Diseño de un sistema de luces sincronizadas
Fecha
2016-11-10
Autores
Título de la revista
ISSN de la revista
Título del volumen
Editor
Jaén: Universidad de Jaén
Resumen
[ES] El proyecto consiste en el diseño, simulacion e implementacion de un circuito que realice la funcion de suncronizar un sistema de iluminacion con una señal de sonido dependiendo de las frecuencias del mismo, para realizar esta funcion el circuito filtrara una señal de sonido de entrada al circuito mediante amplificadores operacionales y filtros activos. El circuito constara de varios canales cada uno de los cuales filtrara la señal con un rango de frecuencias determinado. Cada canal constara de un circuito para visualizar la señal de salida. Tras la etapa de visualizacion estara las salidas de los diferentes canales que sera donde se conectaran las luces que se encenderan y apagaran sincronizadamente con la señal de sonido de entrada.
[EN] The project consists in the design, simulation and implementation of a circuit that performs the function of synchronizing a lighting system with a sound signal depending on the frequencies of the same, to perform this function the circuit will filter a sound signal from entry to the circuit through operational amplifiers and active filters. The circuit will consist of several channels each of which will filter the signal with a certain frequency range. Each channel will consist of a circuit to visualize the output signal. After the stage of visualization will be the outputs of the different channels that will be where the lights will be switched on and off synchronously with the input sound signal.
[EN] The project consists in the design, simulation and implementation of a circuit that performs the function of synchronizing a lighting system with a sound signal depending on the frequencies of the same, to perform this function the circuit will filter a sound signal from entry to the circuit through operational amplifiers and active filters. The circuit will consist of several channels each of which will filter the signal with a certain frequency range. Each channel will consist of a circuit to visualize the output signal. After the stage of visualization will be the outputs of the different channels that will be where the lights will be switched on and off synchronously with the input sound signal.