Guangzhou has been working for many years on training in industrial circuit board maintenance, and in training in the maintenance of frequency transformers, which has created a pool of highly skilled people in society. The following is a detailed description of the following training in the maintenance of circuit boards in the côte d ' ivoire industry:
I. Training policy
1. Free-of-charge technology video. Free industrial circuit board maintenance video (test-by-view) is available to you. If you are satisfied, you can contact us further and contact our public service to get a free video course
2. Free auditions. If you come to our training site, you can test our trainers for free, and then sign up
Until the first semester, the next semester will not be free until it is fully learned
4. Technical support, free of charge for three years for all distinguished participants
5. Recommended employment, between 4,000 and 2000 per month
6. Sign a contract, which may be signed in order to safeguard your rights and interests
Ii. Training context
The circuit boards of the tele-elevator, the japanese elevator circuit boards, the tison elevator circuit boards, the austrian elevator circuit boards, the mitsubishi elevator circuit boards, the textile equipment circuit boards, the automatic sewing machine circuit boards, the numerically controlled bed circuit boards, the accelerator circuit boards, the central air-conditioning circuit boards, the large printing press circuit boards, the medical equipment circuit boards, the building control circuit boards, the mix of electrical boiler boards, the nacoding system circuit boards, the west gate plc circuit boards, the mitsubishi plc circuit boards, the znadder plc circuit boards, the frequency transformers, the server drives, the electrical circuit boards in the touch screens are blue。
(i) component section
(b) a description of the methods of identification, functioning, classification, wiring symbols, good and bad detection, replacement, etc. Of the various electrons in the industrial circuit boards mentioned above (electric resistance, capacitation, perception, diodes, triodes, field effects transistor tubes, transistors, analogue integrated circuits, digital integrated circuits, thick membrane integrated circuits, special integrated circuits, etc.)
(ii) instrumentation
Methods and techniques used for the maintenance of the instruments commonly used in industrial circuit boards (one-size-fits-all table, flog, one-size-fits-all table, one-size-fits-all table, one-size-fits-all meter, one-up digital integrated circuit tester, a signal generator, a digital oscillator, a simulator, a programming device, an online circuit maintenance tester, a hot wind welder, a brand iron, a bga welding table, a folog thermal imager, a bridge), etc。
(iii) circuits
1. A graph explaining the structure of industrial circuit boards
2. Description of the structure and control principles of the power supply supply circuits of the switch
3. Enter the structure of the interface circuit and explain the principle of control
4. Description of the composition and control principles of the microprocessing control circuit structure
5. Description of the structure and control principles of the electrical circuits of the output interface
6. Description of the structure and control principles of the communications circuit
7. A presentation of the structure of the circuit and the principles of control
8. Description of the structure and control principles of the three-phase input voltage overvoltage protection circuit
9. Description of the structure and control principles for the protection of circuits in the absence of a three-phase output electrical phase
10. Description of the structure and control principles of current detection circuits in industrial circuit boards
11. Instructions on the composition and control principles of superheat protection circuit structures
12. Interpretation of current and voltage conversion circuit structure and control principles
13. Interpretation of the structure and control principles of electrical voltage and current conversion circuits
(iv) maintenance section
Instructions on industrial circuit board maintenance methods, industrial circuit board repair thinking, industrial circuit board repair steps, industrial circuit board maintenance cases, etc。
1. Maintenance of power supply circuits in industrial circuit boards
2. Maintenance of the output interface circuits in industrial circuit boards
3. Maintenance of integrated circuits in industrial circuit boards
Maintenance of microcontroller circuits in industrial circuit boards
Maintenance of communications circuits in industrial circuit boards
6. Maintenance of various display circuits on industrial circuit boards
7. Current protection circuits in industrial circuits, voltage protection circuits, heat protection circuits, maintenance of missing phase protection circuits
8. Method of programme extraction, preservation and reproduction of programme chips
Method of repair after failure of industrial circuit board chip
10. Methods of use of electronic mapping software
11. Methodology for the physical mapping of industrial circuit boards
12. Description of the method of boarding industrial circuits
Method of identifying components such as industrial circuit boards (new originals, refurbishment, disassembly, dismantling)
14. Damage characteristics and patterns of components in industrial circuit boards
15. Test methods after restoration of industrial circuit boards
(v) preparatory and implementation programmes for the opening of places for participants
1. Information and procedures required to apply for a licence before opening a shop
2. Instrumentation, maintenance tools, etc., required for opening the shop
3. Description of the programme for the industrial circuit board maintenance project, the industrial circuit board maintenance job system, maintenance staffing, etc。
4. The procurement channel and configuration of the required electronic components for maintenance
Description of methods and measures for industrial circuit board maintenance
6. Day-to-day management of industrial circuit board maintenance stores
7. Identification and collection of information on industrial circuit board maintenance。
Iii. Training effectiveness
1. Proficiency in identifying each electronic element of the circuit board and in the detection of the good or bad of various electronic elements
2. Proficiency in copying of programme chips in circuit boards, etc.
3. The ability to analyse the failure characteristics of various industrial circuit boards, which can be repaired by up to 70 per cent, is good and bad。
4. The ability to map the electronic principles of circuit boards based on the physical proficiency of circuit boards。
Participants
It's important, it's important
The circuit board maintenance technology is making me a million dollars a month
It's about living and learning
V. On-site recordings
Vi. Common issues
Question 1: is there no basis for the repair of circuit boards through the training of cordeaux
Answer 1: our training has been developed for “zero-base” trainees. If you have some electronic maintenance base, you can obtain higher technical upgrades through our training, and if you do not have one, you can acquire circuit board maintenance skills through our training, and then gradually upgrade maintenance skills through our hands-on courses and free technical advice。
Question 2: how often do you work
Answer 2: we have a monthly shift, which is announced two weeks in advance on a platform such as a website, a public number, etc. In order to ensure the effectiveness of our studies, we have introduced small shifts, so that the students who have completed their studies are stopped, and in order to avoid a situation in which you are unable to attend the training, we should make an appointment with us in advance。
Question 3: what are the incentives for tuition fees
A3: at present, our fee incentives are only for those who have purchased our curriculum, and if they are on the spot to attend the course, they can reduce the cost of buying the curriculum on the basis of the original tuition fees。
Question 4: what is technical support and how is it achieved
A4: within three years of your graduation, we provide you with free technical support, including theoretical knowledge, the use of tools, unsolved failures in maintenance, etc., and can contact us by telephone, twitter, qqqq, etc。
Question 5: how long does the training cycle last
A5: our standard training period is 24 days, and, in general, through a training session, participants are able to independently maintain circuit boards, depending on the speed of maintenance and the speed of maintenance. If not, the next cycle can be followed free of charge. Of the total number of participants in our training, only one has completed three consecutive sessions, three have completed two consecutive sessions, and the rest have acquired the technology of repairing circuit boards over a period of one year。
Vii. Carnation tips
It would be useful to ask the training institutions the following questions when consulting on the maintenance of circuit boards:
1. Availability of technical video for trial studies
The availability of training policies up to the academic level
3. Whether to provide technical support after training
It is believed that the training institutions that are truly responsible and capable of training the participants meet these requirements。
If you are interested in the repair of circuit boards, please pick up the phone and call 020-37737885 to communicate with us
