Trabajo 1. Investigación simulación con Magic. 100 puntos
Trabajo 2. Simulación digital de compuertas básicas. 100 puntos:
EchavezC_JarabaF
And y Or: X no es entrada ni salida
Xor y Xnor: doble entradas para A y B, es mejor una sola para cada una. X no es entrada ni salida.
TeranN_MarquezA_ReyesD
Xor y Xnor: usar mejor una segunda capa de metal
RojasO
And y Or: c no es entrada ni salida
Xor y Xnor: usar mejor una segunda capa de metal
RodriguezJ_BenitezF
OR: c no es entrada ni salida
Xor y Xnor: usar mejor una segunda capa de metal
ValdezJ_AaronY
And y Or: inversor no es entrada ni salida
Xor y Xnor: usar mejor una segunda capa de metal
Thursday, November 25, 2010
Thursday, November 11, 2010
Simulating with IRSIM
Hi fellows.. some useful hints to simulate on IRSIM
Example of an inverter on Magic: according to the last test the two only things you have to do in order to get a proper design in magic are: add both p-weell and n-well for your design and stick proper labels Vdd, Gnd, etc. The last test revealed you can overlay layers and the transistors implant (p-transitor and n-transistor) are automatic generated.
IRSIM Tutorial Remember change the library libstdc++6-dev for or libstdc++6-4.4.dev during the installation process.
Example of an inverter on Magic: according to the last test the two only things you have to do in order to get a proper design in magic are: add both p-weell and n-well for your design and stick proper labels Vdd, Gnd, etc. The last test revealed you can overlay layers and the transistors implant (p-transitor and n-transistor) are automatic generated.
IRSIM Tutorial Remember change the library libstdc++6-dev for or libstdc++6-4.4.dev during the installation process.
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