Hanoi University of Science and Technology

School of Electronics and Telecommunications

Viện Điện tử - Viễn thông

Vietnamese-VNEnglish (United Kingdom)

Tuyển sinh 2017

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Department Practical Training Center

Teaching Courses

1. Basic Electronics lab

Practice basic safety skills, welding (standard IPC-J-STD-001), component identification and organization of production management.

 

2. Printed circuit design lab

Laboratories manufacturing process electronic circuit boards implementing practical content includes issues related to the printed circuit fabrication technology such as checking printed circuit drawings, film printing technology, corrosion technology, Government shake technology ...

 

3. CAD lab

Here students have the opportunity to learn and practice the actual circuit design is commonly used in residential applications, industrial design software Altium Designer.

 

4. Electronic lab similar

In addition to reviewing the basic electronic knowledge of physics, where students practice skills using measurement devices, assembly design, adjust the analog electronic circuit. Students use basic electronic components such as Diode, Transistor, JFET, KDTT to design and assembly of electronic circuits such as audio-frequency amplifier, receiver circuit AM, FM ...

 

5. Digital lab

In the digital lab, students practice skills using digital measurement devices such as pulse generator, data generators, counters, analyzers and test data ... ; strengthen the knowledge and skills to design logic circuits, combinational circuits, registers, Boolean algebra, flip-flops, VHDL. On the other hand, a number of other skills such as teamwork, notes the report, reading circuit ... also improved significantly.

 

6. Telecommunications engineering practice room

Content This practice introduces the basic principles of telecommunications technology as practice of switching including principles TDM, Switching, space Switching, subscriber records, call logs and Practice monitoring the call. Practice modulation techniques such as: Practical sampling and multiplexing, PCM, ASK Engineering, Engineering FSK, QAM techniques and line coding practices. Practice phone include: phone signal Practice, Practice effective signal transceiver device, circuit communication subscribers, SLIC, SLIC hybrid, Practice DTMF signaling. Fiber trunk Practice: Practice measuring characteristics of single-mode fiber, multi-mode cable measuring practice characteristics, laser modules, Avalanche photodiode, PIN photo diode, fiber optic transmission line.

 

7. Switching technology lab

Allows students to have access to modern technology systems through technology systems typical of telecommunications: the modern digital switching system. Includes content related to the structure, location, inputs and technical parameters typical of the industrial system, to make students understand visual overview structure, components, layout location of the modern digital switching system and helps students understand and apply practical system operating procedures, installation and troubleshooting of industrial systems

 

8. Practice room electronics

The content includes practice exercises structural survey principle of operation, the pan failure of the system electronics such as DVD, TV, HDTV. The exercise is based on the principle facet (Fault Assisted Computer Electronics Training - rated malfunctioning pan on a computer) on this system.

 

9. Practice of embedded system design

Embedded systems are a part of the information processing system to be "embedded" in larger systems, independent and complex such as in cars, the measurement equipment, control, communications and smart devices in general . They are a combination of hardware and software to perform a specific function or group specific. Laboratories support the exercise include the basic concepts of embedded systems, real-time operating system, the techniques implemented in embedded systems such as interrupt handling, dispute settlement mechanisms interrupt and the process for developing embedded systems through the development of the typical applications of embedded systems.

 

10. Lab technology DSP / FPGA

This practical content to help students become familiar with FPGA technology to design circuits from simple to complex. This is one way to do has been applied in many countries around the world especially in laboratories and research institutes. With this technology practitioners focused on hardware programming techniques, participants will minimize preparation time hardware circuit (with the old way students must prepare the IC functionality, then installed adjacent circuits under a given scheme) so in the same amount of time as each other, with a new way of exercise greatly increased and significantly increased efficiency.