Electronics Training

The electronics basics training program is designed for beginners to understand electrical and radio engineering.

Start: 24 October
There are: 3 places
enroll in the course
Group:
up to 2 people
Document:
Certificate
Help:
In employment

Who is this course for?

For beginners
For those who want to improve their skills
For those who are looking for work
For students
For those who want to open their own SC

What will you learn?

  • Define the basic elements of electronic boards
  • Work with laboratory power supply, multimeter, oscilloscope
  • Learn how a microcontroller, transistor, diode bridge works
  • Read circuit diagrams, understand the principle of operation of devices
  • Soldering SMD and BGA components on the board of any electronic device

What will you get after the training

Выдача сертификатов
Certificate — an official document of education
After completing the training, you receive a Certificate. Your advantage when applying for a service center or company
Трудоустройство
Help with employment
Owners and managers of service centers apply to Bgacenter if there are vacancies - phone repairman or service center receiver. Therefore, there is almost always a possibility of employment in the service centers of St. Petersburg, upon completion of training and successful certification.
Компенсация обучения
Tuition compensation, 13%
By completing any training program at bgacenter, you can receive a tax deduction for training

Training program

The electronics basics training program is designed for beginners to understand electrical and radio engineering.

The basic knowledge that you will receive in the course on electronics will be useful when repairing any electronic device (mobile phone, laptop, personal computer, video card or integrated circuits for mining).

After studying the electronics course, you will be able to repair any electronics freely.

1

Electronics Basics

  • Types of power supplies, types of connections (parallel or serial)
  • Electric current and voltage concept
  • Fundamental laws in electrical engineering. Formulations, formulas, units of measurement. Application in practice.
1

Passive elements of electronic devices studied in the electronics training

  • Resistors (definition, units). Appointment, conventions. Groups. Trimmer and adjusting resistors. Marking, characteristics of resistors. Basic parameters (types of connections)
  • Non-linear resistors. Specificity, types, characteristics. Legend. CVC. Basic parameters: PTC and NTC
  • Capacitors: design, principle of operation, units of measurement. Legend. Constants, variables, trimmers, electrolytics. Groups of capacitors by dielectric type. Types of connections. The main principle of TKE for capacitors. Equivalent circuits. Decoding of the inscription on the capacitors. Varistors: schematic designation, purpose
  • Inductor coil: definition. Inductance units. Interconnectedness. The meaning of the quality factor. Choke designation, application
  • Transformers in electronics. Definition, purpose. Principle of operation, application. Primary and secondary circuits. Types of transformers: pulse, signal

Types of resistors

Types of resistors

1

Semiconductor devices

  • Properties, characteristics
  • Electrophysical properties of semiconductors
  • Real P-N transition, transition structure
  • Types of semiconductor elements studied in the electronics course
    • Semiconductor diodes: designation, principle of operation, VAC
    • Rectifier power diodes
    • Pulse diodes: concept, parameters
    • Varieties of diodes: varicaps, Schottky diodes, stabilizers, zener diodes, microwave diodes

What LEDs look likeы

What LEDs look like

1

Bipolar transistors

  • Device, principle of operation, characteristics
  • The concept of a bipolar transistor, conventions
  • Current-voltage characteristics
  • Types of transistors in structure, their differences: N-P-N and P-N-P
  • Building circuits using transistors. The concept of schemes with OB, OE, OK
  • Basic concepts of bipolar transistors (base current, collector current)
  • Maximum permissible current, voltage, power
  • Thyristors: concept, varieties, principle of operation of the I – V characteristic. Dinistors. Triacs. Basic parameters of thyristors, dinistors, triacs

Types of transistors

Types of transistors

1

Field effect transistors

  • Device, principle of operation, characteristics, scope.
  • Types of field-effect transistors
    • control P-N transition
    • insulated shutter
    • induced channel
1

Fundamentals of Microelectronics

  • Integrated Circuits
  • Types, technological solutions, use in electronics
  • Microcircuit manufacturing technology, classification
  • The concept of MIS, SIS, LSI, VLSI
  • Digital and analog integrated circuits
  • Manufacturing technology (1-2 phases)
1

1

Optoelectronics

  • Basic concepts, elements, characteristics.
  • Application area
  • Semiconductor LEDs and photodiodes.
  • Designation in diagrams
  • Principle of operation, applicability
  • Optoelectronic converters. Photoresistors, phototransistors, photo thyristors, optocouplers.
1

Modern marking of electronic equipment elements

  • SMD marking, dimensions
  • SMD technology today. Reasons for popularity.
  • BGA technology. Definition, abbreviations, applicability in the design of electronic devices.
1

Пайка SMD компонентов и микросхем

1

Devices studied in the electronics training

  • Oscilloscope, device and design of the device. Principle of operation. Application area. Setting up the oscilloscope for work, synchronization. The oscilloscope is designed for:
    • waveform observation
    • measurement of amplitude values, time parameters of the signal
    • detecting distortion of electronic signals
    • elimination of complex malfunctions of power supplies, amplifiers, TVs, computers, ASIC miners and other complex electronic devices.
  • Multimeter. Types of multimeters, digital and analog. Measurement algorithm:
    • Diode dialing
    • Ohmmeter – resistance measurement
    • Continuity ringing
    • DC voltage measurement
  • LCR Meters. Current clamp. ESR meters. USB testers. Megohmmeters.
  • Laboratory power supply. Single-channel and multi-channel power supplies and their application in practice. The sequence of finding a short circuit on the board. Regulation of current, voltage. Current protection concept in LBP. Output voltage waveform.

Oscilloscope setup

Oscilloscope setup

+1
additional bonus lessons
Course duration 7 дней

Sign up for a course or get a free consultation

Start: 24 October
There are: 3 places

Your result after training

After completing training at Bgacenter, you will be able to:
  • Identify components on the board
  • Learn how capacitors and resistors are used in electrical circuits
  • Determine the resistor values by color coding
  • Learn how all types of transistors work (field, bipolar)
  • Build the simplest electronic circuits
  • Get to know how logic chips work
  • Determine the correctness of the conclusions of large integrated circuits

Reviews of graduates

Обучение пайке телефонов

Дмитрий

г. Тюмень

Sign up for a training or get a free consultation

Start: 24 October
There are: 3 places
The cost of training
33900 rubles
44900 rubles
Study now, pay later!
Take the training in installments or on credit. The installment plan is available in equal installments for 4 and 6 months, without a down

FAQ

Will the courses include serial and parallel connection of passive elements?

During training, not only connections are considered, but also the correctness of performing mathematical calculations. In the course, you will become familiar with the parallel, series, mixed connection of resistors and capacitors. Coils, transformers, chokes are considered. And also the use of the above elements in schematic diagrams.

How to understand the ESR of a capacitor?

The internal resistance of the capacitor should tend to zero. During long-term operation, the resistance of the capacitor increases, the capacitive parameter of the device deteriorates due to the additional resistance that appears.

The electronics course examines the equivalent circuit of a capacitor. During the training, we will get acquainted with ESR, you will find out why this parameter is important for a capacitor.

What microcircuits will I study in the electronics course?

You will get acquainted with the operation of logic circuits-AND-OR-NOT and others. Learn triggers: T, D, RS, JK. You will learn the logic of operation of multiplexers, decoders, microcontrollers, and other microcircuits. Learn the concept of logic, binary and hex codes.

What electronics laws will I learn in the course?

While learning the basics of electronics, we learn the following basic bases:

  • Ohm’s law for a section of a chain
  • Ohm’s law for a complete circuit
  • Coulomb’s law
  • 1st and 2nd Kirchhoff’s Laws
  • Joule-Lenz law
  • The law of electromagnetic induction
How will transistors work?

The structure of bipolar, field-effect transistors is studied in detail. The physics of the transistor is explained. Then, in practice, the construction of the simplest circuits based on transistors. Learn bump test algorithms using measuring instruments. We focus on the study of p-n junctions.

What devices will I learn to use after completing my electronics training?

Basic instruments with which you will learn how to take measurements:

  • digital oscilloscope
  • multimeter
  • RLC meter
  • laboratory power supply
  •  ESR meter
I want to learn the concept of logical zero and one. Can you explain so that I understand?

Undoubtedly. In the electronics course, you will become familiar with the binary and hexadecimal number systems. Learn to translate one system to another, which will be needed to study microprocessors. Learn the acceptable levels of logical ones and zero. During the lesson, learn how to build circuits with logic control.

What will be studied in the section on optoelectronics?

In the electronics course, you study photodetectors (photodiodes, phototransistors, photoresistors, etc.) optocouplers, characteristics and principle of operation, as well as the field of application. Learn how optical elements galvanically isolate secondary and primary circuits.

How do electric vacuum devices work?

Examine electric vacuum devices. Consider the operation of pentodes, triodes, diodes in an electric vacuum design. Understand the principle of operation of these devices, including in sound technology (ULF)

What electromagnetic elements will be covered in the electronics course?

Choke transformers, inductors and other elements will be considered. Equivalent circuits for their replacement, logic of functioning, electrical calculations. The use of a choke when the backlight driver is running.

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