MTS-86C helps students to understand the architecture and programming of 8086 computer. The system contains five main parts: (1) an 8086 CPU (2) system and user memory (3) world standard chip sets (4) input and output devices, and (5) external interface.
Students edit and make a assembly program codes from PC and observe instant results after they download and execute programs from system memory. Debug functions are also available via PC or system keypad interface.
KL-920 is implemented with high speed MCU, DSP and high flexible FPGA devices, giving students more opportunities to setup and observe digital data signals at each transmission stage.
Learning topics include ASK / FSK transmission in wireless ISM band, FEC codec technique (block code and convolution code), digital data formatting (Preamble, ID, FEC and CRC), Manchester coding, SONET transportation frame (STS1 and STM1), TDMA, PCM, TDM, DSSS, CDMA, Digital filter, etc..
Advanced-Communication-System
FROM KANDH
Features:
144MHz VHF FM Transceiver Trainer
KL-900B Analog Communication System discloses the secret of the walky-talky based on the 144MHz VHF band. The circuitry of walky-talky is shown as blocks: receiver block, transmitter block, audio amplifier block and microphone amplifier block.
Block diagrams are printed clearly on the panel of the module, giving students a comprehensive view of how walky-talky works.
Analog-Communication-System
FROM KANDH
Features:
144MHz VHF FM Transceiver Trainer
KL-900B Analog Communication System discloses the secret of the walky-talky based on the 144MHz VHF band. The circuitry of walky-talky is shown as blocks: receiver block, transmitter block, audio amplifier block and microphone amplifier block.
Block diagrams are printed clearly on the panel of the module, giving students a comprehensive view of how walky-talky works.
The trainer provides hands-on training for the students to get a good understanding of the operating principles of probes, sensors, pressure and electronic display system.
The Cockpit Instrumentation Trainer which includes the fault simulation, for allowing the instructor to insert a selected fault or simulate faults, helps students to identify the fault and troubleshoot the problem.
The A320 Flight Simulator, which is valuable in teaching pilots for conducting simulation, is realistic replica of Airbus 320 cockpit. The system aims to provide students with concepts in various avionics & aircraft instrumentation.
External Instructor station will allow the instructor to monitor, control and simulate faults to the operating flight simulator, display the exact flying operation.
KL-900A offers experiments for fundamental technical concepts on telecommunication.
It enables students to acquire a clear experimental view and, further, they will be familiar with the operational aspects of the work in the telecommunication laboratory.
The electrical machines system leads students to distinguish the mechanical similarity and difference among all electrical machinery. Students study and turn all kind of electrical machinery into circuit models for the foundation. Moreover, it enhances students ability for further application and control. Besides facilitating teaching, it makes students be familiar with a different kind of electrical mechanical test.
The A320 Flight Simulator, which is valuable in teaching pilots for conducting simulation, is realistic replica of Airbus 320 cockpit. The system aims to provide students with concepts in various avionics & aircraft instrumentation.
External Instructor station will allow the instructor to monitor, control and simulate faults to the operating flight simulator, display the exact flying operation.
IOT-110 is a platform that integrates the training of edge computing, Al., and loT. Its system consists of sensor modules, edge computing modules, and Al computing accelerators. The course provided is structured coherently and clearly, and the concepts of sensors, networks, and applications can be introduced progressively and thoroughly. With this system, users shall be able to deploy various smart applications of IOT and edge computing.
Each of the 16 sensor modules is embedded in a separate aluminum housing with a built-in hook and powered by a rechargeable lithium battery, so the sensor modules can be deployed in many different locations as well as on the training stand. The name of each sensor is printed on the housing.
The GES-100 Solar Cell Trainer is an easy and self-contained trainer designed for learning the basic configuration and characteristics of a solar cell.
Through the use of different irradiations for various load units, students study the photoelectric effect of solar cells and plot the current-voltage curve as well as charging / discharging curves.
There are seven layers of OSI model and from the second to the fourth of which plays the key role in operating system kernels such as Linux and Windows which are difficult for users to understand. Internet TCP/IP Protocol Training System not only reveals the inner workings of TCP/IP protocol software, but also provides methods to modify the behavior of TCP/IP protocol software for experiment purpose.
Arduino is an open-source physical computing platform based on a simple I/O board and a development environment that implements the Processing /
Wiring language. Besides easy-to-use hardware and software interface, Arduino is designed to be as flexible as possible to fit your project’s needs.
MTS-101 Tutor for Arduino provides an environment for Arduino to interact with different forms of electronics (26 module blocks) with simple codes and connections. With universal breadboard, it’s convenient for students to construct the circuits that are not provided by the MTS-101.
GES-500 (Wind and Solar Hybrid System) is composed of Solar Panel, Battery Bank Module, MPPT Solar Charging Controller Module, DC-AC Inverter Module, Grid-tie Inverter Module, Wind Generator Set, Wind Energy Monitor Module, Three-phase Rectifier Module, Wind and Solar Hybrid Controller Module, Load Module and Meters. By means of combining all these control systems, a teaching platform for implementation of the wind power, solar power and hybrid experiments is presented. It can help students understand the theory of on-grid and off-grid solar power, wind power generation system, hybrid system and further create practical applications.
The GES-200 Wind Energy Trainer is an easy and self-contained trainer designed for learning the basics and characteristics of wind energy.
The current-voltage characteristic curves and charging / discharging curves are obtained through the use of different wind speeds, load units and wind generators.