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The Basic Model Flight Simulator consists of six essential flight instruments which are all precise replica of a general aviation instruments. In addition, simulates a full VFR single engine aircraft.
The 26 simulation modules provide a step-by-step approach for users to learn from Aircraft Walkaround to the internal cockpit control in every aspect of B737-800. Moreover, the simulation content focuses on the introduction to the position of every control panel and component parts in terms of the operation method and control theory. It is an ideal...
AT-300 is in an H-shaped frame using aluminum alloy, powder coat steel plate, and aluminum sheet metal. It is suitable for aviation training center teaching EASA Part 66 Modules 6, 7, and 11.
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.
AT-13101 Mini Turbine Engine Trainer, with more than 12KG of thrust, was developed and manufactured in Taiwan. This Turbine Engine trainer is controlled by Electronic Control Unit (ECU).
The Avionics Trainer is available for performing complete functional simulation of a standard aircraft avionics system. Besides that, can be used for providing hands-on training for the students to attain a good understanding of the operating principles of various instruments.
Fiber Optic communication is one of the most popular technologies in the modern days due to its high transfer speed and large capacity. KL-900D uses fiber optic as a transmission media for the whole experiment.
NFC (Near Field Communication) is a type of short-range wireless technologies, with typical distance of 10 cm or less. NFC is compatible with existing passive RFID (13.56 MHz ISO/IEC 18000-3) infrastructures.
The KL-500 Industrial Electronic Trainer is a self-contained training equipment allowing students to learn more than 70 experiments through a power supply unit and 16 replaceable modules.
The KL-600 Advanced Sensor Training System is a comprehensive sensor / transducer control training system that incorporates industrial-grade components with various control circuits and load units. Its modular and closed-loop control circuits allow implementation of open-ended, individual control loops used in industrial applications.
The KL-620 Basic Sensor Experimental Lab is a comprehensive sensor / transducer control training system. Its modular and closed-loop control circuits allow implementation of open-ended, individual control loops used in industrial applications.
MEMS (Micro-electromechanical Systems) based sensors such as accelerometer, gyroscope and magnetometer, are crucial components used in smart portable devices, such as smart phone and tablet PC. The demand of MEMS sensors has been increased dramatically and identified as one of the most promising technologies nowadays.
ACS-1000, covered with many technical disciplines, explicates the central significance of Analog Control System. This applies particularly in mechanical and electrical engineering, and as well in production and process technology. It is indispensable to plant and system technology.
Explosive growth in network device diversity and mobile communications, along with global adoption of networking technologies, have overwhelmed IPv4 and have driven the development of a next-generation Internet Protocol (IPv6).
The Internet has permeated among our daily life in every aspect, and it provides the fundamental connection with many state-of-the-art technology such as third-generation cell phones, video communication and information appliances.
MTS-Z80A helps students to understand the architecture and programming of Z-80 computer. The system contains five main parts: (1) a Z-80 CPU (2) system and user memory (3) world standard chip sets (4) input and output devices, and (5) external interface.
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.
MTS-33T allows students to carry out 3 types of micromouse experiments on a lab table individually including wall maze solver, line maze solver, and line follower. With provided maze wall, post, and line track pad, students can setup corresponding experiment environments efficiently and flexibly.
8051 is the original chip of MTS-51 family devices which is originated from Intel. This chip is a stand-alone, powerful 8-bit single-chip microcomputer and is commonly used for real-time control applications. MTS-51 microcomputer trainer is designed for learning 8051 core architecture and instructions.
MSP430 training lab is a training platform designed for learning MSP430 microcontroller from Texas Instruments (TI). The microcontroller used is MSP430F5438A, which is featured with ultralow-power and consists of several peripheral modules targeted for various analog and digital applications.
MTS-887. PIC16F Training Lab which uses Microchip's PIC16F887 is a 8-bit microcontroller to implement various I/O control experiments. This controller contains most of the powerful functions in modern MCUs nowadays.
LV-200 LabVIEW I /O Interface Lab is a platform of hardware / software development. It offers a variety of I /O and peripheral devices used in real life and adopts National Instruments LabVIEW (G programming language) as development software.
An interface is a hardware and software data transmission regulator that controls data exchange between the PC and other peripheral devices, including RS-232C, AT-BUS, IDE, SCSI, ISA, PCI, AGP, IrDA, GPIB, USB, IEEE-1394, Wireless etc...