PROCEDIMIENTO
Desarrolle lo indicado paso a paso, en cada ejercicio. Al finalizar CAPTURE y pegue en su cuaderno digital.
Avise al profesor una vez finalice todos los ejercicios aquí planteados incluyendo los RETOS 1 y 2.
'' COLEGIO JHON F. KENNEDY D.E.I By created: Date created: Date modified: Description: analysis of final annual grades ''' nom = str(input("Ingrese nombre completo: ")) asig= str(input("Ingrese nombre de la asignatura: ")) curs=str(input("Ingrese curso: ")) trim = int(input("Registre número entero del Trimestre: ")) while trim == 3: nuno =int(input("Ingrese el número de notas que tiene hasta el momento: ")) n1 = float(input("Ingrese nota 1: ")) n2 = float(input("Ingrese nota 2: ")) n3 = float(input("Ingrese nota 3: ")) n4 = float(input("Ingrese nota 4: ")) n5 = float(input("Ingrese nota 5: ")) n6 = float(input("Ingrese nota 6: ")) n7 = float(input("Ingrese nota 7: ")) n8 = float(input("Ingrese nota 8: ")) n9 = float(input("Ingrese nota 9: ")) n10= float(input("Ingrese nota 10: ")) n11= float(input("Ingrese no...
INVISIBLE TECHNOLOGIES Created By Magister Hernán Villamil Moreno LABORATORY 1 PROBLEM APPROACH: Design an interface external LED through GPIO PORTS OF PICO USING MICROPYTHON Problem conditions Frequency 50Hz Electric current LED (Theoretical) = 3.9mA Assembly diagram (EasyEDA) Simulation
Assembly shop - Laboratory 2- Created By Hernán Villamil Moreno. Topic Interfacing External LED through Push Button with GPIO Ports of Pico Using MicroPython Materials Table 2. COMPONENTS AMOUNT DESCRIPTION (TYPE) LED 1 ACTUATOR (OUTPUT) RESISTOR 1 330Ω 1/4W /1% RESISTOR 1 10KΩ 1/4W /1% PUSHBUTTON 1 Terminals 4 CABLES DUPONT M-M 4 Driver BLACK-ORANGE RASPBERRY PI PICO H 1 Development card Protoboard 1 Tool Cable micro USB to A 1 Tool Assembly diagram (EasyEDA) Interface external LED through push button with GPIO Ports of Pico using MicroPython.mp4
Comentarios
Publicar un comentario