Technical Training | ED

• 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