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APEPDCL AE Syllabus 2019 Pdf & Exam Pattern Pdf Download

APPSC Asst Engineer Latest Exam Syllabus 2019 

  • Organizing Name: Eastern Power Distribution Company of AP Limited (APEPDCL)
  • Post Name: AE (Assistant Engineer)
  • Total No. of Vacancies: 15
  • Application End Date: 05th March 2019
  • Selection: Written Examination
  • All India Govt Jobs 2019 
  • Exam Date: March (Tentative)
  • All APPSC Notifications 2019 – 2020 
  • Hall Ticket Release Date: Update Soon
  • Official Website: apeasternpower.com

APEPDCL AE Syllabus 2019 

Andhra Pradesh EPDCL Asssistant Engineer Exam Results Pdf is updated here including exam pattern to the candidates searching for it. The selection process of the applied candidates purely based on the marks secured in the written held at various test centers. So, people looking for AP Govt Jobs 2019 can make use of this rare opportunity and give your best while writing the examination.

As we know that the competition is very high for these AP Power Dept Jobs, so the candidates applied for APEPDCL Recruitment 2019 can start the preparation from starting day on wards. Here we update precise exam syllabus along with the test pattern. You can make use of these details and prepare the study plan till the examination date.

AP EPDCL Asst Engineer (EEE/ECE) Exam Pattern 2019 

The Exam Pattern of APEPDCL AE 2019 consists of Technical Part along with General Aptitude. The Official Exam Pattern not yet provided in the pdf released by the officials. The expected exam pattern of Andhra Pradesh Assistant Engineer Exam Pattern is provided below.

  • Duration of the Written Exam is 2 hours.
  • Test will be in OFFLINE mode (OMR Based)
  • 70% of the Questions asked from technical Part.
  • 30% questions from General Aptitude.
  • There is No Negative Marking in this exam.

Note: Written Exam will be held at Visakhapatam Only.

Detailed AP EPDCL AE Exam Syllabus 2019

  • Electrical Circuits & Networks
    • Kirchhoff’s law
    • Mesh and node analysis
    • Network
    • Theorems
    • Sinusoidal steady state analysis of single phase and three phase circuits
    • Resonance
    • Transient response of RL, RC, RLC circuits for distinct Inputs
    • Two-port networks
    • Elements of two element network
    • synthesis
  • Control Systems
    • Modelling of physical systems
    • Block diagrams and signal flow graphs
    • Time and frequency domain analysis
    • Steady state errors
    • Routh’s criterion
    • Nyquist and Bode plots
    • Compensation
    • Root loci
    • Elementary ideas of state variable analysis
    • Control system components
  • Measurements & instrumentation
    • SI units
    • Measurement of current
    • Voltage
    • Power-factor and energy
    • Measurement of resistance inductance capacitance and frequency-bridge methods
    • transducers and their applications to the measurement of non-electrical quantities such as temperature, pressure, strain, displacement etc.
  • Analog & Digital Electronics
    • Characteristics of diodes
    • BJT
    • FET
    • SCR
    • Amplifier biasing
    • Equivalent circuits
    • Frequency response
    • Feedback amplifiers power amplifiers
    • Oscillators
    • Operational amplifiers and applications
    • Wave shaping circuits
    • Multivibrators fli-flops
    • Universal gates
    • Combinational circuits
    • A/D and D/A converters
  • Electrical Machines & Power Electronic Drives
    • Single Phase Transformer
    • Equivalent circuit
    • Tests
    • Regulation and efficiency
    • Three phase transformer connections parallel operation
    • Auto transformer
    • Principle of energy conversion
    • Windings of rotating machines
    • DC generators and motors
    • Characteristics
    • Starting and speed control
    • Three phase induction motors performance characteristics
    • Starting and speed control
    • Single phase induction motors
    • Synchronous generators
    • Performance
    • Regulation parallel operation
    • Synchronous motors
    • Starting characteristics and applications
    • Synchronous condensers
    • Fractional horse power motors
    • Permanent magnet and stepper motors Characteristics of Power electronic devices
    • Phase control
    • Bridge converters
    • Choppers and Inverters
    • Basic concepts of adjustable speed drives
  • Power Systems
    • Electrical power generation
    • Thermal
    • Hydro
    • Nuclear
    • Transmission line parameters
    • Steady state performance of overhead transmission lines and cables
    • Surge propagation
    • Distribution systems
    • Insulators
    • Bundle conductors
    • Corona
    • Radio interference effects
    • Per-unit quantities
    • Bus admittance and impedance matrices
    • Load flow
    • Voltage control and power factor correction
    • Economic operation
    • Symmetrical components
    • Analysis of symmetrical and unsymmetrical faults
    • Principles of over current
    • Differential and distance protections
    • Circuit breakers
    • Concept of system stability –  swing curves and equal area criterion

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