Courses
- Electrical Engineering A (20122) תקציר הקורס:
- Electrical Engineering B (20123) תקציר הקורס:
- Analog Electronics (20125) תקציר הקורס:
- Advanced Analog Electronic Circuits (20349) תקציר הקורס:
Abstract:
Circuit Variables and Elements, Ohms and Kirchhoff’s Laws, Voltage,
Current and Power in DC Circuits, The Wheatstone Bridge and
Delta to Star Equivalent Circuits, Sinusoidal Steady-State Analysis, Voltage,
Current and Power in AC Circuits, Resonant Circuit, Techniques of Circuit Analysis
(AC+DC): The Node-Voltage Method, The Mesh-Current Method,
Thevenin and Norton Equivalent. Maximum Power Transfer, Superposition.Abstract:
Serial and Parallel RLC resonant, Frequency Response Analysis. Techniques of Circuit Analysis (AC+DC): The Node-Voltage Method, The Mesh-Current Method, Thevenin and Norton Equivalent. Maximum Power Transfer. Superposition. Poly phase Circuits. Balanced Three-Phase Circuits. Two port network parameters, Coupled Circuits. Transformers. Introduction to machinery principles.Abstract:
Diodes: PN junction structure. The diode as a non-linear component. The diode I-V characteristic and current-voltage equations of the diode. Approximate models of the diode for calculating currents and voltages in circuits based on diodes and resistors. MOSFET transistor: physical structure of NMOS and PMOS transistors, depletion type and enhancement type transistor and the parabolic current formula. Different voltage-current characteristics of the BJT, the base shorting effect and its effect on the current formula.
The conditions for Cutoff, Active and Reverse Active, and Saturation. Differential cascade and CC-CB amplifiers. Multiple stages amplifier. Amplifiers such as Cascade, Cascade and differential amplifier. Active loaded differential Amplifiers and current sources – Current sources, current mirrors and active loads. Description of the amplifier. Analysis of, Ad, Acm, Rid, Ricm, Rout and CMRR.
Operational Amplifiers – Properties of the ideal OP Inverting and noninverting amplifiers. Description of the internal structure: transconductance and voltage amps.
Ideal vs. non-ideal properties (Gain-Bandwidth product, offset voltage, Bias currents, Slew Rate, output voltage and current limits) and their effect in OP circuits. Some circuit schemes, Active filters.
Feedback Amplifiers – General feedback block diagram. Negative feedback and its effect on amplifier performance and properties. The four feedback types and topologies.
Analysis of all the four feedback circuit topologies. Power Amplifiers and output stages – Design and understanding of power amplifiers as output stages (Class A, B and AB). Biasing schemes in class AB.
Analysis of power dissipation and heat sinks. Frequency response of Amplifiers – Analysis and calculating 3dB pole of high bandwidth.Abstract:
Differential cascade and CC-CB amplifiers. Multiple stages amplifier.
Frequency response of Amplifiers – Analysis and calculating 3dB pole of high bandwidth amplifiers such as Cascade, Cascade and differential amplifier.
Active loaded differential Amplifiers and current sources – Current sources, current mirrors and active loads.
Description of the amplifier. Analysis of, Ad, Acm, Rid, Ricm, Rout and CMRR.
Operational Amplifiers – Properties of the ideal OP Inverting and noninverting amplifiers.
Description of the internal structure: transconductance and voltage amps.
Ideal vs. non-ideal properties (Gain-Bandwidth product, offset voltage, Bias currents, Slew Rate, output voltage and current limits) and their effect in OP circuits. Some circuit schemes, Active filters.
Feedback Amplifiers – General feedback block diagram. Negative feedback and its effect on amplifier performance and properties. The four feedback types and topologies.
Analysis of all the four feedback circuit topologies.
Power Amplifiers and output stages – Design and understanding of power amplifiers as output stages (Class A, B and AB). Biasing schemes in class AB.
Analysis of power dissipation and heat sinks.