Apontar as diferenças entre material semicondutor intrínseco e extrínseco;Compreender o processo de condução nos vários díodos (retificador, emissor de luz e zener);Entender o processo de avalanche no díodo de zener;Questionar e interpretar os estados de condução no díodo retificador, díodo emissor de luz e díodo de zener;Compreender a diferença entre sentido convencional e sentido real de uma corrente eléctrica;Conhecer a simbologia associada aos diferentes díodos;Analisar circuitos com diodos rectificadores, LED e zener;Aplicar os diferentes modelos de condução associados aos díodos;Compreender a constituição do transístor bipolar de junção (TBJ)/Metal óxido Semicondutor (MOSFET);Identificar a simbologia do TBJ/MOSFET;Distinguir transístor NPN de PNP; Enumerate the concept of semiconductor material; Point out the differences between intrinsic and extrinsic semiconductor material; Understand the conduction process in the various diodes (rectifier, light emitter and zener); Understand the avalanche process in the zener diode; Question and interpret the conduction states in the rectifier diode, light emitting diode and zener diode; Understand the difference between conventional and real sense of an electric current; Know the symbology associated with the different diodes; Analyze circuits with rectifier diodes, LED and zener; Apply the different conduction models associated with diodes; Understand the constitution of the Bipolar Junction Transistor (TBJ)/Metal Oxide Semiconductor (MOSFET); Identify the TBJ/MOSFET symbology; Distinguish NPN from PNP transistor;
Distinguish N-channel from P-channel MOSFET transistor; Understand how the enrichment and depletion MOSFET works; Identify and analyze the MOSFET models for the different modes of operation; Understand the driving process in the TBJ/MOSFET; Identify and understand the TBJ/MOSFET operating modes; Identify the main assemblies of a transistor (TBJ/MOSFET) and their polarization meshes; Evaluate the transistor (TBJ/MOSFET) as a switch/amplifier element; Identify, understand and interpret the main characteristic curves of the TBJ/MOSFET; Evaluate the resting point of operation of the TBJ/MOSFET; Understand the temperature compensation effect in the common emitter assembly; Identify and understand the function of coupling and contour capacitors; Design polarization meshes in common emitter/common source configuration; Analyze low complexity electronic circuits; Simulate low complexity electronic circuits; Interpret and understand the function of coupling and contour capacitors in low-complexity assemblies; Locate the presence of coupling and bypass capacitors in an electronic amplifier circuit; Assemble, test and experiment with low-complexity electronic circuits; Interpret the model for small signals in the medium frequencies of the TBJ/MOSFET transistor; Apply the small signal model in different assemblies with the TBJ/MOSFET transistor; Simulate and test the TBJ/MOSFET transistor for small signals at medium frequencies;.