![]() Using an Arduino Nano on an expansion board with push-buttons, one to play a sound and the other to select a sound effect from a WT588D through a speaker.įor this project, I’ve selected a low-cost option, internal memory, and reasonable sound quality – WT588D-U, this model includes a built-in mini USB port for power and direct programming. Sound output is amplified by the module and produced by a standard 0.5w 8-ohm speaker or can be connected to an amplified speaker system. The down-side with this module is that it can be difficult to get the programming software and drivers installed and configured. #PUBLIC DOMAIN GAME BUZZER WRONG SOUND EFFECT DRIVERS# More information and tutorials specific to the WT588D: Using the WT588D voice module connected to a basic speaker, the project can deliver cellular phone quality sound. There are several options for triggering a sound clip to play. Examining the documentation for this module including the schematic…The sound module has a few modes to select from when working with it. However, if there are several sound clips, it takes just as many wires to connect to a microcontroller using the following 3-wire configuration: If there are only a few sounds that need to be triggered then the direct button mode would work without a microcontroller. I’ve taken the time to download sound clips, modify, and organize a few themes. #PUBLIC DOMAIN GAME BUZZER WRONG SOUND EFFECT DOWNLOAD# Games – sound effects for the mechanics and the animation, GLaDoS voices from the Portal video game.Spooky – selection of spooky sounds for Halloween projects.LCARS – Star Trek computer phrases and sounds.Zelda: Link To The Past – sounds from the video game.Prepare the following for wiring and connect to the expansion board:Ĭonnect the push-buttons to the expansion board and upload test code.Ĭonnect strips of 10 RGB 12mm LEDs to the expansion board and upload test code.Ĭonnect the 8×7 segment display module to the expansion board and upload test code.Ĭonnect the WT588D with wiring harness and speaker and upload test code.Īny sensor can be used to trigger specific or random sounds and going even further, a basic neural network could make decisions using multiple sensor inputs.Ĭonnect the photocell to the expansion board and upload test code.Ĭonnect the Microphone to the expansion board and upload test code.Ĭonnect the PIR sensor to the expansion board and upload test code. Insert Arduino Nano into Expansion Board and plan to provide power using USB to mini USB cord. ![]() * * WayTronics.h * hydroMazing Copyright (C) 2014 Cory J. Potter - All Rights Reserved * please write to: * * Licensed under the Apache License, Version 2.0 (the "License") * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. #PUBLIC DOMAIN GAME BUZZER WRONG SOUND EFFECT SOFTWARE# * See the License for the specific language governing permissions and * limitations under the License. ![]() #PUBLIC DOMAIN GAME BUZZER WRONG SOUND EFFECT LICENSE#
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