SABIKA FATIMA EEE NETWORK THEORY B.TECH II YR I SEM

Slides:

Advertisements

Similar presentations

NETWORK MODELS OF TRANSMISSION LINES AND WAVE BEHAVIOR M OTIVATION : Ideal junction elements are power-continuous. Power out = power out instantaneously.

Advertisements

Ref:080130HKNEE3110 Feedback Amplifiers1 Lecture 2 Feedback Amplifier Introduction of Two-Port Network Negative Feedback (Uni-lateral Case) Feedback Topology.

RF Communication Circuits

The University of Tennessee Electrical and Computer Engineering

TWO-PORT NETWORKS In many situations one is not interested in the internal organization of a network. A description relating input and output variables.

Circuits II EE221 Unit 8 Instructor: Kevin D. Donohue 2 Port Networks –Impedance/Admittance, Transmission, and Hybird Parameters.

دو قطبي ها-1 مدار 2 پائيز 86 دكتر توحيدخواه.

Two-port networks Review of one ports Various two-port descriptions

CHAPTER 6 TWO PORT NETWORKS.

Lecture 6. Chapter 3 Microwave Network Analysis 3.1 Impedance and Equivalent Voltages and Currents 3.2 Impedance and Admittance Matrices 3.3 The Scattering.

Chapter 9 – Network Theorems

Fundamentals of Electric Circuits Chapter 19 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

EKT 441 MICROWAVE COMMUNICATIONS

Microwave Engineering

Electrical Systems 100 Lecture 3 (Network Theorems) Dr Kelvin.

Chapter 18 Two-port Networks.

ENE 490 Applied Communication Systems Lecture 3 Stub matching, single- and two-port networks DATE: 27/11/06.

EE212 Passive AC Circuits Lecture Notes 2a EE 212.

Block A Unit 3 outline One port network Two port network

Fundamentals of Electric Circuits Chapter 19

TWO PORT NETWORKS.

Passive Devices (3 port network) S-matrix of 3 port networks (1) All ports are matched and network is reciprocal (2) can be lossless? 3 Port Network can.

TWO-PORT NETWORKS.

CIRCUITS and SYSTEMS – part II Prof. dr hab. Stanisław Osowski Electrical Engineering (B.Sc.) Projekt współfinansowany przez Unię Europejską w ramach Europejskiego.

ENE 428 Microwave Engineering

Lecture - 10 Two port circuits

Two-Port Networks Chapter 19.

EKT 441 MICROWAVE COMMUNICATIONS CHAPTER 3: MICROWAVE NETWORK ANALYSIS (PART II)

Chapter 4: Microwave Network Analysis

EKT 441 MICROWAVE COMMUNICATIONS CHAPTER 3: MICROWAVE NETWORK ANALYSIS (PART 1)

EMLAB Two-port networks. EMLAB 2 In cases of very complex circuits, observe the terminal voltage and current variations, from which simple equivalent.

Thevenin Theorem in Sinusoidal Steady Analysis Aim: To obtain a simple equivalent circuit for a 1-port circuit that consists of linear, time-invariant.

Additivity and Multiplicativity Theorem: (Additivity) Consider a circuit with linear resistors and independent sources. Group 1 Group 2 Solve the circuit.

G PARAMETER COMPILED BY- SAMRIDDHI SINGH SHIVIKA SINGH SHLOKA NAUDIYAL

Prof. David R. Jackson Dept. of ECE Notes 14 ECE Microwave Engineering Fall 2015 Network Analysis Multiport Networks 1.

Small Signal – Low Frequency Transistor amplifier Circuits UNIT-IV.

Example 4.10 Finding the Thevenin equivalent of a circuit with a dependent source.

1 TWO PORT NETWORKS CHAPTER 6. 2 OBJECTIVES To understand about two – port networks and its functions. To understand the different between z- parameter,

Circuit Theorems 1.  Introduction  Linearity property  Superposition  Source transformations  Thevenin’s theorem  Norton’s theorem  Maximum power.

Lec 1. Two-Port Circuit Mr.Mohamed Elshaikh. What today?? ● Introduction ● The concept of two-port circuit ● The terminal equations ● Two-port parameters.

RF and Microwave Network Theory and Analysis

ELEC 401 MICROWAVE ELECTRONICS Microwave Networks - Parameters

Two-Port Networks-1 D.C. Kulshreshtha मंगलवार, 23 जनवरी 2018

UNIT- V Small Signal Low Frequency Transistor Amplifier Models:

SAFFRONY INSTITUTE TECHNOLOGY

ELECTRIC CIRCUITS EIGHTH EDITION

ELECTRIC CIRCUITS EIGHTH EDITION

Chapter 9 Common-Emitter Amplifiers

Microwave Engineering by David M. Pozar Ch. 4.1 ~ 4 / 4.6

ENE 429 Antenna and Transmission Lines

Two-Port Network Parameters

EKT 356 MICROWAVE COMMUNICATIONS

Lecturer: Pn. Wan Nur Suryani Firuz Bt Wan Ariffin ( )

Alexander-Sadiku Fundamentals of Electric Circuits

Microwave Engineering

CHAPTER 1 TWO PORT CIRCUITS

ENE 429 Antenna and Transmission Lines Theory

Network Parameters.

Two-port networks Adam Wąż

Two-Port Networks Equivalent Circuits

NETWORK FILTERS AND TRANSMISSION LINE.

Microwave Engineering

Hybrid equivalent model

Network Analysis and Synthesis

lossless, reciprocal, and matched at all port

C H A P T E R 15 A.C. Network Analysis.

N-port Network Port reference Line Impedance Port Voltage & Current.

CHAPTER 59 TRANSISTOR EQUIVALENT CIRCUITS AND MODELS

Two-Port Networks-2 D.C. Kulshreshtha रविवार, 8 दिसम्बर 2019

Presentation transcript:

SABIKA FATIMA EEE NETWORK THEORY B.TECH II YR I SEM

On topic Two-Port Networks

Port A port of a network consists of two terminals — one for the entry of current and other for its exit. The currents in the two terminals of a port are equal. ‘Porte’ in French means ‘door’.

Two-Port Network The port variables are port currents I1 and I2 and the port voltages V1 and V2. Note the reference directions of currents and voltages.

Assume linear time-invariant elements. May contain dependent sources but not independent sources. We need two linear equations in port-variables to characterize such a two-port network. Two can be taken as the independent variables and the remaining two as the dependent variables. The choice is just a matter of convenience for a given applications.

Six Possibilities Open-circuit, impedance, or z-parameters. Short-circuit, admittance, or y-parameters. Hybrid, or h-parameters. Inverse hybrid, or g-parameters. Transmission, or ABCD-parameters. Inverse transmission, or abcd-parameters

OPEN-CIRCUIT, IMPEDANCE, OR z-PARAMTERS Impedance Matrix

1. Input driving point impedance, 2. Reverse transfer impedance,

3. Forward transfer impedance, 4. Output driving point impedance,

Equivalent Circuit Using z-parameters It is just a picturization of the defining equations.

Alternate way of drawing the equivalent circuit.

Conditions for Reciprocity A network is said to be reciprocal, if

Condition for Symmetry A two-port network is said to be symmetrical if its ports can be interchanged without changing the port voltages and currents.

SHORT-CIRCUIT, ADMITTANCE, OR y-PARAMTERS Admittance Matrix

1. Input driving point admittance, 2. Reverse transfer admittance ,

3. Forward transfer admittance 4. Output driving point admittance

Equivalent Circuit Using y-Parameters Picturizing the defining equations,

Alternatively,

Conditions for Reciprocity and Symmetry

Review Multi-Port Networks. Two-Port Network. Six Possibilities of Characterization. open-circuit, impedance, or z-paramters. Equivalent Circuit Using z-parameters . Conditions for Reciprocity and Symmetry. Short-circuit, admittance, or y-paramters. Equivalent Circuit Using y-Parameters.