(Syllabus) Rajasthan Police Exam : Post of Inspector Police Telecommunication

(Syllabus) Rajasthan Police Exam : Post of Inspector Police Telecommunication


PART —A (Marks-150)


  1. Role of Telecommunication in improving working efficiency of Police Department.
  2. Police Organisation and Structure.
  3. Changing role of Police in the context of Democratic aspiration of the people of India.
  4. Concept of Social Justice and Secularism
  5. Fundamental Rights and Duties of citizens under the Constitution of India.
  6. Directive Principles of State Policy, enumerated in the Constitution of India .
  7. Geographic attributes of India with special reference to Rajasthan.
  8. Relevance of concept of Mixed Economy in the Developing countries , with particular reference to India.
  9. History of Rajasthan .
  10. 10.Current Affairs .

PART - B ( Marks-250)



1. Physical Electronics, Electronic Devices and ICs : Electrons holes in Semiconductors; Carrier Statistics; Mechanism of Current flow in a Semiconductor; Hall Effect; Junction Theory;. Different Types of Diodes and their Characteristics; Bipolar Junction Transistor; Field Effect Transistors;

Power Switching Devices like SCRs, GTOs, Power MOSFETs; Basics of ICs-Bipolar, MOS and CMOS Types; Basics of Opto Electronics.

  1. Network Theory : Network Analysis Techniques; Network Theorems, Transient Response; Steady State Sinusoidal Response; Network Graphs and their Applications in Network Analysis; Tellegen's Theorem; Two Port Networks; Z, Y, h and Transmission Parameter's combination of Two Ports; Analysis of common Two ports. Network Functions; Parts of Network Functions; Obtaining a Network Function from a given part.
  2. Analog Electronic Circuits : Transistor Biasing and Stabilization; Small Signal Analysis; Voltage & Power Amplifiers; Frequency Response; Wide Band Techniques; Feedback Amplifiers; Tuned Amplifiers; Oscillators; Rectifiers and Power Supplies; Operational Amplifiers;. PLL; Four Quadrant Multipliers; IC Regulators. Pulse Shaping Circuits and Waveform Generators.
  3. Electromagnetic Theory and Antennas : Analysis of Electrostatic and Magnetostatic Fields, Laplace's and Poisson's Equations; Boundary value problems and their solutions; Maxwell's Equations; Application to Wave Propagation in Bounded and Unbounded media, Transmission Lines: Basic Theory, Standing Waves; Matching Applications, Micro Strip lines; Basics of Wave Guides and Resonators; Elements of Antenna Theory; Propagation of EM waves in HF, VHF , UHF, and Microwave Frequencies, Characteristics and Analysis of HF, VHF and UHF Antennas; Antenna Arrays .
  4. Electronic Measurements and Instrumentation : Basic concepts; Standards and Error Analysis; Measurements of Basic Electrical Quantities and Parameters; Electronic Measuring Instruments and their Principles of working: Analog and Digital; Comparison; Characteristics; Application
  5. Analog & Digital Communication Systems: Basic Information Theory; Modulation and Detection in Analog and Digital Systems; Sampling and Data Reconstructions; Quantization & Coding; Time Division and Frequency Division Multiplexing; Equalization; Optical Communication in Free space & Fiber Optic; Basics Of Satellite Communication; Concepts of Mobile Communication; Mobile Radio Propagation & Components of Cellular Systems; Different Types of Modulation Techniques- AM,FM,PM Delta Modulation ,Pulse Code Modulation ,Detection Techniques in various Types of Modulation used in Communication; Basic study of Communication Protocols.
  1. Microwave Engineering: Microwave Tubes and Solid State Devices; Microwave Generation and Amplifiers; Waveguides and other Microwave Components and Circuits; Micro Strip Circuits; Microwave Antennas; Microwave Measurements; Masers; Lasers; Microwave Communication Systems; Principles & Working of Different types of Radars.
  2. Computer Engineering: Number Systems; Data Representation; Programming; Elements of a High Leliel Programming Language; Use of Basic Data Structures; Fundamentals of Computer Architecture; Processor Design; Control Unit Design; Memory Organization; I/O System Organization; Microprocessors; Architecture and Instruction set of Microprocessors 8085, 8086, 80486, 68000 and Pentium; Assembly Language Programming; Microprocessor Based System Design; Typical Examples; Personal Computers and their Typical uses.
  3. Industrial Electronics: Principle, Construction & Characteristics of Four/Five Layer Devices -SCR, DIAC, TRAIC, Power MOSFET; Power Control & Rectifiers; Inverters & Converters ; Speed Control of DC Motors and Timer Circuits; Heating, Welding & their Applications.

Courtesy: Rajasthan Police

Study Materials For Police Sub-Inspectors (SI) Exams

<< Go Back To Main Page