Electronic Learning Circuits

Innovative Building Blocks Safely Introduce Electronics
Experiment with electronic circuits safely and easily using this innovative component system. Brightly colored and uniquely shaped building blocks make it easy to construct functional circuits. The full-color manual includes 70 circuit building experiments with easy-to-follow diagrams.
The included alternating blinker, light detector, sirens, conductivity tester and more make the experience multisensory, memorable and fun. With the innovative snap-together blocks in the ElectronX building system, children eight and up can safely and easily begin experimenting with electronic circuits.
The blocks are brightly colored and have unique shapes, it is easy to follow the assembly diagrams to construct functional circuits. And because the circuit symbols are printed directly onto the blocks, you can quickly become familiar with the symbols and learn how to read circuit diagrams.
Includes capacitors, resistors, transistors, LEDs, phototransistor, switch, 30 contact blocks, cable blocks, battery holder, speaker, sound integrated circuit and manual. Experiments will also incorporate regular house hold items that you provide like paper clips, table salt, teaspoon, etc.
Recommended for ages 8+.
WARNING!; This set contains chemicals and parts that may be harmful if misused. Read cautions on individual containers and in manual carefully. Not to be used by children except under adult supervision.

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Digital/Analog Circuit Lab (DAC 457000)

This product is high quality. It is used to make experiment for college students. It is convenient to use for teachers and students. Except this, the price of our products is reasonable. We also receive favourable reply from our coustomers.

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Electric Installation Safety Measurement Trainer

Electric Installation Safety Measurement Trainer

* Training for earth-to-earth, earth-to-neutral
* Training for insulation-to-installations
* Training for electrical safety measurement
* Training for the most common electrical faults ▶ Electrical installation system training
1-Phase, 3-phase, 3-phase 4 wire (R/S/T/N)
▶ Measurement training
AC voltage, earth resistance, earth voltage, phase insulation resistance, phase test, live line test, resistance by leakage current, capacitance by leakage current, DC volt.
▶ Fault simulation
ELB training, circuit-breaker training, leakage current variable test, earth resistance variable test, loop test, RCD protection switch test, battery voltage test, and etc.

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Electrical Motor Control Sequence Training System

Devised to make circuit easily by Fetch cord as
element points were made of a jack terminal.
* Devised to exchange Relay, Timer, and etc.
by use of a socket.
* Fetch cord is designed to be used by extending
its length.
* Has a storage drawer for keeping parts and
fetch cord.
* Attached an inverter.

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Motor and Electrical Control Trainer

Description:

Motor and Electrical Control Trainer is a most advance modular electrical, electric traction and motor drive engineering trainer, with speed, torque, power and work regulation and measurement instruments, for training of “ Electric Technology Basic”, “Electronic Circuit”, “Electrical Engineering Basis”, Electric Circuit Basis”, “Electric Motor Control Circuit”, “Electrical & Electronic Technology”, “PLC Technology”, “Analogy & Digital Electronics Technology”, “Frequency Converter Technology”, “Single-chip Microcomputer technology” and “Electrical Engineering Technology” for Electromechanical Facilities Installation, Maintenance, Electromechanical Technology Application, Electrical Operation & Control, Electrical Technology Application, in various technical and vocational schools, colleges and polytechnics.
Training Contents
1. Measuring the feature of DC generator
2. Measuring the feature of separately excited DC motor
3. Speed regulation characteristic research of separately excited DC motor
4. Measuring series excitation, compound excitation DC motor mechanical features
5. Researching single phase transformer operating characteristic
6. Single phase transformer parallel operation；
7. Three phase transformer link recognition and connect line
8. The working performance research of three quirrel cage asynchronous motor
9. Measuring the mechanical features of three quirrel cage asynchronous motor
10. Operating characteristic research of three phase wound rotor motor
11. Operating characteristic research of capacitor split-phase single phase asynchronous motor
12. Operating characteristic research of three phase synchronous motor
13. Three phase asynchronous motor reversible control circuit
14. Working station automatic go and back cycle control circuit
15. Three phase synchronous motor sequential control circuit；
16. The Y－Δ control circuit of three phase synchronous motor
17. Three phase synchronous motor dynamic braking circuit
18. Three phase wound rotor type synchronous motor starting and control circuit
19. Electrical control circuit of C620 lathe
20. Electrical control circuit of M7130 surface-grinding machine
Main Technical Parameters Power supply: AC 380±10%, 50Hz
Dimension: 1650×800×1650mm
Capacity：1.5KVA

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Electrical and Electronic Trainers

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Electric Circuit Trainer

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Grant's vintage electronics kit collection

Possibly the earliest electronics construction kit. The supplied circuits are all radio based, and consist of receivers and transmitters.
The box is all cardboard with cut-outs for the components. The baseboard is made of hardboard with a grid of holes drilled in it. The seven circuits are printed on paper which has punched holes in it to line up with the holes on the board. These holes are used to hold the components in place by pushing component carriers into the holes to hold them securely.
Each component is securely mounted on a plastic carrier with the component wires soldered to two or more spring clips. These can be pressed down to allow a wire to be inserted. The clip is then released to hold the wire.
The circuits are printed on the paper overlays along with component placement. The supplied manual is a thin booklet starting off with construction basics, followed by a short description of each circuit.
The tuning is achieved using a fixed value capacitor but sliding a core in or out of the tuning coil.

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Power Electronics Trainer

FEATURES Aesthetically designed injection molded electronic desk. Master unit carrying useful experiment resources like line synchronized firing circuits, power supplies, lamp load, RLC loads, battery charging supply etc. while the central slot will hold replaceable experiment panels. Each multi experiment panel is secured in an ABS molded plastic sturdy enclosure, and has colorful screw less overlay showing circuit and connection through sturdy 4mm banana sockets and patch chords Set of user guide provided with each unit

SPECIFICATIONS It Consists of a Master Unit and 8 Add-on Modules as follows : Master unit Built-in power supply DC supply : ± 12V, 500mA Unregulated power supply 17V / 750mA Regulated 13.5V/3A O/P is provided as 12V battery charging supply. In absence of battery, same may be used as simulated battery source to run experiments on inverters etc. Isolated DC supply +12V/300mA with isolated common On board inverter transformer of Primary : 230V and secondaries : 12 ~ 11 ~ 0 ~11 ~12/3A On board lamp load of 15W / 230V AC provided AC Supply 230V AC line voltage is made available on two banana 4mm sockets as well as 1.5A fuse extender for variac if used Aux DC Power supply Useful as field/armature supply for DC motor Variable up to 200Vdc / 0.5Amp (phase controlled thyristor half bridge) Field ON/OFF control with field failure relay and over current protection circuit OR On-board analog voltmeters (In place of Aux.DC supply) AC voltmeter (0 ~ 300V) - 1No. DC voltmeter (0 ~ 300V) - 1No. LSPT panel consisting of Two pulse transformers of 1:1:1 are provided for isolation and supplying firing pulses along with required DC power supply to experiment panel under test through 15 pin female ‘D’ connector Selector switch of 2 pole 6 way for selecting different types of firing pulses like out of phase inverter firing using LM3525 with dead time and frequency and pulse width variation from 170Hz to 250Hz, 12.5 /25 /6.25Hz frequency gated with high frequency (3KHz) for cycloconverter, line synchronized UJT firing for converter etc. R-L-C Load panel Load resistor of 10 Ohm/ 40W and 100 Ohm / 10W -1no. each Center tapped 3A choke 4mH / 16mH each - 2 nos. DC choke 0 MH ~ 100 MH ~ 200 MH / 750mA - 1No. Commutation capacitors of 10µF / 100V - 4 Nos. AC paper capacitors of 4µF / 440V - 1No. DC cap 220µF / 63V - 1No. Diode Byt 71 (5407) - 1No. Accessories 15 pin D connector cable assembly 4mm banana patchcords : 100mm X 10nos. and 500mm X 20nos. Optional power scope accessory for any lab CRO for off ground differential measurements up to 1000Vdc to facilitate checking inverter / converter waveform Optional isolation transformer (70VA, I/P, 230V, O/P 230Vac) for CRO isolation Operating voltage 230V ± 10%, 50Hz, 75VA _________________________________________________________________________________________________ Add-on modules as follows 1) Power semiconductor application experiment panel I (Provided with 29 banana tags) Triac lamp dimmer, AC fan regulator, SCR operated light sensitive switch using LDR, SCR operated temperature sensitive switch using thermistor, UJT relaxation oscillator, half and full wave phase shift controlled) rectifier using SCR, timer using SCR and UJT built in lamp load 2) Power semiconductor application experiment panel II (Provided with 16 banana tags) SCR phase shift controlled converter using Ic555 through opto isolator (Potentiometric) Triac AC power control using IC 555 (Potentiometric) (Optoisolated) SCR AC power control using UJT /PUT (Potentiometric) Triac AC power control using UJT /PUT (Potentiometric) SCR/Triac temperature control using thermister SCR/Triac intensity control using LDR Opto isolated DC switch and photo relay ( Street light control) 3) CON/ INV Panel(Provided with 48 banana tags) SCR converter Provided with sturdy 800V/12A SCRs (4nos) with uncommitted snubbers, 6A diodes(2nos) commutations witch, 47µ / 450V cap, Ramp cosine firing circuit. However actual working currents are limited to 3A (maximum) for safety. Half wave and full wave fully controlled converter AC voltage controller using lamp optionally universal motor foot mounted SCR controlled converter 1 phase with R-L load Effect of free wheeling diode on SCR converter performance with Inductive load Study of SCR converter (Open loop) output with inductance inputs and capacitance input filters Effect of source impedance on performance of SCR converters. Study of closed loop SCR converters with resistive load Study of full wave-half controlled SCR bridge Resonant DC-DC converter Advanced firing schemes Study of H.F. gate type SCR triggering Study of relation between control voltage and SCR converter output DC voltage using linear resistor controlled synchronized ramp firing (IC815 equivalent) Study of linear relation between control voltage and SCR converter output using cosine firing scheme SCR forced communication techniques Study of forced commutation techniques for SCR, Class A, B, C, D, E, F SCR based inverters SCR based parallel inverter SCR based series inverter SCR based bridge inverter SCR based mcmurray bedford half bridge inverter Cycloconverter SCR based cycloconverter SCR based chopper SCR based Jones chopper resisrive load, motor load (optional) SCR based back (step dn), boost (set up), back boost chopper 4) Triggering circuit/dv/dt protection panel (Provided with 51 banana tags and 3TPs) SCR Triggering schemes / turn on method Simple resistance firing circuit for upto 90 SCR firing halfwave. Resistance - capacitor firing circuit with increased control SCR firing - halfWave and full wave UJT/PUT based SCR trigger with series / shunt transistor controlled ramp, resistance controlled pedestal TRIAC Trig

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Fundamentals of electrical engineering and electronics

A comprehensive education in the fundamentals of electrical engineering is essential to the understanding of more complex relationships in the various applied sectors in both electrical engineering and electronics.

The freedom to experiment is backed up by formal experiment literature and the use of safety extra-low voltage means that the system is even safe for complete laymen. It leads to in-depth knowledge and eventually to the kind of practical skills that form an essential basis for further education and training.

 

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Jual Basic Electronics Trainer, Component Based PCB Module

Item : Basic Electronics Trainer
Model: EFT – ETX-2 Component and Circuit Based (7 PCB Modules)
Labtech’s basic electronics trainer is a modular course covering the fundamentals, concepts, theory and applications of electronics. It is designed as a starter course to provide new students with a good solid grounding in this area, before going on to specialized studies. The basic electronics-training program is ideal for basic and intermediate studies in this field. Please note that for additional fundamental topics, including electrical applications, the student may desire to take the basic electrical trainer course prior to the electronics trainer.
The courseware is based upon the text lab manual “basic electronics” by Paul Zbar. This manual has gained acceptance around the world as one of the finest texts available today for introductory students. It has been developed in cooperation with the electronics industries association (EIA), of the United States and is recommended by them for industrial technician training. The EIA has stated, “The aim of this basic instructional series is to supply schools with a well-integrated, standardized training program, fashioned to produce a technician tailored to industry’s needs”.
The trainer consists of a base station into which are plugged in 7 modular boards that match the experiments. Fifty-two experiments are provided which cover basic electronic theory, electronic solid-state circuits, semi-conductors, amp circuits and basic digital applications. The base station provides the power supplies, basic instrumentation and accessories that are required to support the training module boards.

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Basic Electronic Trainer Component and Circuit Based (7 PCB Modules)

Labtech’s Basic Electronics Trainer is a modular course covering the fundamentals, concepts, theory and applications of electronics. It is designed as a starter course to provide new students with a good solid grounding in this area, before going on to specialized studies. The basic electronics training program is ideal for basic and intermediate studies in this field.

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Digital Logic Circuit Design Trainer

In today’s environment CPLD (Complex Programmable Logic Devices) and FPGA (Field Programmable Gate Arrays) are the first-choice components for the design of applications in the communication, industrial automation, intelligent instrument, image processing and extensive engine control areas. To allow users to have an exceptional experimental platform, the CPLD Trainer has platforms based on Altera or XILINX chips. Through the CPLD01 Trainer, engineers are able to understand the designs of logical circuit from experimental units. The CPLD01 is supplied with the Maxplus II software suitable for the Altera chip.
Application Program Range Fundamental logic program Digital circuit design program Digital system design circuit program Micro processor principle program VLSI design program OPLD/FPGA chip design program 8051 single chip program Thematic preparation	Test Content. Combined logic design, simulation and test: Basic logic Deducter Decoder Combined logic Comparator Multiplexer Adder Compiler Demultiplexer

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DIGITAL ANALOG TRAINING SYSTEM

Prototyping Analog & Digital circuit

Key Features

Feature:
- Integrate power supply, function generator, and common electronic components in a single equipment.
- Large breadboard area, suitable for prototyping analog, digital, or MCU circuit.
- Built-in power supply : fixed voltage and variable voltage
- Built-in function Generator : 200kHz sine, triangle, square, TTL
- Built-in universal Counter : 8-digit, 100MHz frequency and period measurement
- Built-in input devices: data switch, pulse switch,
- Built-in output devices: speaker, 2-digit 7 segment display, LED
- Built-in output channel connectors : banana type and BNC type
- Adopting counter switch to diaply measured frequency from from function generator or external circuit

Optional Modules:
- OLS-1000 : Analog overlay learning system
- OLS-2000 : Digital overlay learning system
- LT-1000 : Digital learner's teacher
- AD-222: 2712 tie points breadboard
- FM-01: LED Indicators expansion card
- FM-02: Data Switches expansion card
- FM-03: Pulse Switches expansion card
- FM-04: Keyboard expansion card
- FM-05: Clock Generator expansion card
- UC-01: 62-pin (2.54mm) card edge connector
- UC-02: D-SUB (RS-232 Male-Female) connector
- UC-03: 60 pins straight header connector
- UC-04: 56 pin (3.96mm) card edge connector

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Power Supply Circuits Trainer

The Power Supply Circuits Trainer allows student to carry out a variety of power supply circuits experiments such as voltage regulator circuits and etc. The style of instruction provided by this teaching set is competency based, with circuit building activities being used to reinforce theory study.

The trainer includes on-board a primary AC supply voltage (transformer with low-voltage output) and circuit modules that can be interconnected to perform the various planned experiments. Built-in 12 faults switches to introduce faults into the circuitry.

The AEL1029 trainer covers the subjects of DC generation /conversion techniques from the basics to the latest Industry-level solutions. The aim of this single unit is to present the student with a comprehensive review of the topic.

The trainer can be used in courses of General and Advanced Electronics, at all levels.

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Plc Trainer

Plc Trainer

* plc(programmable logic control) principals
and theory learning
* plc programming practice
* ladder diagram and object experiment
* output control practice by input signal
* analog to digital control practice
* lamp, led, buzzer, motor control practice
* automation equipment and external equipment

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Combined Analog and Digital Electronics Circuit Trainers

CADET

Key Features

• Stationary or removable breadboard area
• Multi-waveform function generator
• Variable output AC/DC power supply
• 8 selectable logic switches
• 8 High and Low buffered logic indicators
• 2 SPDT logic switches
• 1k and 10k potentiometers
• 2 debounced push-button operated pulsers
• 2 BNC's and 8 ohm speaker

Specifications

POWER

3-wire AC line input 230V 50Hz. Illuminated power switch.

POWER SUPPLIES:

Fixed 5VDC @ 1.0A, ripple <5mV

Variable +1.3V - 15V 0.5A, ripple <5mV

Fixed AC O/P 12.6VAC Centre tapped @ 100mA

FUNCTION GENERATOR:

Frequency Range: 0.1Hz to 100kHz in six ranges

Output voltage: 0 to +10V (20V p-p)

Output impedance: 600 ohms (except TTL)

Output current: 10mA max., short circuit protected

Output waveforms: Sine, Square, Triangle, TTL

Sine wave distortion: <3% (10Hz to 100kHz)

TTL pulse: Rise and fall time <25ns, Drive: 10 TTL loads

Square wave: Rise and fall time <1.5us

LOGIC INDICATORS:

16 LED's; 8 red to indicate logic high, 8 green to indicate logic low

DEBOUNCED PUSHBUTTONS (PULSER):

Two push-button operated, open-collector output pulsers, each with one normally-open and one normally-closed output.

Each output can sink upto 250mA.

POTENTIOMETERS:

One 1k ohm, one 10k ohm, all leads available and uncommitted.

SPDT SWITCHES:

Two SPDT slide switches, all leads available and uncommitted.

BNC CONNECTORS:

Two BNC connectors, pin available and uncommitted, shell connected to ground.

LOGIC SWITCHES:

8 individual SPDT logic switches, one side of all eight switches connected to 0V, the other side of all eight switches is switchable between +5V and +V.

Wipers are uncommitted and are taken to tie points.

SPEAKER:

0.25W, 8 ohm.

BREADBOARDING AREA:

A total of 2520 uncommitted tie-points. Two bus strips internally connected to power and ground.

Fifty tie points for each +5V, +V, -V and ground.

ENCLOSURE:

Plastics moulded case.

DIMENSIONS:

165mm(H) x 410mm(W) x 290mm(D), 3.2kg

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Automatic Control Principle Experiment Kit

I. Product Features (1) The system has perfect configuration, compact structure and self-equips many signal sources. Experiments could be made independently without need of external components (power signal generator etc); it could fully meet the teaching requirements. Teachers could research by these configuration and students could make course design by these configuration. (2) It adopts modular structure, which could construct simulation links and control system of various forms and orders, visualizes and simplifies experiment operation and equipment management. The experiment phenomena are clear and visual, which could deepen students’ understanding. A lot of high accurately devices are used in experiment apparatus so that the experiment phenomena are accurate and well accord with the principle. II. Performance Parameters (1) Input power: 220V~260 V, 50Hz (2) Output power: +5V/3A, +12V/1A, -12V/0.5A, -5V/0.5A (3) Input frequency: 47~63MHz (4) Output voltage/current: +5V/3A, +12V/0.3A, -12V/0.3A, -5V/0.5A (5) Output power: 35W (6) Efficiency: 75% (7) Adjustment performance: voltage regulation 0.2%
Load regulation 0.5% Ripple coefficient: 0.5% (8) External dimension: 450mm ×310mm×110mm III. System Composition (1) Operation simulation unit: includes eight groups of operation amplifier, resistance, capacitance, can form typical link of linear system: proportion (amplifying) link, integral link, inertial link, oscillation link, delay link, active advance lag link, etc. It can also flexibly and conveniently combine the system unit circuit by wire to form simulation link and control system of various forms and orders. (2) Signal source unit: can generate sine wave signal, and frequency and amplitude are adjustable. (3) Components unit: consists of several potentiometers, resistances, and capacitances. (4) Nonlinear unit: mainly used to research the characteristic of nonlinear unit. (5) Sample and hold circuit unit: include sampling circuit and holder circuit. (6) Power circuit unit: provide two groups of ± 12V/0.3A and ± 5V/0.15A constant voltage power output, ripple characteristic 5mV, as the electric power supply of automatic control circuit. (7) Equipped with locking wiring and experiment guidebook used for experiment. IV. Experiment Contents (1) Analog experiment of control system typical links (2) Typical second-order system transient response experiment (3) Typical third-order system transient response experiment (4) Testing experiment of typical link (or system) frequency characteristic (5) Dynamic characteristic experiment of PID controller (6) Series correction experiment of linear control system (7) Analog experiment of typical nonlinear link (8) Phase plane analysis experiment of nonlinear system (9) Pole configuration full-state feedback control analog experiment (10) Signal sampling and recovery experiment.

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Logic Gate Circuit trainer-II (Bread Board Model)

Logic Gate Circuit trainer-II (Bread Board Model)( EL 294)

1. Study and verify Truth tables of Logic Gates. 2. Verification of Boolean identities & Demorgan's theorems. 3. Study and verify truth tables of Digital Adders & Subtractors. 4. Study of Flip-Flops and verification of their truth tables. 5. Study of Counters, Shift Registers and Verification of their truth tables. 6. Study of Encoders, Decoders and Verification of their truth tables. 7. Study of Multiplexers, Demultiplexers and verification of their truth tables.

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Electronic Circuit Trainer

During my early days of attending certificate course in electronics i was exposed to the electronic circuit trainer where one have to follow the assignment or project given by the lecturer to complete the electronic project task. The electronic circuit trainer have a breadboard (where you can easily put in and remove electronic components) in it with all the necessary supply voltages. The task consists of many different types of electronic circuit and you are require to build the circuit using the electronic circuit trainer. You place in the components together with the right supply voltage and see if the circuit works or not. If it did not work then you have to figure out why-could it be you have place the wrong components, applying wrong voltage, components installed the other way round and etc.
In fact it was quite interesting expecially when you are designing your own circuit and the circuit works. If the circuit works you then have a choice to make your own pcb board (prototype) or you can just remove the components and start with another electronic project. This electronic circuit trainer is best suit the beginners and for those who wants to design and build some simple electronic circuit.

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Digital Electronic Circuit Trainer (Bread Board Model) 200354

Objective :

A general purpose experimental board to construct more than 60 experiments of Digital Electronics e.g.

Construction & Verification of truth tables of Logic Gates, Boolean Identities and Demorgan Theorems, Digital Adder &

Subtractors, Flip Flops, Counters, Shift Registers, Encoder & Decoders, Multiplexer & Demultiplexer etc.

Specifications :

It comprises of the Bread Board having:-two Nos Vertically Common Strip (Total 1280 Tie Points) and four

Nos. Horizontally Common Strips (Total 400 Tie Points), Fixed output DC regulated power supply of 5V/1A and ±15V/500mA,

10 logic input switches logic ‘0’ and logic ‘1’, Ten LED output indicators & one 7- segment displays are provided, 1 Hz

monoshot clock pulse with pulser switch & Clock Generator with 1Hz,1KHz, & 10KHz selectable using band switch, One DPM

(Digital Panel Meter) is mounted on the front panel.

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Logic Gate Circuit Trainer

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AM-Radio-Demonstrator

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ANALOG ELECTRONIC LAB TRAINER

ANALOG ELECTRONICS LAB TRAINER

SPECIFICATIONS :-

The Instrument consists of :-

1. Four Digital Meters DC Volt and Current Meter.

2. DC Power Supply 12V Regulated, 5V Regulated, 0-10V Variable, 0-5V Variable.

3. One Step Down Transformer (9-0-9V).

4. Five Potentiometers (330W, 1K, 4.7K, 10K, 47K).

5. One PNP Transistor CK-100 and one NPN Transistor CL-100.

6. One FET BFW10.

7. +5V Regulator IC 7805.

8. Different types of diodes (In4007, Oa79, 6V Zener).

9. 34 Resistance of Different Values.

10.Six Capacitors of Different Values.

“CROWN” made Analog Electronics Lab Trainer. The instrument has been designed to :

1. Study of HalfWave Rectifier.

2. Study of FullWave Rectifier.

3. Study of Bridge Rectifier.

4. Study of Shunt Capacitor Filter.

5. Study of Regulated Power Supply using Zener Diode.

6. Study of Series and Shunt Regulators.

7. Study of Regulated Power Supply using Voltage Regulator IC 7805.

8. Study of PN Junction Diode Characteristics.

9. Study of Zener Diode Characteristics.

10. Study of Transistor Characteristics.

11. Study of FET Characteristics.

12. Verification of K.V.L. and K.C.L.

13. Verification of Ohm’s Law.

14. Study of Common Emitter Amplifier.

15. Study of Common Base Amplifier.

16. Study of Common Collector Amplifier.

17. Study of Transistor Biasing Circuits.

18. Two port T and TT n/w Analysis.

19. Verification of Thevenin Theorem.

20. Verification of Norton Theorem.

21. Verification of Maximum Power Transfer Theorem.

22. Verification of Superposition Theorem.

23. Verification of Reciprocity Theorem.

24. Study of Low Pass Filter.

25. Study of High Pass Filter.

26. Study of Band Pass Filter.

27. Study of Band Stop Filter.

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Electronic Project Lab 50 in 1

NO TOOLS OR SOLDERING REQUIRED!These "Electronic Science Labs" will teach you about electronics from A to Z. With these all-in-one labs, you'll learn about electronic parts, how to read schematics, and wiring diagrams. All this while building up to 500 different projects. These kits use two quick and easy hook-up methods:

Spring Method: Simply slip pre-cut wires and components into special springs for a safe, secure connection.

Breadboard Method: Featured in our advanced kits, this system is used by professionals and engineers. Just plug the components and wires into the special breadboard socket holes.

No soldering is required. Everything uses safe battery power - no dangerous AC is required, so it's safe for all ages. Labs come with all components and wires needed to build each project. NO TOOLS ARE REQUIRED. No prior knowledge is needed to assemble and build these exciting projects. Easy-to-read, illustrated, lab-style manuals take you through each electronic experiment step-by-step. All are designed for ages 10 & up, so these are ideal for MIDDLE SCHOOLS and HIGH SCHOOLS.

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10-in-1 Electronic Lab!

The compact, unique, and versatile design of this electronics lab is the perfect intro to the world of electronics! It's a safe and simple science kit with no tools or soldering required, and the 20 page Project Guide makes it fun with easy-to-follow diagrams. Young electronic engineers can build 10 different circuit projects with one unit, a burglar alarm with patrol siren, send Morse code light signals, and a radio that really works! You can even hook up your own radio and tune into real stations that fill the invisible airwaves! Plus, the spring coil construction makes wiring simple and safe. Get a charge out of the electrifying world of circuits and maybe get a science fair project idea!
Requires one 9-volt battery, not included.

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ELECTRONIC 300 IN 1 LAB

Elenco MX908 300 in 1 Electronics Learning Lab
This Electronic Science Lab will teach you about electronics from A to Z. You will learn about electronic parts, how to read schematics, and wiring diagrams. All this, while building up to 300 different projects. This kit uses two quick and easy hook-up methods:

Spring Method: Simply slip pre-cut wires and components into special springs for a safe, secure connection.

Breadboard Method: Featured in this advanced kit, this system is used by professionals and engineers. Just plug the components and wires into the special breadboard socket holes.

No soldering is required. Everything uses battery power - no dangerous AC is required, so it's safe for all ages. Labs come with all components and wires needed to build each project. NO TOOLS ARE REQUIRED. No prior knowledge is needed to assemble and build these exciting projects. Easy-to-read, illustrated, lab-style manuals take you through each electronic experiment step-by-step. All are designed for ages 10 & up, so these are ideal for MIDDLE SCHOOLS and HIGH SCHOOLS. MX908 Electronics Lab Features:

• Everything you need to build 300 Exciting Electronic Projects.
• Learn the basics of electronics and put your knowledge to work creating 300 different electronic experiments, special lighting effects, radio transmitter and receivers, amazing electronic sound effects, cool games and MORE!
• Includes built-in breadboard for easy wiring and connection of components, and an LCD (Liquid Crystal Display) indicates the information during the experiments in process!
• Build your knowledge by exploring amplifiers, analog and digital circuits plus how to read schematic diagrams.
• Includes transistors, transformers, diodes, resistors, capacitors, phototransistors, CDs, integrated circuits, speaker, earphone, LEDS, LED digit display!
• Fact-filled, illustrated, lab-style manual included. To see a complete list of the MX908 projects click here. Requires Adobe Acrobat Reader)

Requires 6 "AA" batteries (not included)

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ELECTRONIC 500 IN 1 LAB

Elenco MX909 500 in 1 Electronics Learning Lab

This Electronic Science Lab will teach you about electronics from A to Z. You will learn about electronic parts, how to read schematics, and wiring diagrams. All this, while building up to 500 different projects. This kit uses two quick and easy hook-up methods:

Spring Method: Simply slip pre-cut wires and components into special springs for a safe, secure connection.

Breadboard Method: Featured in this advanced kit, this system is used by professionals and engineers. Just plug the components and wires into the special breadboard socket holes.

No soldering is required. Everything uses battery power - no dangerous AC is required, so it's safe for all ages. Labs come with all components and wires needed to build each project. NO TOOLS ARE REQUIRED. No prior knowledge is needed to assemble and build these exciting projects. Easy-to-read, illustrated, lab-style manuals take you through each electronic experiment step-by-step. All are designed for ages 10 & up, so these are ideal for MIDDLE SCHOOLS and HIGH SCHOOLS. MX909 Electronics Lab Features:

• Everything you need to build 500 Exciting Electronic Projects.
• Learn the basics of electronics and put your knowledge to work creating 500 different electronic experiments, special lighting effects, radio transmitter and receivers, amazing electronic sound effects, cool games and MORE!
• Includes built-in breadboard for easy wiring and connection of components, and an LCD (Liquid Crystal Display) indicates the information during the experiments in process!
• Build your knowledge by exploring amplifiers, analog and digital circuits plus how to read schematic diagrams.
• Includes transistors, transformers, diodes, resistors, capacitors, phototransistors, CDs, integrated circuits, speaker, earphone, LEDS, LED digit display!
• Fact-filled, illustrated, lab-style manual included. To see a sample of the MX909 Electronics Lab manual click here. (Requires Adobe Acrobat Reader)

Requires 6 "AA" batteries (not included)

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150-in-One Electronic Project Kit

Back when I was a kid, Radio Shack made an electronics kit for pre-teens called ‘150-in-One Electronic Project Kit.’
By following simple instructions and connecting color-coded wires to connectors associated with the different electronic components in the kit, you could make 150 different electronic devices. Simple, engaging, got the job done.
What got me thinking about the 150-in-One was a recent presentation by Mark Kvamme, a partner at Sequoia Capital, and founder of CKS Group (a pioneering interactive ad agency), where he argued that the traditional "interruption model" of advertising is giving way to a focus on "owning the conversation."
Simply put, Kvamme argues, we now live in a world where people can get media where, how, and when they want, and given that reality, brands have to get savvier about how they are going to interact with consumers.
To Kvamme, this suggests the importance of new ad units emerging that blur the conventional boundaries between content and advertising.
What follows is my thesis about how one type of ad/content hybrid (i.e., an integrated media unit) called a ‘Programmable Fan Site’ might work.
Sort of the 150-in-One media unit builder for brands and media companies.
The Programmable Fan Site
A fan site is basically a microsite made up of 5-15 online services, and is designed to be configured, customized and administered as easily as a blog.
To set one up is as simple as four steps. First, you pick from a set of “landing page” styles. Landing pages define basic layouts and establish default container logic for aggregating content items within the microsite based on administrator-designed thresholds like new, popular, recently added, heavily commented and/or featured. Typical landing page styles include: Profile, Blog, Hot Page and Contest.
Second, you choose the underlying services that you want to plug in, such as Blogs, Groups, Forums, Polls, Feeds, and/or Media Services, and set filtered view options. Filtered view options define the form of the output, and include options like "Ranked List" or "Title Only" or "Title plus Summary."
Third, you customize their layout on the landing page in a similar fashion to the way MySpace made creating profile pages fun and engaging. Depending on the goals of the brand, customization options can include predefined brand-friendly templates, WYSIWYG design tools and/or CSS support for advanced users.
Fourth, you start creating and programming content using the services activated within the fan site.
Fan sites can be designed to operate on a standalone basis or be interconnected to build a network of fan sites. They can also start with a minimal function like a blog and add a landing page or start a contest later. Content creation can be limited to administrators, allow user-generated submissions or a combination of both, defined on a service by service basis.

Brand and Character Come First in New Media
One important lesson that I have learned over the past few years is that with new media, figuring out what brand/character resonates with the audience is more important than figuring out the format/narrative, since if the audience doesn’t care about the character, you are dead in the water.
What is nice about the programmable fan site model is that it makes creation of new brand and character ‘seeds’ relatively quick and inexpensive, enabling an approach known as the ‘seed-select-amplify’ model.
In this model, you plant a lot of low-cost seeds, identify/select the seedlings that sprout and then focus your resources on ‘amplifying’ these seedlings via a more formalized character, storyline and narrative development process.
At its most basic level, new brand/character seeds can be launched as people-oriented video blogs and tested out on in terms of audience interest on You Tube and other video networks, where the basic distribution is free.
By coupling this model with the programmable fan site builder discussed above, you can cultivate your audience systematically and proactively based on campaign outcome goals (see Advertising 3.0 for more thoughts on the topic of new media campaigns).

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Super-Fun 130 In 1 Electronics Lab

For 30 years, Ramsey has provided educational hobby kits giving thousands and thousands of kids their start in electronics. We've searched and searched for an Electronics Lab specifically designed to teach the youngest experimenter the fun and excitement of electronics. The PL130 does just that! Learn the basics and theory of electronics the fun way, while building 130+ projects that you actually see working when you're done! The detailed 162 page instruction manual covers the hows and whys of every circuit, theory, parts identification, and description.

We've looked at a lot of these kits, and have turned them down because of the documentation. This one is a winner! For Children 10 and Older. Six Double A Batteries Required, Not Included. All components for the below listed projects are included.

• Solderless connections for safe assembly
• Build 130 different circuits, and see them work!
• No prior knowledge of electronics needed!
• Includes a comprehensive instruction & theory manual written for the youngest novice to understand!

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Electrical Science Kit for Kids

ClipCircuit ElectroLab by Heebie Jeebies Electrical Science kit for kids This electronic science kit offers the perfect way to learn about electronics. All components clip together easily and quickly via press studs, perfect for little hands and fingers to arrange components together. Each piece has a specific function, such as a switch, speakers, battery packs or lights, and is color-coded and numbered for easy identification of its function and purpose within the circuit.  

There is a electrical symbol on each component show to help illustrate how the current travels throught the circuit your child builds. Included is a colorful 32-page instruction manual, which allows your child to build over 80 exciting electronic experiments safely and easily. Designed to be used in the home or the classroom. Children find the experiments stimulating and absorbing. It provides many hours of fun whilist learning the skills and concepts of electricity and electronics for todays environment.

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Kosmos Elektro Master E 2000 (Experimentierkasten)

Mehr als 150 Experimente. Ampelsteuerung, Hitzdrahtinstrument, Elektrisches Hammerwerk, Selbsthalterelais, Alarmanlage, Magnetkatapult, Zungenfrequenzmesser, Transformator, Autoblinker, Wechselstrommotor.

Dieser Experimentierkasten gibt Mädchen und Jungen eine fundierte Einführung in die Welt der Elektrotechnik bis zu den Grundlagen der Leistungselektronik.
In 150 spannenden Versuchen zur Gleich- und Wechselstromtechnik wird der Erwerb von Wissen um Strom und Spannung und deren Anwendungen zum wahren Vergnügen.

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Elektronik Experimentier-System

Die komplette Experimentierausstattung. Mit Bedienungsboard und Steckplatine. Drehkondensator, Lautsprecher und Potentiometer sind im Board eingebaut. Außerdem Mittelwellen-Radio-IC (mit Empfangsverstärker), Transistoren, Leuchtdiode, Widerstände, Kondensatoren, Ferritstab, Taster usw. Über 150 Experimente und Geräteschaltungen, u.a.:

Supertrennscharfes Mittelwellenradio, Langwellenempfänger, Telefon-Mithör-Schaltung. Elektronisches Metronom, Tongenerator, Martinshorn. Annäherungsmelder, Morsegenerator, Mini-Orgel. Lügendetektor, akustischer Regenmelder, elektronische Mückenscheuche. Automatischer Zeitschalter, Blinklicht und die beim System 4000 aufgeführten Experimente. Dazu ein leicht verständliches Handbuch mit über 200 Abbildungen und Schaltplänen. Ausführliche Einführung in die Grundlagen der Elektronik u.a. Strom und Spannung, Ohmsches Gesetz, Parallel- und Reihen-Schaltung, Kippstufen, logische Verknüpfungen, Computertechnik und vieles mehr.

Grundkasten. Altersempfehlung: ab 10 Jahre

Dieser Experimentierkasten setzt voraus, dass die Kinder lesen und physikalische Zusammenhänge begreifen können. Daher sollte die Altersempfehlung von 10 Jahren nicht unterschritten werden.Achtung. Nicht für Kinder unter drei Jahren geeignet. Enthält Kleinteile, die verschluckt werden können. Erstickungsgefahr.

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Zestawy El-Go Flat - nowość na skalę światową!

Zestawy służą do budowy obwodów elektronicznych i są przeznaczone dla młodzieży w wieku szkolnym jak i dla starszych użytkowników. System El-Go Flat charakteryzuje się płaską budową oraz odmiennym od zastosowanego w klasycznym zestawie El-Go sposobem połączeń między elementami. Umożliwia to prezentację obwodów na tablicy szkolnej. Łatwość budowania obwodów sprawia że nauka elektroniki staje się przyjemna a efekt działań widoczny jest już po kilku minutach użytkowania zestawu. Wszystko za sprawą nowatorskiego sposobu łączenia segmentów - wystarczy zbliżyć je do siebie a resztę pracy wykona za nas pole magnetyczne.

Zwróćmy uwagę na możliwości dydaktyczne jakie niesie ze sobą system El-Go Flat. Na segmentach znajdują się symbole elementów elektronicznych oraz ich opisy. Sam element został umieszczony tak aby był widoczny w trakcie użytkowania zestawu. Kolejnym atutem jest możliwość budowania obwodów na tablicy szkolnej - płaskie segmenty idealnie przylegają do metalowego podłoża. Zestawy El-Go Flat są innowacyjną pomocą naukową pomagającą w realizacji zajęć z fizyki i techniki. Prowadzenie zajęć ułatwia niezwykła łatwość tworzenia obwodów.
http://elgoflat.pl/

MERKUR E2 Elektronic

Merkur je česká elektrotechnická stavebnice. Tato stavebnice MERKUR nabízí ideální hračku, která zároveň vyučuje. Děti se díky ní mohou seznámit základy elektroniky. Lze postavit a odzkoušet celkem 60 pokusů a příkladů z elektroniky jako např. elektrický obvod, pokusy s rezistory, kondenzátory a diodami, lze sestavit jednoduché i složitější obvody jako například tranzistorový spínač, blikače, bzučáky a zesilovač. Stavebnice obsahuje podrobnou knížku s návody, kde je vysvětlena srozumitelnou a zábavnou formou podstata jednotlivých experimentů a jevů. Neváhejte spojit příjemné s užitečným a udělat tak školu hrou.

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Voltík

Stavebnice VOLTÍK I. je určena dětem od 6 let a umožňuje sestavit podle jednoduchých návodů nejméně 35 elektronických modelů bez pájení s barevnými světélky a tónovým bzučákem. Nevyžaduje žádné znalosti elektroniky! Modely mají různou obtížnost sestavení, od nejjednodušších, například světelný a zvonkový obvod, různé houkačky, až po měřič vlhkosti, vysílač a přijímač Morseovy abecedy, elektronický klavírek či telegraf.

Stavebnice VOLTÍK II. je tvůrčí hračka pro děti od 10 let s mnoha možnostmi zapojení efektních elektronických modelů podle příručky nebo také podle svých znalostí. Stavebnice obsahuje vše pro stavbu 50 elektronických modelů bez pájení. Například lze sestavit rozmanité houkačky, polní telefon, krystalku, jednoduché RÁDIO, detektor kovů, metronom, blikač, poplašné zařízení na fotobuňku, minutník, měřič stisku a také modely propojené s Voltíkem I. Na jednoduchých schématech je rovněž možné vyzkoušet si základní vlastnosti elektronických součástek.

Stavebnice VOLTÍK III. je určena dětem od 12 let. Obsahuje logické integrované obvody, čítač, paměť SRAM a vše potřebné k sestavení 50 digitálních modelů bez pájení. Například si lze vyzkoušet funkce logických členů (AND, OR, INVERT) a jejich kombinace, sestavit kódový zámek, různé bzučáky a blikače, zpožďovací obvod do 100s, "schodišťový spínač", čítač apod. Umožňuje osvojit si základy dvojkové soustavy, vyzkoušet speciální digitální houkačku, naprogramovat světelného hada nebo světelný nápis, měřič reakčního času, hrací skříňku či světelný budík. Můžete si také sestavit univerzální losovací zařízení, které využijete např. při hře "Voltíkova ruleta", "Veselá rajčata", "Macháček" a další.

Více na: http://e-shop.voltik.cz/ 

Fun Circuit Building Experiments for Beginners

Fun Circuit Building Experiments for Beginners
Construct circuits with colorful electric building blocks to learn about electricity and how electronic devices work. With the innovative snap-together blocks in the ElectronX building system, children eight and up can safely and easily begin experimenting with electronic circuits. These building blocks are specially designed to make learning electronics fun and accessible. Because the blocks are brightly colored and have unique shapes, it is easy to follow the assembly diagrams to construct functional circuits. And because the circuit symbols are printed directly onto the blocks, you can quickly become familiar with the symbols and learn how to read circuit diagrams. The fun building projects include an alternating blinker, a police siren, an ambulance siren, an alarm system, a light detector, a conductivity tester, a rain warning system, a timer, and logic circuits.

      The electronic components in this kit include capacitors, resistors, transistors, LEDs (light emitting diodes), a phototransistor, a switch, 30 contact blocks, cable blocks, a battery holder, a speaker, and a sound integrated circuit. The 64-page, full-color experiment manual guides you through 70 circuit building experiments with easy-to-follow diagrams.

This kit provides kids with the tools and instructions they need to experiment with their own hands and learn firsthand how electronics work.


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Easy electronic

Kinderleichte Easy-Baustein-Electronic! Mit über 60 Bauteilen wird man in 200 Experimenten zum Elektronik-Fan. Die Bausteine erleichtern den Umgang, da kein Kleinteile-Chaos entsteht und einem den Spaß verdirbt. Alle Bausteine sind durchnummeriert und ihre Funktion beschrieben, so dass man immer weiß was man gerade in der Hand hält, und was es kann. Die ganz einfache Druckknopftechnik ermöglicht ganz ohne Vorkenntnisse und ohne besonderes Geschick den Bau aller Versuche. Von einfachen Stromkreisen mit Batterie, Schalter und Lämpchen bis hin zum Mittelwellenradio führt dieser Experimentierkasten in die Welt der Elektronik. Natürlich kommen auch Integrierte Schaltkreise zum Zug: In 4 Bausteinen befinden sich komplette Sound-Schaltkreise für Musik, Alarm, Sound und Verstärker. 4 Mittelwellen Empfang (AM) 4 Einfacher Stromkreis 4 Motorsteuerung mit Reed-Magnetschalter 4 Schaltungen mit npn – und pnp-Transistor 4 Alarmgeber 4 Wasser- und Feuchtemelder 4 Digitale Grundschaltungen 4 Sound-Schaltkreise 4 Verstärker und Lautsprecher 4 Elektronische Türklingel 4 Mikrophon gesteuerte Schaltungen 4 Lichtgesteuerte Schaltungen mit LDR 4 Kombinationen aus allen 4 Tongeneratoren mit Piezo Buzzer

ACHTUNG! Ausschließlich für Kinder von mindestens 8 Jahren geeignet. Anweisungen für die Eltern oder andere verantwortliche Personen sind beigefügt und müssen beachtet werden. Verpackung und Anleitung aufbewahren, da sie wichtige Informationen enthalten!
Für Kinder unter 3 Jahren nicht geeignet. Erstickungsgefahr, da kleine Teile verschluckt oder eingeatmet werden können.
Für Kinder unter 8 Jahren nicht geeignet. Dieses Produkt enthält (einen) kleine(n) Magnet(e). Verschluckte Magnete können sich im Darm gegenseitig anziehen und schwere Verletzungen verursachen. Ziehen Sie sofort einen Arzt zu Rate, wenn (ein) Magnet(e) verschluckt wird (werden).

 

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Electricity & Magnetism

Understanding the Force of Electromagnetism
Conduct more than 60 electrifying experiments with circuits and magnetic contraptions to learn about electricity and magnetism, and how these two fundamental properties are closely related. Children eight and up can safely and easily experiment with electric current and magnetic fields using the colorful snap-together blocks and components in this hands-on kit. Build series and parallel circuits to light up a light bulb. Experiment with push buttons and on-off switches. Assemble circuits that include a spinning motor, two switches, and up to three light bulbs. Conduct tests to see which materials are magnetic. Learn about the force of magnetism and magnetic poles. Magnetize a metal. Use iron fillings to make invisible magnetic fields visible. Investigate magnetic force and direction with a magnetic pendulum device. Learn how a compass works and about Earth's magnetic fields. Conduct a series of experiments with a sturdy electromagnet. Finally, put everything you have learned to good use by constructing a loudspeaker, an electromagnetic relay switch, and a morse code telegraph key. The components are specially designed to make learning fun and accessible. The electrical blocks fit together with simple plugand- socket connectors. Because the blocks are brightly colored and have unique shapes, it is easy to follow the assembly diagrams to construct functional devices. The 64-page, full-color experiment manual guides you through experiments with easy-tofollow diagrams.

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Geolino Elektronik

Experimente in der Welt der Elektronik

Nur mit dieser Technik sind Fernseher, Handy oder Computer funktionsfähig. Wer wissen möchte, wie Elektronik funktioniert, kann dies mit diesem Experimentierkasten erkunden. Dank kinderleichter Stecktechnik funktionieren die reizvollen Anwendungen, wie Batterietester, Blinker, Zeitschalter, Feuchtemelder oder Alarmanlage, auf Anhieb.

ACHTUNG! Ausschließlich für Kinder von mindestens 8 Jahren geeignet. Anweisungen für die Eltern oder andere verantwortliche Personen sind beigefügt und müssen beachtet werden. Verpackung und Anleitung aufbewahren, da sie wichtige Informationen enthalten!
Für Kinder unter 3 Jahren nicht geeignet. Erstickungsgefahr, da kleine Teile verschluckt oder eingeatmet werden können.

 

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