Covering experiment topics for a course of 8 weeks, each system set starts from basic theories and understanding of the essential equipments with real field installation, and ends with use of the installd network and identification of minitoring tasks. Each chapter of the Experimental Manual consists of theory(2 hours) and practice(2 hours)

EXPERIMENTS

Understanding of communication theory / protocol
LAN Card setup practice
Field practices for wire arrangement among the LAN products
Concept of HUB setup practice
DSU function, Line Path characteristics and use of Interface
Fuction of Router and interface setup
Opration of the program for packet Analysis
Network design and programming
Interlocking functionality for ADSL Training Sysem(ED-NET2 model)

More products ED

MOTOR / GENERATOR TRAINER UNIT MG-5216

• 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

DC MOTOR/AC GENERATOR MG-5214

• DC motor’s load characteristics
• DC motor’s loss and efficiency
• Alteration of the motor’s rotative directions
• Motor’s speed and torque

REFRIGERATION & AIR CONDITIONING DEMONSTRATOR ED-5820/ED-5840

• Easy-to-use demonstarator for principles of refrigeration/airconditioning
• Motor Compressor : Pison type
• Trouble shooting for pipe leakage

LON DEVICE DEVELOPMENT KIT ED-5960

• 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

SQUIRREL CAGE INDUCTION MOTOR/ DC GENERATOR MG-5212

• 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

MINI MPS (MODULAR PRODUCTION SYSTEM) ED-9160

• 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

INTELLIGENT ROBOT DEVELOPMENT KIT ED-7273

• 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

OP-AMP CIRCUIT TRAINER ED-6000

• OP-Amp. characteristics and various appplication circuits
• Main Frame contains DC Power Supply, AF Signal and Frequency Counter

CDMA TRAINING KIT ED-2945

• Rich experiments devoted to IS95 standard
• Easy-to-follow structure as main functions are itemized in modules

HOME NETWORK DESIGN PLATFORM ED-5965

• 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