Scheme of Examination Std. XII
Paper
|
Title of the Paper
|
Theory
|
Practical
|
Term work
|
Project work
|
I.V.*
|
OJT**
|
Total Marks
|
||
Marks
|
Time
(Hrs)
|
Marks
|
Time
(Hrs)
|
|||||||
1
|
Applied
and Industrial
Electronics
|
80
|
3
|
80
|
3
|
10
|
10
|
10
|
10
|
200
|
2
|
Modern
Instruments & Communication systems
|
80
|
3
|
80
|
3
|
10
|
10
|
10
|
10
|
200
|
3
|
Computer
Hardware
& Networking
|
80
|
3
|
80
|
3
|
10
|
10
|
10
|
10
|
200
|
IV
= Industrial Visits
** OJT = On Job Training
Paper I: Applied and
Industrial Electronics (J1) Theory
Sr.
No.
|
Unit
|
Sub-unit
|
Periods
|
1.
|
Operational
Amplifier
|
1.1
Need of OPAMP
|
30
|
1.2
Block diagram OPAMP
|
|||
1.3
Ideal Characteristics
|
|||
1.4
OPAMP Parameter
|
|||
1.5
Linear Applications
|
|||
1.6
Non Linear Applications
|
|||
2.
|
Electronic
Timers
|
2.1
Introduction to IC-555
|
28
|
2.2.
Astable multi vibrator
|
|||
2.3
Monostable multi vibrator
|
|||
2.4
Bistable multivibrator
|
|||
2.5
FSK Using 555
|
|||
2.6
Introduction to PWM.PPM,PAM
application
|
3.
|
Optoelectronic
Devices
|
3.1
Photo diode
|
15
|
3.2
Photo transistor
|
|||
3.3
LDR
|
|||
3.4
FOC
|
|||
4.
|
Motors
|
4.1
Motor fundamentals
|
11
|
4.2
Speed control of Motor
|
|||
4.3
Applications
|
|||
5.
|
Modern
Electronic Machine
|
5.1
Copier (Xerox)
|
14
|
5.2
Scanner
|
|||
5.3
Lamination machine
|
|||
5.4
I-card making
|
|||
5.5
Emergency Light
|
|||
5.6
FAX
|
|||
6.
|
Remote
Control
|
6.1
Introduction.
|
10
|
6.2
Ground Station
|
|||
6.3
Remote Station
|
|||
6.4
Applications
|
|||
7.
|
Solar
Systems
|
7.1
Solar Cell
|
12
|
7.2
Applications
|
|||
7.3
Maintenance
|
|||
7.4
Introduction to Solar Power station
|
|||
Total
|
120
|
||
Practical
Sr.
No.
|
List of Practicals
|
Periods
|
1.
|
Determination
of gain of Inveting amplifier.
|
9
|
2.
|
Determination
of gain of Non-Inveting amplifier.
|
9
|
3.
|
Study
of Op amp as Adder.
|
9
|
4.
|
Study
of Op amp as Subtractor.
|
9
|
5.
|
Study
of Op amp as Integrator.
|
9
|
6.
|
Study
of Op amp as differentiator.
|
9
|
7.
|
Study
of Op amp as Buffer.
|
9
|
8.
|
Study
of Op amp as Comparator.
|
9
|
9.
|
Study
of Op amp as Schmitt’s Trigger.
|
9
|
10.
|
Study
of IC 555 in Monostable mode.
|
9
|
11.
|
Study
of IC 555 in Astable mode.
|
9
|
12.
|
Study
of Optocoupler circuit.
|
9
|
13.
|
Demonstration
of solar cells and solar appliances.
|
9
|
14.
|
Demonstration
of copier Machine.
|
9
|
15.
|
Demonstration
of scanning of document.
|
9
|
16.
|
Construct
a circuit of speed control of DC motor.
|
9
|
17.
|
Construct
and study FSK using IC 555.
|
9
|
18.
|
Study
V- I characteristics of Photo Diode.
|
9
|
19.
|
Demonstration
of infra red remote control circuit.
|
9
|
20.
|
Demonstration
of FAX machine.
|
9
|
22.
|
Project,
Industrial Visit, O.J.T
|
60
|
Total
|
240
|
Paper II: Modern Instruments
and Communication Systems (J2)
Theory
Sr.
No.
|
Unit
|
Sub-unit
|
Periods
|
1.
|
Transducers
|
1.1
Introduction
|
25
|
1.2
Resistive Transducers
|
|||
1.3
Capacitive Transducers
|
|||
1.4
Inductive Transducers
|
|||
1.5
Optical Transducers
|
|||
1.6
Active Transducers
|
|||
2.
|
Electronic
Instruments
|
2.1
Introduction
|
25
|
2.2
PMMC
|
|||
2.3
CRO
|
|||
2.4
DMM
|
|||
2.5
Frequency generator
|
|||
3.
|
Electronic
Communication
|
3.1
Analog Communication
|
25
|
3.2
Modulations Satellite Communication
|
|||
3.3
Digital Communication
|
|||
3.4
Fibre –optic Communication
|
|||
3.5
Cell-Phones
|
|||
4.
|
Communication
Devices
|
4.1
Wireless communication devices
|
08
|
5.
|
TV
receivers
|
5.1
TV receivers
|
22
|
6.
|
Consumer
Electronic
Appliances
|
6.1
Home Appliances, Commercial Appliances
|
15
|
Total Marks
|
120
|
||
Practical
Sr.
No.
|
List of Practicals
|
Periods
|
1.
|
Study
of Themistor NTC, PTC.
|
9
|
2.
|
Use
of condenser microphone as a sound transducer.
|
9
|
3.
|
Study
and re-coning of the load speaker.
|
9
|
4.
|
Study
V-I characteristic of photo cell.
|
9
|
5.
|
Study
and use of Optocoupler in any circuit.
|
9
|
6.
|
Construct
multirange ammeter using galvanometer.
|
9
|
7.
|
Construct
multirange voltmeter using galvanometer.
|
9
|
8.
|
Study
the front panel controls of CRO.
|
9
|
9.
|
Measure
frequency time period and AC/ DC Voltage using CRO.
|
9
|
10.
|
Measure
phase difference using lissageous patterns of CRO.
|
9
|
11.
|
Construct
and study AM Modulator circuit.
|
9
|
12.
|
Construct
simple diode detector circuit.
|
9
|
13.
|
Construct
and study FM transmitter circuit.
|
9
|
14.
|
Installation
of DTH.
|
9
|
15.
|
Downloading
of various Android Applications for cell phones.
|
9
|
16.
|
Demonstration
of Fibre optic communication.
|
9
|
17.
|
Study
of television controls.
|
9
|
18.
|
Demonstration
of working of LED and LCD TV.
|
9
|
19.
|
Study
the working of MP3 music system, Mixer-Juicers.
|
9
|
20.
|
Study
the working of Microwave, Washing machine, Air conditioner.
|
9
|
21.
|
Project,
Industrial Visit, O.J.T.
|
60
|
Total
|
240
|
Paper III: Computer Hardware
and Networking (J3) Theory
Sr.
No.
|
Unit
|
Sub-unit
|
Periods
|
1.
|
Introduction
to Microprocessor and Organization of 8085
|
1.1
Introduction and Evolution of microprocessor
|
18
|
1.2
Basic Blocks of microprocessor
|
|||
1.3
Architecture of 8085 microprocessor
|
|||
1.4
Functional pin diagram of 8085
|
|||
2.
|
Instruction
Set and programming of 8085
|
2.1
Addressing modes of 8085
|
23
|
2.2
Instruction set of 8085
|
|||
2.3
Interrupts in 8085
|
|||
2.4
Assembly language Programming
|
|||
3.
|
Microprocessor
X- 86 Family
|
3.1
Introduction to advance microprocessor
|
12
|
3.2
Introduction to X-86 microprocessor
|
|||
3.3
Attributes of X-86 family
|
3.4
Programming model of X-86
|
|||
4.
|
Microcontrollers
|
4.1
Introduction to Microcontroller
|
12
|
4.2
Advantages over microprocessor
|
|||
4.3
Architecture of 8051
|
|||
4.4
Overview of other microcontrollers
|
|||
4.5
Applications of microcontrollers
|
|||
5.
|
Networking
Technology
|
5.1
Study of transmission Lines
|
20
|
5.2
Network topologies
|
|||
5.3
Protocols
|
|||
5.4
Introduction to connectivity devices
|
|||
6.
|
Fundamentals
of Computer
|
6.1
Basic blocks of computer
|
20
|
6.2
Memories in Computers
|
|||
6.3
Overview of motherboard
|
|||
6.4
Specifications of Computer
|
|||
7.
|
Operating
Systems
|
7.1
Introduction to operating systems
|
15
|
7.2
Services in OS
|
|||
7.3
Overview of windows-98, windows-NT
|
|||
7.4
Access and Security aspects of OS
|
|||
Total Marks
|
120
|
||
Practical
Sr.
No.
|
List of Practicals
|
Periods
|
1.
|
Drawing
Sheet of Architecture and pin diagram of 8085
microprocessor.
|
9
|
2.
|
Drawing
Sheet of microprocessor Kit.
|
9
|
3.
|
Introduction
to operate microprocessor 8085 kit
|
9
|
4.
|
Write
a program to store data by different instructions.
|
9
|
5.
|
Draw
flow chart and write a program of simple addition (direct
addressing
mode).
|
9
|
6.
|
Draw
flow chart and write a program of simple addition (indirect
addressing
mode).
|
9
|
7.
|
Draw
flow chart and write a program of simple subtraction (direct
addressing
mode).
|
9
|
8.
|
Draw
flow chart and write a program of simple subtraction (indirect addressing
mode)
|
9
|
9.
|
Write
simple program to study Logical and branch instructions.
|
9
|
10.
|
Write
a program to find largest number.
|
9
|
11.
|
Write
a program to find Block Move.
|
9
|
12.
|
Write
a program to find smallest number.
|
9
|
13.
|
Write
a program to exchange that contains two blocks.
|
9
|
14.
|
Write
a program to multiply two numbers.
|
9
|
15.
|
Write
a program to study PUSH-POP instructions.
|
9
|
16.
|
Write
a program to study SIM-RIM instructions.
|
9
|
17.
|
Drawing
Sheet of Architecture of 8051 microcontroller.
|
9
|
18.
|
Draw
the sheets of different connectivity devices like Modem, Hub,
Repeaters
and Routers.
|
9
|
19.
|
Draw
the sheets of LAN,MAN, WAN
|
9
|
20.
|
Draw
the sheets of Network topologies (Star, Bus, Ring)
|
9
|
21.
|
Project,
Industrial Visit, O.J.T.
|
60
|
Total
|
240
|
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