Discovery Telecom MINDBLOWN - User Manual

CHOKING HAZARD – Toy contains wires and
small parts. Not for children under 3 years.
CIRCUITRY KEYBOARD
ELECTRONIC CIRCUIT EXPERIMENT KIT
AGES 8+
Printed in China
The artwork and design of this manual are protected by
US copyright law and may not be produced, distributed,
displaced, published or used for any purpose without
prior written permission. Altering, removing or
reproducing any of the trademark or copyright notice
forms on this manual is not permitted.
Distributed by and © 2020 ThreeSixty Sourcing Ltd. All
rights reserved.
For US only: Distributed by and © 2020 MerchSource, LLC.
Irvine, CA, 92618. All rights reserved. Tel:
1-800-374-2744.
INSTRUCTIONS FOR PARENTS
• This kit is not intended for children under 8 years of age.
• Short circuit the batteries or wrong connection of the wires, may cause overheating, adult supervision required at all times.
• CHOKING HAZARD! Kit contains small pieces. Keep out of reach of children 3 years old and under.
• Kit contains functional sharp points on components, always guide and observe in experiments.
SAFETY WARNINGS
PLEASE READ ALL SAFETY WARNINGS BEFORE USE
• Kit contains functional sharp points on components, be careful in experiments.
• Indoor use only.
• Do not allow contact with water EXCEPT as described in experiments.
• Remove all batteries when not in use to avoid accidental operation.
• WARNING! This product contains a small magnet. Swallowed magnets can stick together across intestines
causing serious injuries and death. Seek immediate medical attention if magnets are swallowed or inhaled.
• WARNING! Do not use close to ears. Risk of hearing damage if misused.
• Do not leave kit unattended while batteries are installed. Kit may overheat.
• Use this product only for its intended use. Do not attach any components not included with this kit.
• Thoroughly inspect products before every use. If the product appears worn, frayed/splintered, cracked, or broken
in any manner, discontinue use and discard immediately.
• Short circuit the batteries or wrong connection of the wires, may cause overheating, always follow the experiment
instructions.
• Retain this instruction manual for future reference.
BATTERY WARNING:
• Do not mix old and new batteries.
• Do not mix alkaline, standard (carbon-zinc), or rechargeable batteries.
• Insert batteries using the correct polarity.
• Do not short-circuit the battery supply terminals.
• Remove batteries before storing.
• Recycle or dispose of batteries according to federal, state, and local laws.
• Do not dispose of batteries in fire, batteries may explode or leak.
• Always use, replace, and recharge (if applicable) batteries under adult supervision.
• Do not attempt to charge non-rechargeable batteries.
• Rechargeable batteries are to be removed from the toy before being charged.
• Rechargeable batteries are only to be charged under adult supervision.
• Exhausted batteries are to be removed from the toy.
• Alkaline batteries are recommended. Use only the specified voltage.
• Keep these instructions for future reference.

Summary

Safety and General Instructions

Instructions for Parents

Guidance for adults supervising children using the kit, highlighting age restrictions and safety precautions.

Safety Warnings

Critical safety precautions for operating the electronic kit, including warnings about magnets and hearing.

Battery Warnings

Essential guidelines for safe battery handling, usage, charging, and disposal.

Introduction and Usage Guidelines

Introduction to Electricity and Circuits

Explains basic electrical concepts and the kit's purpose in learning about circuits.

General Guidelines for Experiments

Provides step-by-step instructions and tips for connecting wires and performing experiments.

Storage Instructions

Guidance on how to properly store the kit components after use.

Component and Troubleshooting Guide

Spring Connectors Explained

Details on how to use spring connectors for assembling circuits without soldering.

Basic Troubleshooting Tips

Common issues and solutions for circuit connection problems.

Water and Touch Plate Experiments

Specific instructions for experiments involving the touch plate and water.

Glossary and Circuit Diagrams

Glossary of Electrical Terms

Definitions of key electrical components and concepts used in the kit.

Reading a Circuit Diagram

Explanation of how to interpret circuit diagrams and symbols.

Circuit Experiments Overview

Circuit List

A comprehensive list of all 39 experiments included in the kit.

Building a Simple LED Circuit

Step-by-step guide for the first circuit, demonstrating basic LED functionality.

Introducing the Reed Switch

Experiment 02: Demonstrates the operation of a reed switch and its connection.

Introducing Resistance and Current

Experiment 03: Explores the effect of resistors on current flow and LED brightness.

Advanced Circuit Experiments

Introducing the Variable Resistor

Experiment 04: Shows how a variable resistor controls LED brightness.

Connecting Resistors in Series

Experiment 05: Demonstrates how connecting resistors in series affects current.

Connecting Resistors in Parallel

Experiment 06: Illustrates current flow through resistors connected in parallel.

Interactive Circuit Experiments

Introducing the Touch Plate

Experiment 07: Uses a touch plate and water to complete a circuit.

Connecting Four LEDs in Parallel

Experiment 08: Connects multiple LEDs in parallel with a single switch.

Connecting LEDs in Parallel with Switches

Experiment 09: Controls individual LEDs connected in parallel using separate switches.

Connecting Two 3 V LEDs in Series

Experiment 10: Explores the behavior of LEDs connected in series.

Switch-Controlled and Directional Circuits

Alternating LEDs with Two Switches

Experiment 11: Uses two switches to control alternating LEDs.

Three Switches, Three LEDs, Different Actions

Experiment 12: Demonstrates complex control using multiple switches and LEDs.

Changing Current Direction 1

Experiment 13: Shows how current direction affects LED brightness with a variable resistor.

Changing Current Direction 2

Experiment 14: Explores current direction control using a different method.

Melody and Audio Experiments

Melody - Manual Control

Experiment 15: Plays music manually using the push switch.

Melody - Magnet Control

Experiment 16: Uses a magnet to activate musical tunes.

Melody - Touch Control

Experiment 17: Plays music using the touch plate and salt water.

Melody with LEDs

Experiment 18: Combines music playback with LED indicators.

Flashing LEDs and Volume Control

Flashing LED

Experiment 19: Creates a flashing effect with an LED.

Melody - Manual Control and Flashing LED

Experiment 20: Plays music with a rhythmically flashing LED.

Melody - Magnet Control and Adjustable Volume

Experiment 21: Controls music playback and volume using a magnet.

Melody - Manual Control and Adjustable LED

Experiment 22: Plays music with adjustable LED brightness controlled by a knob.

Advanced Melody and LED Experiments

Melody - Flashing LEDs and Volume Control

Experiment 23: Combines flashing LEDs and adjustable volume for music playback.

Piano - Manual Control

Experiment 24: Basic piano functionality with manual key presses.

Piano - Magnetic Switch

Experiment 25: Activates piano sounds using a magnetic switch.

Piano - Water Droplet

Experiment 26: Plays the piano by completing a circuit with a water droplet.

Piano Functionality with LEDs

Piano with LEDs

Experiment 27: Piano operation where LEDs light up when keys are pressed.

Piano with LEDs and Multiple Switches

Experiment 28: Piano with LEDs activated by multiple switches.

Piano with Adjustable LEDs

Experiment 29: Piano where LED brightness is adjustable via a variable resistor.

Piano with Adjustable Volume

Experiment 30: Piano volume controlled by adjusting a variable resistor.

Integrated Piano Features

Piano with Adjustable Volume and LED

Experiment 31: Piano with both volume control and a red LED indicator.

Piano with Keyboard-Activated LED

Experiment 32: Green LED lights up when a piano key is pressed.

Piano with Multiple LEDs

Experiment 33: Red and Blue LEDs are always on; Yellow LED lights up when a key is pressed.

Piano with Keyboard-Activated LED and Brightness Control

Experiment 34: Green LED lights up with key presses, brightness adjustable.

Advanced Piano Controls

Piano with Keyboard-Activated LED and Volume Control

Experiment 35: Red LED lights up with key presses; volume is adjustable.

Piano with Variable LEDs and Volume Control

Experiment 36: Red/Green LEDs always on; Blue/Yellow LEDs activate with key presses; volume adjustable.

Piano with Four Groups of Keyboard-Activated LEDs

Experiment 37: LEDs light up in groups of four keys played.

Piano with Four Groups of Keyboard-Activated LEDs and Brightness Control

Experiment 38: LEDs activate in groups; brightness is adjustable with a variable resistor.

Final Piano Experiment

Piano with Four Groups of Keyboard-Activated LEDs and Volume Control

Experiment 39: LEDs activate in groups; piano volume is adjustable with a variable resistor.

Discovery Telecom MINDBLOWN Specifications

General

Brand	Discovery Telecom
Model	MINDBLOWN
Category	Toy
Language	English