Summary of Suma Binaria - Parte 12 (Xilinx ISE 14.7, Isim: Sumador de 4 bits)

00:00:00 - 00:15:00

The author of the video demonstrates how to perform the suma binaria operation in Xilinx's ISE 14.7 software. The author first discusses how the suma binaria operation works, and then demonstrates the operation using the example of summing the numbers 2 and 5. The author then shows how to perform the same operation using the number 10, and finally demonstrates how to sum the numbers 12 and 35.

• 00:00:00 In this video, the Sumador de 4 bits module is described. This module is used to add 4-bit addition together. The design is hierarchical, with the Sumador de 4 bits module living in between the Architecture and the Inicio de la Arquitectura. The Sumador de 4 bits module is created, and then its functionality is described. Once the module is created, its ports are assigned. Finally, the code for the module is shown.
• 00:05:00 This video discusses how to configure the Sumador de 4 bits block in Xilinx ISE 14.7. First, the block's four input ports are called to the instance of this block that has output ports and it automatically outputs. Next, the ports are assigned with respect to the design of this sum adder of 4 bits. The input port corresponding to bit 0 is then placed here. The next input port is connected to the middle smoker's port, and the signal at this port is set to 0. The next input port, with the least significant bit (LSB) set to 0, is connected to the input of the next block. The output of this block is then set to 1. The next input port, with the LSB set to 1, is connected to the output of the previous block. The output of the previous block is then set to 0. This output is connected to the input of the next block. The next block, with the LSB set to 0, is set to output 1 when it is triggered. The first block, with the LSB set to 1, is set to output 0 when it is triggered. The fourth block, with the LSB set to 0, is used to connect the sum adder
• 00:10:00 In this video, the author demonstrates how to calculate the sum of two 4-bit binary numbers using the Xilinx ISE 14.7 programming environment. First, the video introduces the carrió de entrada and carrió de salida concepts. Next, the video shows how to calculate the sum of two 4-bit binary numbers using the carrió de salida method. Finally, the author demonstrates how to calculate the sum of two 4-bit binary numbers using the carrió de entrada method.
• 00:15:00 In this video, the author shows how to perform the suma binaria operation in Xilinx's ISE 14.7 software. The author first discusses how the suma binaria operation works, and then demonstrates the operation using the example of summing the numbers 2 and 5. After showing that the sum is correctly calculated, the author shows how to perform the same operation using the number 10. The final demonstration shows how to sum the numbers 12 and 35, and how to visualize the results using the radix notation (base 10) and decimal notation (without a trailing comma).