Elenco Electronics rc snap rover Provozní pokyny

Copyright © 2008 by Elenco®Electronics, Inc. All rights reserved. No part of this book shall be reproduced by 753305any means; electronic, photocopy

-9-Advanced Troubleshooting (Adult supervision recommended)Elenco®Electronics is not responsible for parts damaged due toincorrect wiring.If you suspe

-10-Project # Description Page #1 Space Rover 112 Sound Disable Rover 123 Fun Sounds Rover 134 Spooky Sounds Rover 145 Simple Sounds 156 Not So Simple

-11-Snap Circuits®: The Snap Circuits®Kituses electronic blocks that snap onto aclear plastic base grid to build differentcircuits. These blocks have

-12-Modify the Project #1 circuit by addinga second slide switch (S1) over theU9 sound and recording IC, using two1-snaps as shown. The circuit workst

-13-Modify the Project #2 circuit by adding a the 100μF capacitor (C4N) overthe 10K resistor (R4), using a 1-snap as shown. The circuit works thesame

-14-Modify the Project #2 circuit by adding a the 100μF capacitor (C4N) overthe 10K resistor (R4), using a 1-snap as shown. The circuit works thesame

-15-Project #5OBJECTIVE: To make sounds electronically. Simple SoundsOBJECTIVE: To make sounds electronically. Not So Simple SoundsProject #6Build t

-16-OBJECTIVE: To make exciting sounds. Space SoundsProject #7OBJECTIVE: To make an electronic recording and play it back.Audio RecorderProject #8Bu

-17-Project #9OBJECTIVE: To make sound for a while.One SoundProject #10OBJECTIVE: To make a rotating light.Lighthouse RoverBuild the circuit, place

-18-Project #12Remote Sound SwitcherProject #11OBJECTIVE: To make sound for a while.Remote SoundBuild the circuit with the base grid centered on theR

-1-Basic Troubleshooting 1Parts List 2How to Use It 3About Your SnapCircuits®Parts 4, 5How It Works 6, 7General OperatingInstructions 7DO’s and DON’Ts

-19-Project #14 Series Pitch ReducerProject #13OBJECTIVE: To show how resistors work. Parallel Pitch ReducerOBJECTIVE: To show how resistors work.RO

-20-Project #16 Ways to Light a LightProject #15OBJECTIVE: To learn about resistors.Resistor RowBuild the circuit andconnect the jumperwires as shown

-21-Channelswitchonremotecontrolunit.Project #18OBJECTIVE: To build a remote control vehicle. Remote Drive RoverMove the end of the red jumper wire t

Project #20Add the purple jumper wire across the points marked & over the sound & recording IC (U9). The circuitworks the same way exce

-23-Project #23 Flickering MetronomeProject #22OBJECTIVE: To learn about metronomes. Electronic MetronomeBuild the circuit and connect the jumper wir

Project #25 Stop & LightProject #24OBJECTIVE: To make cute sounds.Not So Often TimerBuild the circuit and turn on the right slide swtich(S1). Use

-25-Project #27 Quick-Slow BlinkerProject #26OBJECTIVE: To make cute sounds and flash lights. Quad Red BlinkerBuild the circuit and turn on the right

-26-Project #28OBJECTIVE: To make a flashing circuit. Super BlinkerOBJECTIVE: To make a flashing circuitwith sounds. Noisy FlasherProject #30Build t

-27-Project #33Switched Tone BlinkerProject #32OBJECTIVE: To make cute sounds and flash lights.Car AlarmBuild the circuit and turn on the slide swtic

-28-Project #35 Tri-Switch BlinkerProject #34OBJECTIVE: To make a flashing circuit. Recording BlinkerBuild the circuit and connect the jumper wires a

Important: If any parts are missing or damaged, DO NOT RETURN TO RETAILER. Call toll-free (800) 533-2441 or e-mail us at:[email protected]. Customer S

-29-!WARNING: Moving parts. Keep face and eyes away fromthe front of the disc launcher and from flying discs. Project #37 Disc LauncherProject #36OBJ

-30-Project #39Remote Control Left LiteProject #38OBJECTIVE: To use remote control.Remote Control Right LiteBuild the circuit and connect the jumper

-31-Project #41 Two Tone FlashProject #40OBJECTIVE: To learn about electric current.Current DiverterBuild the circuit and connect the jumper wires as

-32-Project #43Remote Sound & LightProject #42OBJECTIVE: To control sounds using remote control.Multi-Tone RoverBuild the circuit and connect the

-33-Project #45Remote Control LauncherProject #44OBJECTIVE: To send two foam discs flying at a time. Double LauncherBuild the circuit and place discs

-34-Project #47Martian MonsterProject #46OBJECTIVE: To send foam discs flying and play tones.Groovy LauncherBuild the circuit and place discs inside

-35-Channelswitchonremotecontrolunit.Project #48Venus VisitorOBJECTIVE: To build a remote control vehicle with voicerecording and cute sounds - like

-36-Project #502-to-1 ToneProject #49OBJECTIVE: To build a simple remote control vehicle.Easy RoverBuild the circuit and connect the jumper wires ass

-37-Rover Rear (upside down)Project #52 Helpless RoverProject #51OBJECTIVE: To build a remote control vehicle with sounds andlights. Jupiter JumbleBu

+-38-Rover rear (upside down)!WARNING: Do not useexcessive force to spin thewheels at abnormally highspeeds. This may burn outthe motors or LEDs.Proje

-3-Install six “AA” batteries (not included) into the bottom of the Roverbody and one 9V battery (not included) into the remote control unit.Install t

-39-OBJECTIVE: To show how water conducts electricity.Project #55OBJECTIVE: To draw resistors in different shapes. Write Your PartsBuild the circuit

-40-Project #58OBJECTIVE: To use capacitors like resistors to control thevolume of sound. Frequency ResistorsBuild the circuit and connect the jumper

-41-Project #60Little BullyProject #59OBJECTIVE: To show how capacitors slow things down.Big BullyBuild the circuit, place the base grid on the Rover

-42-Morse code was developed in the 19th century to send information over long distances usingtelegraph wires and early radios. This equipment had onl

-43-Project #63OBJECTIVE: To show all the features of the sound & recording IC. Lunar MessengerBuild the circuit as shown on turn off the slidesw

-44-OTHER SNAP CIRCUITS®PRODUCTS!Contact Elenco®to find out where you can purchase these products.Build over 500 projectsIncluding:• Digitally tuned F

-45-Project #B1Mobile RadioBONUS CIRCUITS FOR SNAP CIRCUITS®OWNERSIf you own Snap Circuits®Models SC-300, SC-500, or SC-750 (with 300+ experiments), t

-46-Notes

S1 S2 C7R1R2U9RedJumper Wire2x22x22x2x5D42x44x11x53x16x12x1SCROV-50 Snap Rover®Block LayoutImportant: If any parts are missing or damaged, DO NOT RETU

(Part designs are subject to change without notice).The base grid is a platform for mounting parts and wires. Itfunctions like the printed circuit boa

-5-About Your Snap Circuits®Parts (continued)The Sound & Recording IC (U9) module contains an integratedrecording circuit, a dual timer integrated

Remote Control Transmitter:When the levers in the Remote Control Unit are pushed, electricalcontacts are made connecting the 9V battery power to the t

General Operating Instructions-7-Wheel shaftMotor gearSpins 128 timesfaster than wheelsHow It Works (continued)Rover Drive Mechanism:The small gear on

-8-After building the circuits given in this booklet, you may wish to experimenton your own. Use the projects in this booklet as a guide, as manyimpor