |}} configuration bit file.   - Download the {{ resources:​alarm_fan.bit |}} configuration bit file.
   - Turn the Nexys 4 board **on** (make sure there is no smoke or any other evidence of damage from the chips or wires before proceeding).   - Turn the Nexys 4 board **on** (make sure there is no smoke or any other evidence of damage from the chips or wires before proceeding).
-  - Configure the FPGA board with the downloaded bit file using [[tutorials:​downloading_to_the_nexys_4_using_adept|Adept]].+  - Configure the FPGA board with the downloaded bit file using [[tutorials:​downloading_bitfile|Vivado]].
  
 At this point, the FPGA board should provide the button inputs to your circuit and the LEDs will display the logic produced by your circuit. Test all input combinations to make sure your two functions (F and A) are producing the correct results. At this point, the FPGA board should provide the button inputs to your circuit and the LEDs will display the logic produced by your circuit. Test all input combinations to make sure your two functions (F and A) are producing the correct results.
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 Here are some ideas for personal exploration in this laboratory: Here are some ideas for personal exploration in this laboratory:
-  * Create ​a schematic drawing ​of a different logic circuit of your own choosing.+  * Using the 7400 series diagram, create ​a schematic drawing ​for a different logic circuit of your own choosing.
   * Implement a different logic function using the logic gates available in the lab.   * Implement a different logic function using the logic gates available in the lab.
   * Investigate different 7400 series devices and discuss the different gates that are available.   * Investigate different 7400 series devices and discuss the different gates that are available.