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• One-stop training kit for embedded system, DSP and FPGA• 7” Wide TFT LCD, 10/100 Ethernet 1Port, Serial 1Port, SD/MMC, ATA and other interfaces
• Analog feedback loop & DC servo system• Modularized by the function of servo circuits• Overload protection for the servo amp's and power supply's output
• 19 types of modules & graphic boards• 25 types of electrical machine assembly• Experimental board rack & storage trolley
• Measurement of induction motor’s power efficiency• How to use electro-dynamometer• Torque Measurements by dynamometer• Use of separately excited DC generator
• RIM’s no-load power factor and load power factor• Load characteristics of separately excited DC shunt-wound generator• No-load saturation characteristics of generator• DC shunt-wound generator’s loss and power factor
• Start and Sync characteristics of synchronous motor• V-curve characteristics of synchronous motor• Synchronous motor’s loss and efficiency• Load characteristics of self-excited shunt-wound generator
• DC motor’s load characteristics• DC motor’s loss and efficiency• Alteration of the motor’s rotative directions• Motor’s speed and torque
• Load characteristics of shunt-wound and compound generators• Generator’s speed and output by winding type• Loss and efficiency comparisons by winding type
• Start and load characteristics of squirrel cage induction motor• Alteration of the rotative directions of squirrel cage Induction Motor• Slip speed and torque of induction motor• Induction motor’s no-load power factor and load power facto
• Load characteristics of DC compound motor• Cumulative compound and differential compound characteristics• Generator’s rotating speed and output characteristics• Loss and efficiency of DC compound generator
• Complete Motor/Generator Training System• Various load characteristics(Resistance, L/C Reactance and Torque)• Selectable System(ED-5100-1, ED-5100-2, ED-5100-3 or Full Set)
• Inverting, Non-inverting and Differential Amplifiers• Comparator Circuit• Voltage and Current Circuit
• Remote mode by PC and Local mode by manual operation on the panel• Graphical display of diagrams on panel for AD/DA conversion procedures• DSO embodiment by A/D Converter for collection and analysis of analog data on PC• Storage of measured data and generation of 5 wave forms required for experiments through D/A Converter
• Modular system with experimental rack• Pulse Generation, synthesis and conversion• Built-in signal source and DC power supply
• Capable of performing Logic monitoring functions• Graphical presentation of functional diagram on each module• 15 modules each for TTL or CMOS IC type
• Unique logic cards(TTL/CMOS)• Internal pulse outputs• 3-stage Logic Monitor• BCD indication
• Hexadecimal number indicators• Selectable pulse outputs• Built-in DC power supp
• Hi/Lo Logic Switch• BCD hexadecimal indication LED• Built-in DC power supply(+5V,+9V,±15V)• Voltage and current meter • DC overload alarm and indication• Variable and single pulse generator
• OP-Amp. characteristics and various appplication circuits• Main Frame contains DC Power Supply, AF Signal and Frequency Counter
• SCR characteristics• Rectifier and phase control• Trigger and gate control• Motor speed control
• AF Generator and Frequency Counter(built-in)• Dual DC Power Supply(5/6V, 9/12/15V)• Decade Capacitor(2 digits) and Programmable Resistor
• 24 Experimental Boards in two sections : (A) Semiconductor and (B) Electronic Circuit• Experimental Board rack and board storage cabinet
• Realistic arrangement of materials used for contact sequence• Indication of each element’s symbol on the panel
• Covers essential circuits needed to practice power electronics circuits• Modular type with aluminum carrying case• Optional rack to be customized upon requst
• 14 experimental boards with mounting rack and storage cabinet• Analysis of DC and AC circuits• Electromagnetics experiments
• Various types of circuit experiments with 17 basic modules plus 3 optional modules• Main console(power supply) and storage cabinet
• 5 experimental modules for power electronics covering basic theory and applied experiments• Capable of real-time measurements on PC by linking it to CBIS-1400 model• By connecting PC to the Docking station, contact control is implemented on MMI(HMI) based software• Report on experimental results & electronic manual on PC
• 15 experimental modules for basic electricity/electronics and analog & digital circuits• Capable of real time measurement on PC by linking it to CBIS-1400 model.• By connecting PC to the Docking station, contact control is implemented on MMI(HMI) based software• Report on experimental results & electronic manual on PC
• PC-based multi-function instrument for electricity/electronics and other experiments• Digital Storage Oscilloscope with the 2-channel simultaneous 50MS/s sampling rate• Spectrum Analyzer functions using Digital Storage Oscilloscope(DSO)• Variable Power Supply(VPS), Function Generator(FG), Analog Output and Digital Output• Analysis of collected data on PC through the modules of DSO, DMM, FC and Analog/Digital Input• Numerical and graphical indication of the data measured and analyzed in real time
• DC Amplifier• Complementary Amplifier• Differential Amplifier• Operational Amplifier• Active Filter Circuit
• Basic to advanced learning courses for Embedded Linux• Intel PXA255(400MHz) high-performance microprocessor• 6.4TFT LCD, Ethernet 2port, Serial 3port, PCMCIA/CF/MMC interfaces• FPGA Chip(Altera Cyclone 120,000Gate) mounted for SoC experiments• Reliable hardware and abundant experiment contents for programming
• Foundation for the Ubiquitous System Build• Intel PXA 270 high performance processors• 6.4TFT LCD, Ethernet 3Port, Serial 3Port, PCMCIA/CF/MMC interfaces• FPGA Chip Altera Cyclone 4,000 LEs(12,000 LEs Option) for SoC courses• Processor Core Board & CMOS Image Sensor
• Conversion processing experiments on the produced energy(power production / processing)• Energy efficiency experiments followed by energy production and conversion• Voltage and current characteristics curve• Standalone or integrated operation of the energy experimental module• Enriched teaching aids such as simulation software for power production
• Conversion experiments on the produced energy(power production/processing)• Characteristics of Solar Cell module’s voltage and current• Alarm beep for wrong wire placement• Voltmeter and ammeter as included for measuring AC and DC• Control by PC and waveform and graph output
• Inverse current protection• Built-in charge controller and bulit-in battery• Overcurrent/electric discharge protection• 360° rotation by the direction of wind• Configurable composite structure by adding optional
• Fuel cell generation using photovoltaic• Complete disassembly and assembly of the fuel cell• Current and voltage measurement for PEM Fuel Cell Stack according to each of Cell• Power production experiment using PEM Fuel cell
• Testing of load for maximum four fuel cell at the same time• Removable type of electrical dissolution and fuel cell from main body• Monitoring through LabVIEW program
• Practice basic method how to operate such as basic peration, Constant voltage, Constant current, serial connection, and arallel connection• Brightness control, Color control, and lighting• Simulation for Steady/PWM
• Home network based experiments suitable for ubiquitous computing• Integrated ubiquitous device using ZigBee/RFID and finger print recognition• Designed to help develop home network on the ground of Lon Protocol• Equipped with each PLC module(Power Line Communication) for home network• Related experiments through Neuron C and MICOM programming
• Designed to help develop network devices on the basis of Lon Protocol• Control of each device installed in the field through power line communication• Related experiments through Neuron C and MICOM programming• Home network control in utilization of LabVIEW
• Home network control in liaison with Embedded PXA 255/270/272/320• Power line communication and ZigBee modules with Multi Port in use together• Embedded
• The optional Embedded System(ED-255EK) can be linked as a gateway• ZigBee network can be built using TinyOS, F8WOS• Capable of control and monitor through Ethernet• The RFID Card Reader is supplied as a standard shipped component for applied experiments on security, home automation and robot
• The electronic manual operable on PC comes with ED-1450 and e-learning is optimized by remote control of student’s operating program and evaluation of student’s online report in real time.• Through DS-1410, it provides Variable Power Supply(VPS), Function Generator(FG), Analog Output, Digital Output needed for experiments.
• Various types of test point for Air-interface experiments• Anti-collision function• OCX Library useful for application engineers• 13.56MHz I-CODE Type in common usage• Capability of reading and writing data on Tag
• F/W program practices for RFID Reader• 13.56MHz and 900MHz in common use• Data Read/Write to 900MHz Tag• ED-3710 application programming (13.56MHz, 900MHz)• Fixed Type RFID Reader
• Panel type structure for good grasp of entire network configuration• Learning about the functions and characteristics of basic network equipments such as NIC, HUB, Router and DSU, plus installation and maintenance• Interlocking experiments with Internet for clear understanding a real network• Capable of conneting to the open network on campus
• Study of functions, characteristics, installation, repair and maintenance of basic ADSL components such as Telephone Exchange, Splitter, DSLAM, ADSL Modem, HUB and LAN Card• Network structure through interworking experiments with Internet and capability of Internet usage and simple programming• Capable of interworking experiments with ED-NET-3(LAN Training System)
• Step by step courses on the networks theories to train the engineers• CISCO Router based training will help obtain CCNA, CCNP, CCIE certificates• Functions and characteristics of network system(LAN Card, Router, L2 Switching Hub, L3 Switching Hub)• 19Rack type structure for effective network configuration• Optimized learning system for the Router based on one on one training(OPTION)
• Rich experiments devoted to IS95 standard• Easy-to-follow structure as main functions are itemized in modules
• The Electronic Manual operable on PC comes with ED-1440 and e-learning is optimized by remote control of student’s operating program and evaluation of student’s online peport in real time.• Through DS-1410, it provides Variable Power Supply(VPS), Function Generator(FG), Analog Output, Digital Output needed for experiments.
• Interlocking system package with CBIS-1400 and DS-1410 Models (Options)• Experiments on a measurable low frequency bandwidth• Realistic experiments on modulation and demodulation• Verification of the output waveform on PC engaged with CBIS-1400 Model
• Modularized by each communicarion type• PAM, PTM, PCM, DPCM, ADPCM, LDM, ADM, Delta-sigma• No need to have additional generators (built-in power supply and signal source)• Can display the test point and measure signals using an oscilloscope
• 10 experimental modules with a mainframe console• Basic concepts on the communication systems• Experiments on the broadcast frequency band tuning• Generation of AM and FM waves and detection theory
• 7 experimental modules with a mainframe console• Harmonic Analysis and Superheterodyne Receiver experiments• PCM(TDM), Sample Hold, and Delta Modulation experiments
• Modularized by the function of digital communication circuits• FSK, ASK, PSK, QPSK and digital communication principles• 12 types of modules including a power supply unit
• E/O and O/E conversion and characteristics• Optical PCM communication(trasmission&reception)• Optical Data communications using personal computer• DC power supply, a roll of fiber cable and the microphone included as peripherals
• PLL and Digital Synthesizer• PAM, PCM, FDM and FSK Modem• 10types of module including DC Power Supply
• Gunn Oscillator base system• Directional Coupler & Horn Antenna• Frequency : 9GHz~11GHz (X-Band)• Microwave output : 15mV
• 16 different types of Antenna• RF source generation : 500MHz, 2GHz and 10GHz• Software simulation of radiation Patterns and characteristics of Antenna• Antenna Directional Coupler (Manual / Remote)
• Helps understand theories on the Microstrip Line Theory and Microwave Elements Design• Composed of 22 types of modules such as VCO using Coupler, Divider, Circulator, Attenuator and Filter• SWR Detector, Modulation, Transmission/Reception, Detector, Self-Oscillation functions
• HF band(3.5~12MHz)• Transmitter and Receiver modules for each circuit stage• Graphical latour of the block diagrams, plus LEDs and test points• Covers Push-to-Talk and helps understand short wave communications
• Realistic Simulation of FM stereo broadcast• Graphical layout of block diagrams, display elements and test points• Covers the principles of FM stereo encoder and decoder• Experiments on stereo amplifier (equalizer, tone control, pre-amp, etc.)
• Best solution for IPTV platform and IPTV Digital Broadcasting System in applications and experiments• High-performance Microprocessor SIGMA EM8622 for powerful multimedia functions• IPTV Set-top Box, Media Player, Digital Multimedia Processing
• Ideal for the Ubiquitous and Home Network based experiments• Home security experiments on utilization of its unattended security function• Robot control API using Visual C++ and control functions by Visual Basic Scripter• Next Generation Cell(Lithium Lon) – compact size and increase in life time
• Omni-directional robot system• Microprocessor based control command as for simple use• Floor detecting sensor and forward area detecting distance sensor as mounted• Mountable expansion by adding the optional ultrasonic sensor and infrared sensor
• Integrated sensor training system covering electricity, electronics, automation and chemistry• Consists of 24 sensor modules, 8 application modules, 5 conversion modules, 2 signal prossing modules, 11 pneumatic components and power supply• PC-based control for convenient, effective data collection and analysis• Application module experiments(illumination, pneumatic auto coor, motor, temperature) for enhancing field experiences
• Belt-type conveyor simulator• Control Modes : manual or automatic by programmable Logic Controller• Three photo sensors and two motion solenoids
• Practical training on inverter and 3-phase induction motor operations• Control experiments using a PLC module (in use of D/A module)• Feasible contact-type PLC control• Carrying case type structure for convenient storage and mobility
• Experiments on Servo Motor control techniques using Servo Driver• Aluminum carrying case for convenient storage and mobility• JOG operation, PLC control operation, PC control operation• Various types of control elements easily to be mounted• Capable of checking normal operating voltage / over current by voltmeter and ammeter
• Display of the rotational speed and angle data using LCD• PC control and waveform output functions• Portable type with Aluminum Carrying Case
• Graphical display of functonal block diagram on the system suface• Real-time monitoring and control by PC Control Program• LM Guide and Rotary Encoder for position control• Displays moving distance and angle data using LCD
• Aluminum hard case structure for mobility• Applied experiments on the motor’s rotation characteristics• AC motor control technology using the inverter• Interlocking experiments with Programmable Logic Controller
• Experiments on various types of special control unit• Characteristics of Servo Motor and setup of Servo Driver• Essential components in automation using a PLC position module• 4mm banana jack to increase wiring capability
• Aluminum Profile-based work table structure for mounting the components• Manufacturing electrical composition elements in modular type using actual components• Wiring practices and circuit composition to configure sequence composition elements on the working board• Various contents linked with e-learning such as wiring, operation and etc.
• Mountable 5pieces MCU(8051,PIC, ATmega128, ATmega8535, upd78F0547)• Practice of various communications such as RS-232 USB and Ethernet• SoC experiments using the default FPGA (EP1C4F324)• Storage of sensor data display and excel data using UI(LabVIEW)
• Mountable 5 type of MCU(8051,PIC, Atmega128, Atmega8535, Upd78f0547)• Practice of various communications such as RS-232 USB and Ethernet• Practice from basic I/O exercises to sensor application exercises with 5 MCU’s• Possible of various practice by using of Bread Board and I/O Expansion Port• Storage of sensor data display and Excel data using UI(LabVIEW)
• Small desk type structure for space optimization• Built-in DC power supply for convenience• Handy experiments on the basic and application programming commands• Base structure capable of expansion by mounting the special modules
• Comprehensive experiments on PLC, Inverter, Touch Panel and Sensor• Various programming experiments including digital numeric value• Aluminum case structure for convenient storage and mobility• Built-in DC power supply as part of system for handy practices• All-in-one training system which comes with the inverter and touch panel
• Industrial training enhancement in the field of PLC and sequence control• Various types of programming experiments covering a digital numeric program• Aluminum case structure for storage and locomotive convenience• Built-in DC power supply and built-in expansion port
• Composed of essential devices for Programmable Logic Controller I/O commands• LD (Ladder Diagram), IL (Instruction List), SFC (Sequential Function)• Built-in Simulator to train on the encoder’s principle and functions• Stepping motor and DC motor installed as standard (forward/reverse rotation, linear movement)• Capable of network configuration by CPU and Remote I/C Link
• SIMATIC STEP7-300 PLC programming and execution• Modularization of the devices dssential for PLC I/O commands• Experiments for basic command and various application program• Binary data experiments with 4digits digital switch and display unit• Customizable for various types of STEP7-300 series CPU
• MITSUBISHI MELSEC-Q PLC programming and execution• Modularization of the devices essential for PLC I/O commands• Experiments for basic command and various application program• Binary data experiments with 4digits digital switch and display unit• Various types of QCPU can be selected from a basic to hyper performance
• ALLEN-BRADLEY SLC-500 PLC programming and execution• Modularization of the devices essential for PLC I/O commands• Experiments for basic command and various application program• Binary data experiments with 4digits digital switch and display unit• Customizable for various types of SLC-500 Series CPU upon request
• Monitoring of internal data through the 4-digit LED• LD (Ladder Diagram), IL (Instruction List), SFC (Sequential Function) • Stepping motor and DC motor installed as standard for rotational / linear movement • Basic 3 Modules : Input Controller, Output Simulator, Count & Position Simulator
• Docking System architecture separating the main body from PLC modules• Various types of Programmable Logic Controller experiments• Modular structure for convenient storage and mobility• Built-in multi connection device compatible with world’s famous PLC brands
• Easy-to-use demonstarator for principles of refrigeration/airconditioning• Motor Compressor : Pison type• Trouble shooting for pipe leakage
• Experiments on the 4-axis Cartesian robot• Teaching pendant in 7.5wide color touch panel• Standard language for the international industrial robot• Simulation software in three dimension
• Experiments on the industrial SCARA robot• Teaching pendant in 7.5wide color touch panel• Standard language for the international industrial robot• Simulation software in three dimension
• Experiments on the industrial robot being used in real life• Teaching pendant in 7.5wide color touch panel• Standard language for the international industrial robot• Simulation software in three dimension
• Disassembly and assembly practices for the robot actuators• Utilization of a robot being used in the industry, so to apply a job site after graduation• Simulation software provided to make assembly or disassembly easily• Enables basic operation and testing practices on the assembled unit using a controller
• Control of pressure, flow, level and temperature which are essential for process control• Capable of stand-alone control and mixed combination in various types• Real-time measurement and monitoring using data collection and signal conditioning• Measurement of flow’s status and gain of the controlled data
• Organization of various control elements in complexity for applied technology • Total of 6 processes comprising supply, Sensor, Stopper, Absorption & Transfer, Conveyor and Loading• Built-in control elements covering mechanics, electricity, and electronics• Control circuit for simple and high speed data transmission in the USB type
• Small size type suitable for traning on automation system’s installation and operation• Mechanism and installation methods through assembly and disassembly per process• Enhancement of application programming techniques through PLC control
• Comprehension of basic production automation processes such as transfer, fabrication, classification, inspection and storage• Convenient wiring and pipe arrangement with a label of each component such as sensors and actuators• PLC training system function(various types of sequence actions through a change in PLC control program• Counter/timer function and motor control by PLC or without PLC(electrical method)• Aluminum profile worktable & control modules for easy mounting
• Stores at the cell designated by crane• Stores according to color and materials• Selecting and taking at the time of cell is full
• Computer-Integrated Manufacturing Training System under the application of advanced control technology for real field experiences• Capable of “per unit” configuration into the two or more processes, or entire processes for customized experiments by combining each process
• Consists of one gripper and 5-axis vertical multi joints• Absolute-type RVDT Position Sensor applied to each axis and requires no Limit switch• High performance CPU enables real-time control of each axis• PID gain tuning and real-time control
• Enriched examples for the beginning level to an advanced level in the robot class• Easy to mount modules by the clamping device• USB high speed(480Mbps) interface• Extensive learning for the sensors being used in the field of Ubiquitous and Home Network• Image processing practice using USB Camera
• Obstacle avoidance and autonomous traveling using eight ultrasonic sensors• Various types of robot configuration by combining each module• Remote control by the controller• Precise operation by DC Servo Motor• Flow chart based programming software
• Convenient parts fixation by ‘one-touch lever’ bases and aluminum profile structure• Efficient space utilization by mounting parts horizontally/vertically• A complete pneumatic training system to help achieve advanced level of skills and obtain pneumatic engineering related licensesOver