Download Radio Television Syllabus (Material Science Subject) No Subject

Radio Television Syllabus (Material Science Subject)
No
Subject
First Chapter
1
Definition of Material Science
2
Technical and economical Aspect of Material Science
3
Basic Identification of the Materials
4
Elements
1
Types of Metal
2
Differences between ferrous metal and non-ferrous metal
3
Specification of the materials based on composition
4
Specification of Ferrous metal and non-ferrous metal
5
Chemical specification of metal
6
Normal Condition of Metal
1
Conductors
2
Copper
3
Specification of Copper
4
Usage of Copper
5
Aluminum
6
Specification of Aluminum
7
Mixtures of Aluminum
8
Usage of Aluminum
9
Usage of Aluminum
Hours
Remarks
Theory Practical
4
Second Chapter
4
Third Chapter
4
5
5
Fourth Chapter
1
Cutting Materials
2
Maintenance of Cutting
3
Pure materials as cutting
6
Radio Television Syllabus (Material Science Subject)
No
Subject
5 Chapter
th
1
Silver
Hours
Remarks
Theory Practical
2
Impurity of Sliver
2
3
Gold
4
4
Impurity of Gold
5
Platinum
6
Mixtures of Platinum
7
Palladium
8
Odium
9
Alliums
10
Wolfram
11
Mixtures as a cutting
12
Mixtures of Palladium
6
4
13
2
14
2
15
6TH Chapter
1
Magnet
2
Definition of Magnet types and Molecules of Magnet
2
3
Ground Magnet
4
4
Magnetic movement of the Ground
5
Usage of Magnet
6
Keeping of Magnet
7
Specification of Magnet
8
Magnetic Power
9
Area of Magnet
10
Materials of Magnet
9
11
Building of Magnet
Radio Television Syllabus (Material Science Subject)
No
Subject
7 Chapter
th
1
Insulators
2
Oxidized Material
3
Resistant Materials
4
Description of Chemical, Temperature and levels of resistance
Hours
Remarks
Theory Practical
2
8th Chapter
1
Soldering
4
2
Types of soft and hard soldering
10th Chapter
1
Division of Materials
2
Types of Materials
3
Types of Working Materials
4
Maps
5
Division of Materials
6
Norms or standards
4
Radio Television Syllabus (Technical Drawing Subject)
No
Subject
1
Importance of Technical Drawing
2
Size and framing of Technical Drawing
3
Method of Measurement and practices
4
Method of Writing Numbers to Norm
Hours
Remarks
Theory Practical
4
2
6
Method of Writing Numbers based on 90 DIN
1
Method of Writing smalls letter of E based of 90-DIN Norm
2
Method of Writing Small letters and large letters based on 90-E
Norm
1
Method of Writing small letters based on 75-DIN Norm
2
Technical Drawing table based on 75-DIN Norm
3
Practicing of visible , invisible and central lines
4
Practicing of open hand and helping lines
5
Arrow central lines and visible as horizontal
4
4
4
6
Types of lines and making of lines by symbols
2
Thickness of lines by mm
Measuring of ruler and reading of it by mm
2
Method of making small and big
2
Drawing from metric and optometric
Measurement of simple Model
Drawing of Diametric and Electro metric
Making of geometric Diagrams 2:1 1:2
Method of hectometer and diameter measurement
Method of surface measurement
Measurement of circle
Circle ray
6
Different angle of circle
Resistant symbol and types of it
Condenser symbols and its types
Diode symbols and its types
Transistors symbols and its types
Symbols of identification of diode of transistors
Symbols of safety generator
Photo lacto by symbol
Radio Television Syllabus (Technical Math Subject)
Subject
Hours
Remarks
Theory Practical
Importance of Technical Math Subject
Measuring units of Electro technic
Ohm Law
Measuring voltage of Resistance
Measuring of science Graph
Calculation and condenser
Capacity of condenser , constant time of charge
Parallel and contentious condenser measurement
Frequency measurement
Low frequency and high frequency
Division of screws
Calculation of inductive
Resistance of Inductive
Calculation and contentious rod and wired parallel
Magnetic pressure
Calculation of transformer
Calculation of (7-x2,x2) resistant
Calculation of (fg) in parallel circle
Electronic groups
Radio Television Syllabus (receiver technics or material science)
Subject
Main tasks of receiver
Receiving of radio waves
What is radio trak
Importance of Receiver in society
Second Section
Classification of radio structure
Main condenser connector
Condenser parallel connector with sketches and formula
Third section
Equations
Fourth section
Second law of Kranshof
Electro Magnetic waves
Experience and information
Fifth section
Wave length
Distribution of electromagnetic waves
Distribution of waves
Sixth section
Waves extension and introducing of waves by table
Action of sending and receiving
Receiver antenna for long, medium and short waves
Seventh section
Connection to the antenna
Antenna
Hours
Remarks
Theory Practical
Eighth section
Degree and length of wave of the electric circuit
Types of joints in radio waves
Frequency and its types , sound frequency
Distribution parts of radio waves
Radio Television Syllabus (measuring tools)
Subject
Introduction to electrical measuring of radio
Area of measuring usage
Hours
Remarks
Theory Practical
2
4
Measuring of electric voltage
Mistakes of measuring tools
4
Basics of measuring technics
4
Measuring goals and abbreviation symbols
4
Effects of magnetic on measuring tools
2
Import effects on measuring tools
4
Light effects on measuring tools
2
Showing of price of measure
4
Measuring tools
2
Measuring tools with contacts
2
Measuring tools and division of measures by contact
2
Parts of measuring tools
Measuring of resistance by tool
4
Measuring of weak voltages
4
Class exam
Regarding precaution in buying of tool
2
Regarding AC
2
Measuring of tool by megar digital
2
Information about final exam and solving of students problems
4
Radio Television Syllabus (practical subject)
Subject
Identifying of required tools
Hours
Remarks
Theory Practical
4
Safety from risks
Maintaining of measuring tools
Familiarity with soldering tools and method of soldering
4
Practice of soldering
4
Familiarity with measuring tools
4
Familiarity with resistant
Reading of resistance from ketod and its practice
4
Measuring of resistance and its practice
Making of joints and continuous connectors and measuring of
total resistance by ohm meter
Making of joints and continuous connectors and measuring of
power flow and voltage
4
Making of voltage divider and measuring of voltage
4
Making of better connectors of resistance and measuring of
voltage in it.
Taking of light resistance identifying line and its related
connectors
Flowing of voltage in different frequencies
Making of transistor
Syllabus- (Mechanical Institute) class 11
Field (Radio and TV) Subject (principles of Electricity Techniques)
No
Subject
Hours
theoretic
al
1
2
3
Power concept for afghan economy
The creation of electricity:
Structure of ferrous and non-ferrous metals atom
Identification of Electricity, Electric charge
Electrical current and its effects
- Effects of Electric current- conductor- semi-conductor and
non-conductor.
- Electrical current in ferrous metals – Electrical voltage
conductivity- cost of conduction and resistance.
- Electrical current period
Om law
- Substantial ammount of Electricity
4
Electric current types
- Direct current, converter, and mixed
- Current density
5
Electric Resistance
- Electric transmitting current
- Resistance and thermal connection
6
Electric instrument structure resistance
- 9 consecutive instrument, joint parallel, unloaded voltage
divider.
Measurement of basic values
- Measurement of resistance voltage current
7
8
9
10
11
12
10
10
10
Grenshov law
- First and second base of grenshove
8
Production of electric voltage
- Voltage generated by rubbing of heat light, chemical
process , pressure and indications
Energy and force
- Energy and degree of impact
18
Magnetic
- Natural and artificial magnate, influence
- Period of the magnetic field
Electric magnate
7
practical
Remarks
-
13
14
field magnate of electric carrier, Screw rule
Field magnate of two parallel electric carrier
Basic value of Electric magnate
- Pressure/force of magnate , field furan magnate eruption,
indication of magnate
Electric magnate field period
-
Electric magnet indication, voltage generation by motion
vector in magnet field, the right base of static indication.
15
Effects of force between two magnet areas
- Left side base, lens law, electric effects
- Indication and current
16
Indication own
- Coil in direct current period and coil in model current
period of transformer.
17
Static electricity
- Static power charges in the area of kovar charge base.
- Electric area in non-conductor consumption
Condenser
- Charge and capacity of condenser
- Direct current condenser
18
19
20
Model current period
- Jinoos voltage model, frequency period, replacing phase
Resistance of current period model, effective resistance, index
resistance
- Resistance of Model current period value
Syllabus- (Mechanical Institute) class 11
Field (Radio and TV) Subject (Electronic of class11)
No
Subject
Hours
theoretic
al
1
2
3
4
5
6
The economic concept of electronic techniques
Electronics
Roman resistance and non-roman resistance types
- structure of specifications of working procedure of using
umm constant and inconsistent
Resistance to indirect method.
Fundamentals of condenser
- electric field and its hugeness
Consumption/ depreciation and capacity in condensers
Condenser tools, condenser during direct current and
inconsistent
- Fixed time of external line and identification cost
3
Condenser types
12
6
6
3
3
-
7
8
9
10
The structure of using paper condenser, nonconductor metal condenser , artificial metal and
electronic
Folded wire principles
Magnet and its area
Folded wire in direct current and inconsistent current
Types of folded wires and hard and soft magnet material
6
6
3
3
3
practical
Remarks
Syllabus- (Mechanical Institute) class 11
Field (Radio and TV) Subject (technical math)
No
Subject
Hours
theoretic
al
1
Concept and importance of subject
2
Analog Electronic units
3
Umm law
- Calculate voltage resistance
- Calculate power strength, effect level, division of
voltage, parallel, joint and continue current and
calculation of wire resistance.
Amount and capacity of heat and calculation of resistance
changes in heat
Calculate the no-load voltage and voltage
Calculate zones graph, period calculation, Frequency
- Calculate voltage U55, UM AK and effective
voltage
4
5
53
15
12
6
Calculate condenser
- Capacity of condenser
- Amount of charge and capacity resistance XC
- Calculate parallel and continues condensers
3
7
Calculate frequency FG
- Frequency in FG
7
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (Drawing guidance)
No
Subject
Hours
theoretic
al
1
Draw lines of identification of diode group
6
2
Draw Devices of group principles and its frequency method
6
3
Draw types of producing voltage
4
5
Draw line of identification of diode
Draw different samples of diode devices
6
7
Draw line of identification of transistors in four parts and
dynamic costs in it.
Draw regulator feeding
8
9
10
11
12
Draw basic devices of transistors and frequency method
Draw strengthener of small signal and method of frequency.
Draw types of transistors
Draw complete strengthener and follow signal and tasks of
sphere parts.
6
6
6
8
6
8
6
6
12
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (work/labor science)
No
Subject
Hours
theoretic
al
1
2
3
Electronic groups, working procedure and usage
Diode group
- Strengthen small signal
- Basic devices
- Negative voltage production
- Types of work
Transistor (work procedure and usage)
- Semi-conductor diode devices
- Transistor identification line , dynamic cost
- Transistor basic device
15
Strengthen small signal
15
15
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (work/labor science)
No
Subject
Hours
theoretic
al
1
2
3
4
5
Concept and importance of subject
Basic devices of condenser resistance and wires
- Filters
- High frequency
- Method of frequency in the mentioned devices
20
Vibrational circle (work procedure and usage )
- Vibrational circle , consumable and inconsumable
- Parallel vibrational circle
- Method of frequency based on voltage, current and
resistance
Filter joint (work procedure and usage )
- types of filters
- method of frequency in filters
20
Electro magnet waves
- Electromagnet waves spreading Open and close
circle waves
- Spreading of high frequency waves
Types of Waves
- Different effects of space against waves
- Reflection
- Receiver antenna
- Side character antenna
10
20
10
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (Technical math)
No
Subject
Hours
theoretic
al
53
1
-
Wires
Resistance of XC and wire Q
2
Calculation of Transformer
10
3
Calculation of resonance circle
- Calculation of Resistance
- Calculation of FO in the circle of parallel and
continues vibration
Electronic groups
- Calculation of voltage ohm
- Calculation of dynamic costs
- Calculation of catod and anod
- Coupling condenser and catod condenser
10
4
5
10
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (Practical)
No
Subject
Hours
theoretic
al
1
Identify measuring tools and required material
Draw line of identifying Electronic diode groups
Making two side device rectifier
6
2
Small Signal Strengthening device according to catod and
measuring the strength
18
3
identifying line of semi-conductor
Measuring voltage of ohm
24
24
4
Making transistor device as changed resistance
24
5
Making strengthening device for small signal
Measuring required voltage and taking signal of each gage in
1KHz and resistance of device in 1KHz
12
12
practical
Remarks
Syllabus- (Mechanical Institute) class 11
Field (Radio and TV) Subject (Electronic)
No
Subject
Hours
theoretic
al
1
Electronic Groups
2
Structure, specifications, and using cases of Diode, triode,
tetrodes and pentode groups
3
Identify numbers and alphabets on Electronic groups
4
Gas groups
5
6
7
8
9
10
11
12
13
14
15
16
17
Electronic ethic, Electronic ray
Picture groups , black and white TV
Color groups
Semi-conductor material
Guidance layer
Border layers
Types of diodes
Structure, specifications, working condition of identifying
line and using cases of sharp and rectifier diodes.
Steel transistors
Structure, specifications and working conditions of transistor
Making closed layers , identify line in four cells
All costs of transistor for strengthening of signal of transistor
40
20
11
24
24
practical
Remarks
Syllabus- (Mechanical Institute) class 12
Field (Radio and TV) Subject (TV Technic)
No
Subject
Hours
theoretic
al
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
TV tubes
Delivery tubes
Close -copes
Making spots on close -cope
Spread TV pictures
Complete signal of TV
Quality specifications of TV pictures
TV publications
Signal frequency combination
System construction drawing
Pipe in the system
TV receiver map
High frequency
Mixer
Strengthener of frequency of sound and picture
4
4
6
2
2
4
2
2
2
4
2
2
2
6
2
practical
Remarks
Syllabus- (Mechanical Institute) class 13
Field (Radio and TV) Subject (map guidance)
No
Subject
Hours
theoretic
al
1
2
3
4
5
6
7
8
9
Importance and concept of subject , RC Generator
Draw and usage of multi Vera tore
Direct and indirect receiving and draw map of structure
Method of reading service map of AM and FM Radio
Guidance about the circuit of FM and AM Radio
Guidance in strengthening circuit, Middle frequency and
tasks of the spare parts
Guidance about detector and its tasks
Guidance about strengthening sound circuit and tasks of
spare parts
Guidance about radio cassette circuit and tasks of its
important parts
62
62
practical
Remarks
Syllabus- (Mechanical Institute) class 13
Field (Radio and TV) Subject (Technical Math)
No
Subject
Hours
theoretic
al
30
1
2
3
4
5
Importance and concept of the subject
Semi-conductor
Calculation of resistance Rv- min and Rvmax
Calculation of consumption in transistor
Calculation of small signal strengthener
- Calculation of resistance
- Calculation of voltage divider
- Calculation of condenser coupling in 1KH2
Calculation of complete sound strengthener
-
Calculation of frequency method in higher and lower
border frequency
Calculation of voltage, flow and power strengthening
32
practical
Remarks
Syllabus- (Mechanical Institute) class 13
Field (Radio and TV) Subject (Electronic)
No
Subject
Hours
theoretic
al
1
Transistor as switch
Usage
Switch on by transistor
Switch Connection and separating conditions
Transistor circuit and helping voltage
2
Ductal technic
Information of signal in analog signal, direct signal and
binary signal
3
Algebra principles
90
96
Guidance in digital algebra
Making green signal
ODAR UND
practical
Remarks