BEDOinnovating education

ELECTRONICSCOMMUNICATIONS

2015CATALOGUE

S C A N H E R E

H e a d q u a r t e r s : 2 3 A m e r S t r e e t , O f f

M e s s a h a S q u a r e , D o k k i , G i z a E g y p t

F a c t o r y : 3 6 t h , i n d u s t r i a l Z o n e ,

6 t h O c t o b e r C i t y, G i z a , E g y p t

Te l : + 2 ( 0 2 ) 37612 2 3 8

F a x : + 2 ( 0 2 ) 37614 576

M o b : + 2 010 67 3 9 9 3 47 / 2 010 9 4 4 4 6 8 81

E - m a i l : M a r ke t i n g @ b e d o e g . c o m

w w w. b e d o e g . c o m 9

Welcome to our creative world! We truly appreciate your continual support for our company and products. The Egyptian

Company for Development of Education Technologies was established in 2008. Through this short period of time, our company became one of the most influential and competitive companies in the field, all due to the efficiency, devotion and competence of our workers. Quality and durability is our goal, so we do commit to exceeding the international standards of Quality Management during all the phases of production. We have a firm belief that our products will enhance and support educators and students in the world and that the key for uniqueness is to invest in the power of minds, research and sustainable development. We also have the capability to custom produce equipment to comply with the requirements of our valued clients. We spent a lot of time listening to students and teachers. We incorporated their complaints of other manufacturers and their remarks on their objectives to build the ultimate training solutions. Our trainers help students reach their educational goals and curriculum objectives by supplying them with the hardware and software that facilitates thinking, creativeness and enhancement of diverse skills. Our job does not end there; Rather, we continue monitoring our systems for life after they are sold. Our after-sale support team is always there to help students and school officials get the most out of their purchased products. Our objective is to be the top producer of engineering/vocational training equipment in the world.Please enjoy our catalog and let us know if you have any questions or concerns. We are always here to help! We guarantee that we will transform your classroom experience to a totally new level.

THE BESTEFFORTS

ISO 14001 / 2004 Environmental Management System

OHSAS 18001 / 2007 Occupational health and safety

ISO 9001 : 2008 Occupational health and safety

2015 : worlddidac membership

COMPANYOVERVIEW

BEDO was founded in 2008, with a mission to en-hance the learning experience of engineering and vocational students. Our learning solutions include industrial quality hands-on training equipment, in-teractive multimedia as well as print-based student learning materials, virtual trainers, teachers’ guides and instructor training.

BEDO was founded by a group of experienced engineers and educators with over 20 years of experience in the field of edu-cational technology. Our team has worked with all international industry leaders in the field for many years. Their shortcomings

were our beginnings. We have worked to manufacture and produce superior products compared to the world’s best. And we have succeeded. We have combined our know-how and knowledge of educational technology, IT and audio/visual advancements to produce new creative and unique solutions not paralleled anywhere in the world.

All BEDO training systems contain an essential element of flexibility. This enables us to structure a technical training program to suit individual customer requirements. BEDO’s experienced staff of educators, instructional system designers and engineers are available to assist teachers, training directors and administrators at any time – including preliminary planning, design of program con-tent, equipment and software selection, installation and instructor training.

Our commitment to quality, innovation and after-sale support has helped us maintain a strong market position and develop a reputation for industry leadership. BEDO engineers always ensure our products are user-friendly and durable enough for engineering of vocational trainees. We also use the most effective pedagogical techniques to provide a multilevel, competency-based, and interactive multimedia curriculum.

BEDO products are designed in-house by our highly competent team of R&D engineers who en-sure our products are always at the cutting edge of engineering technology, ready to teach the next generation of students. At BEDO, we are committed to developing cost-effective training programs that address the latest technologies. We dedicate our research, development and en-gineering resources to providing new and better products to serve the technical training market.

The Key to our success is our ability to anticipate the applications of the new technologies and develop modular training systems that allow us to address the basic, as well as specialized, needs of industry and education.

Today we offer an entire spectrum of educational solutions that enhance learning in vocational training centers, technical schools as well as engineering colleges and universities. Our products include interactive multimedia, educational programs, simulation training software, web-based learning systems and classroom management systems.

General ManagerMostafa Elbidweihy

CONTENTS

ELECTRONICS AND COMMUNICATIONS

Advanced Electronic Lab

Electric Circuit Lab

Electric Decies Lab

Digital Logic Design Lab

Integrated Circuits Lab

12

14

16

18

20

INTRODUCTIONAdvanced Electronic Lab

Electric Circuit Lab

Electric Decies Lab

Digital Logic Design Lab

Integrated Circuits Lab

1214161820

ADVANCED ELECTRONIC LAB

The fluid mechanics bench acts as the infrastructure of a wide array of experimental modules in fluid mechanics.

The bench forms a closed water circuit, and being mainly comprised of a storage tank, pump, flow control valve and a measuring tank with level indicator.In addition to the integrated flume for experimentation with weir, the top working surface provides enough space and versatility for mounting of experimentation modules for fluid mechanics.

The bench has been designed to provide operator convenience by incorporating certain features like wheels for relocation and positioning, a top working surface with internal edge to prevent water spilling, and many others.

General Description

Basic FeaturesBase Unit: Learning modules:

Interface Software:

Range of Experiments:

Scope of Delivery

Protected against electromagnetic disturbance and noiseSafe and reliable operationCompatible with a comprehensive array of learning modulesA locking mechanism insures fixation of learning modules to base unitIncludes a comprehensive collection of sockets for external connectionBuilt-in DC power supplyBuilt-in AC power supplyBuilt-in digital function generatorBuilt-in modulation/audio generatorBuilt-in clock signal generatorBuilt-in 4-channel oscilloscopeBuilt-in digital analyzerBuilt-in multi-meterSet of LEDs for status indication

Carefully structured courses according to field of study where each module integrates real hardware components relevant to a certain field of study.Rigid construction made of plastic with circuit diagrams printed on top of each module.Different resistance values according to learning module.Broad range of 2mm sockets on top of each module for internal and external connection with base unit.

Simple and user friendly interface.Carefully structured learning materials.Rich materials and lessons.Providing interactive learning experience by data or measurements presentation and simulation and control of processes or experiments.

Studying transistor shunt voltage regulatorsStudying transistor series voltage regulatorsStudying class “A” power amplifierStudying class “B” push pull emitter followerStudying class “C” tuned amplifierStudying single stage RC coupled BJT amplifierStudying double stage RC coupled amplifierStudying cascade amplifierStudying Low pass and high pass filtersStudying active notch filterStudying phase shift oscillatorStudying transistorized phase shift oscillatorStudying Hartley oscillatorStudying Colpitts oscillatorStudying Wein bridge oscillator

Plug-in lab base unitCD containing interface softwareCables and connectionsStorage cabinet for modules User manual

Specifications

Input: 1-phase, 220 VAC, 50 Hz

2-digit multi-meter:

Voltage: AC / DC / AD + DC 2/20 V

Current: AC/DC 0.2/2 A

Resistance: 2/20/200 KΩ, 2 MΩ

Digital function generator:

Generated signal types: Sinusoidal, square wave, trian-gular, DC

Frequency: 1 Hz – 10 KHz

Max. voltage: +- 10 V

Max. current: 250 mA

Modulation/audio generator:

Signal types: Sinusoidal, square wave, triangular

Frequency: 1 Hz – 10 KHz

Digital 4-channel oscilloscope:

4 different inputs

Sampling rate: 2 M samples per channel

Resolution: 12 bit per channel

Memory depth: 2 K samples per channel

Digital analyzer:

9 digital inputs, TTL-compatible

Sampling frequency: 200 Hz - 2 MHz

Triggering on any combination of input statuses

Memory depth: 2048 words with 9 bits

Clock signal generator:

Frequency: 1Hz – 1 MHz (adjustable)

Fan out: 10 TTL load

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program 1312

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AEL 2003

The plug-in Lab is a state of the art training solution system for multidisciplinary technologies.Its architecture is composed of a base unit to which various learning modules can be connected. Each module incorporates certain disciplinary feature or functionality to be experimented by students, such as electronic or digital circuits.The base unit provides the modules with power supply and measuring capability.The Base unit has much functionality incorporated within it for signal generation and analysis, such as digital function generator, oscilloscope, multi-meter, and digital analyzer.The base unit has a built-in data acquisition system so it can be connected to a PC via USB for transfer of measurements, control of base unit functionalities, or for experiencing an interactive learning through dedicated software.

General Description

Basic FeaturesBase Unit: Learning modules:

Interface Software:

Range of Experiments:

Scope of Delivery

Protected against electromagnetic disturbance and noiseSafe and reliable operationCompatible with a comprehensive array of learning modulesA locking mechanism insures fixation of learning modules to base unitIncludes a comprehensive collection of sockets for external connectionBuilt-in DC power supplyBuilt-in AC power supplyBuilt-in digital function generatorBuilt-in modulation/audio generatorBuilt-in clock signal generatorBuilt-in 4-channel oscilloscopeBuilt-in digital analyzerBuilt-in multi-meterSet of LEDs for status indication

Carefully structured courses according to field of study where each module integrates real hardware components relevant to a certain field of study.Rigid construction made of plastic with circuit diagrams printed on top of each module.Different resistance values according to learning module.Broad range of 2mm sockets on top of each module for internal and external connection with base unit.

Simple and user friendly interface.Carefully structured learning materials.Rich materials and lessons.Providing interactive learning experience by data or measurements presentation and simulation and control of processes or experiments.

Electric circuits modules:Verifying Ohm’s lawVerifying Kirchhoff’s current lawVerifying Kirchhoff’s voltage lawStudying RLC series and parallel resonanceStudying Wheatstone bridgeVerifying Thevenin theoremVerifying Norton theoremVerifying maximum power transfer theoremVerifying superposition theoremsVerifying reciprocity theorems

Plug-in lab base unitCD containing interface softwareCables and connectionsStorage cabinet for modules User manual

Specifications

Input: 1-phase, 220 VAC, 50 Hz

2-digit multi-meter:

Voltage: AC / DC / AD + DC 2/20 V

Current: AC/DC 0.2/2 A

Resistance: 2/20/200 KΩ, 2 MΩ

Digital function generator:

Generated signal types: Sinusoidal, square wave, trian-gular, DC

Frequency: 1 Hz – 10 KHz

Max. voltage: +- 10 V

Max. current: 250 mA

Modulation/audio generator:

Signal types: Sinusoidal, square wave, triangular

Frequency: 1 Hz – 10 KHz

Digital 4-channel oscilloscope:

4 different inputs

Sampling rate: 2 M samples per channel

Resolution: 12 bit per channel

Memory depth: 2 K samples per channel

Digital analyzer:

9 digital inputs, TTL-compatible

Sampling frequency: 200 Hz - 2 MHz

Triggering on any combination of input statuses

Memory depth: 2048 words with 9 bits

Clock signal generator:

Frequency: 1Hz – 1 MHz (adjustable)

Fan out: 10 TTL load

ELECTRIC CIRCUIT LAB

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program 1514

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ECL 1001

The plug-in Lab is a state of the art training solution system for multidisciplinary technologies.Its architecture is composed of a base unit to which various learning modules can be connected. Each module incorporates certain disciplinary feature or functionality to be experimented by students, such as electronic or digital circuits.The base unit provides the modules with power supply and measuring capability.The Base unit has much functionality incorporated within it for signal generation and analysis, such as digital function generator, oscilloscope, multi-meter, and digital analyzer.The base unit has a built-in data acquisition system so it can be connected to a PC via USB for transfer of measurements, control of base unit functionalities, or for experiencing an interactive learning through dedicated software.

General Description

Basic FeaturesBase Unit: Learning modules:

Interface Software:

Range of Experiments:

Scope of Delivery

Protected against electromagnetic disturbance and noiseSafe and reliable operationCompatible with a comprehensive array of learning modulesA locking mechanism insures fixation of learning modules to base unitIncludes a comprehensive collection of sockets for external connectionBuilt-in DC power supplyBuilt-in AC power supplyBuilt-in digital function generatorBuilt-in modulation/audio generatorBuilt-in clock signal generatorBuilt-in 4-channel oscilloscopeBuilt-in digital analyzerBuilt-in multi-meterSet of LEDs for status indication

Carefully structured courses according to field of study where each module integrates real hardware components relevant to a certain field of study.Rigid construction made of plastic with circuit diagrams printed on top of each module.Different resistance values according to learning module.Broad range of 2mm sockets on top of each module for internal and external connection with base unit.

Simple and user friendly interface.Carefully structured learning materials.Rich materials and lessons.Providing interactive learning experience by data or measurements presentation and simulation and control of processes or experiments.

Studying diode characteristicsStudying diode clipper and clamping circuitsStudying Zener diode characteristicsStudying LED characteristicsStudying DIAC characteristicsStudying PNP and NPN transistors as CE, CB, or CCStudying Field effect transistor (FET) characterist icsStudying dual gate MOSFET characteristicsStudying silicon controlled rectifier (SCR) characteristicsStudying I-V characteristics of UJTStudying input and output characteristics of 3 terminal IC regulator

Plug-in lab base unitCD containing interface softwareCables and connectionsStorage cabinet for modules User manual

Specifications

Input: 1-phase, 220 VAC, 50 Hz

2-digit multi-meter:

Voltage: AC / DC / AD + DC 2/20 V

Current: AC/DC 0.2/2 A

Resistance: 2/20/200 KΩ, 2 MΩ

Digital function generator:

Generated signal types: Sinusoidal, square wave, trian-gular, DC

Frequency: 1 Hz – 10 KHz

Max. voltage: +- 10 V

Max. current: 250 mA

Modulation/audio generator:

Signal types: Sinusoidal, square wave, triangular

Frequency: 1 Hz – 10 KHz

Digital 4-channel oscilloscope:

4 different inputs

Sampling rate: 2 M samples per channel

Resolution: 12 bit per channel

Memory depth: 2 K samples per channel

Digital analyzer:

9 digital inputs, TTL-compatible

Sampling frequency: 200 Hz - 2 MHz

Triggering on any combination of input statuses

Memory depth: 2048 words with 9 bits

Clock signal generator:

Frequency: 1Hz – 1 MHz (adjustable)

Fan out: 10 TTL load

ELECTRIC DECIES LAB

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program 1716

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EDL 2002

Scope of DeliveryPlug-in lab base unitCD containing interface softwareCables and connectionsStorage cabinet for modules User manual

Specifications

Bread board that will accommodate the pins of DIP ICs

Pulse Generator

Square , Triangular and Sinusoidal wave generator

8 channel binary static switches

2 channel Binary Pushbutton

8 channel logic signal Indicators

1 channel logic Probe

Power and Ground Connectors

Prototyping Board

DIGITAL LOGIC DESIGN LAB

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program 1918

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BDO 1001

The plug-in Lab is a state of the art training solution system for multidisciplinary technologies.Its architecture is composed of a base unit to which various learning modules can be connected. Each module incorporates certain disciplinary feature or functionality to be experimented by students, such as electronic or digital circuits.The base unit provides the modules with power supply and measuring capability.The Base unit has much functionality incorporated within it for signal generation and analysis, such as digital function generator, oscilloscope, multi-meter, and digital analyzer.The base unit has a built-in data acquisition system so it can be connected to a PC via USB for transfer of measurements, control of base unit functionalities, or for experiencing an interactive learning through dedicated software.

General Description

Basic FeaturesBase Unit: Learning modules:

Interface Software:

Range of Experiments:

Scope of Delivery

Protected against electromagnetic disturbance and noiseSafe and reliable operationCompatible with a comprehensive array of learning modulesA locking mechanism insures fixation of learning modules to base unitIncludes a comprehensive collection of sockets for external connectionBuilt-in DC power supplyBuilt-in AC power supplyBuilt-in digital function generatorBuilt-in modulation/audio generatorBuilt-in clock signal generatorBuilt-in 4-channel oscilloscopeBuilt-in digital analyzerBuilt-in multi-meterSet of LEDs for status indication

Carefully structured courses according to field of study where each module integrates real hardware components relevant to a certain field of study.Rigid construction made of plastic with circuit diagrams printed on top of each module.Different resistance values according to learning module.Broad range of 2mm sockets on top of each module for internal and external connection with base unit.

Simple and user friendly interface.Carefully structured learning materials.Rich materials and lessons.Providing interactive learning experience by data or measurements presentation and simulation and control of processes or experiments.

Studding operational amplifier as adder, subtractor, comparator, integrator and differentiatorStudying waveform generation of a stable and monostable multivibrators using operational amplifiersStudying waveform generation of a stable and monostable multivibrators using 555 timerStudying V-I and I-V converters using operational amplifierStudying instrumentation amplifier

Plug-in lab base unitCD containing interface softwareCables and connectionsStorage cabinet for modules User manual

Specifications

Input: 1-phase, 220 VAC, 50 Hz

2-digit multi-meter:

Voltage: AC / DC / AD + DC 2/20 V

Current: AC/DC 0.2/2 A

Resistance: 2/20/200 KΩ, 2 MΩ

Digital function generator:

Generated signal types: Sinusoidal, square wave, trian-gular, DC

Frequency: 1 Hz – 10 KHz

Max. voltage: +- 10 V

Max. current: 250 mA

Modulation/audio generator:

Signal types: Sinusoidal, square wave, triangular

Frequency: 1 Hz – 10 KHz

Digital 4-channel oscilloscope:

4 different inputs

Sampling rate: 2 M samples per channel

Resolution: 12 bit per channel

Memory depth: 2 K samples per channel

Digital analyzer:

9 digital inputs, TTL-compatible

Sampling frequency: 200 Hz - 2 MHz

Triggering on any combination of input statuses

Memory depth: 2048 words with 9 bits

Clock signal generator:

Frequency: 1Hz – 1 MHz (adjustable)

Fan out: 10 TTL load

INTEGRATED CIRCUITS LAB

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program

BEDO ® reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program 2120

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ICL 2004

BEDOinnovating education

FLUID MECHANICS2015CATALOGUE

S C A N H E R E

H e a d q u a r t e r s : 2 3 A m e r S t r e e t , O f f

M e s s a h a S q u a r e , D o k k i , G i z a E g y p t

F a c t o r y : 3 6 t h , i n d u s t r i a l Z o n e ,

6 t h O c t o b e r C i t y, G i z a , E g y p t

Te l : + 2 ( 0 2 ) 37612 2 3 8

F a x : + 2 ( 0 2 ) 37614 576

E - m a i l : M a r ke t i n g @ b e d o e g . c o m

w w w. b e d o e g . c o m7