LAB_2. Contador hexadecimal módulo 14
Se utilizaron los primeros 4 switches para ingresar el valor deseado y se visusalizaron directamente en los 4 displays sin distinción, es decir en todos los displays se visualizó el valor ingresado en todo momento.
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The second lab consisted in making the desing of a hexadecimal counter, based on "j-k" type flip-flops, and also introducing the combinational part, correspondent to the counter´s module just to truncate it.
we used the firsts four switches to enter the desired value, and they were visualized simultaneously on the displays all time with no distintion.
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2) Then we created a new schematic module where the counter (0 to 14) based on "j-k" flip-flops was designed and also we did the respective decodificatión all that to be visualized on the four displays
LAB_2. Entorno de xilinx
1) Reutilizamos el bcd hexadecimal del laboratorio anterior y se creo un esquemático a partir de este
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1) we reuse the previous laboratory (hexadecimal BCD) and also we created a schematic module from this
2) Se creo un nuevo módulo esquematico donde se diseño el contador con flip flops j-k truncado en 14 (b'1110'), y se hizo la respectiva decodificacion , para la visualización en los displays.
2) Then we created a new schematic module where the counter (0 to 14) based on "j-k" flip-flops was designed and also we did the respective decodificatión all that to be visualized on the four displays
gracias por la info :D Me sirvió bastante
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