Free online courseElectronic Circuit Design Course

Conteúdo do Curso

• Video class: The Transistor as an Amplifier - Emitter Follower, Common Emitter Circuit, Design Example

  0h13m

• Exercise: What is the function of the emitter in an NPN transistor amplifier circuit?

• Video class: The Transistor as an Amplifier - Voltage Amplifier, Gain, Limits, Model, Characteristic, Application

  0h18m

• Exercise: What is the basic principle used to transform a current into a voltage in a common-emitter amplifier?

• Video class: Operational Amplifiers - Basic Rules, Ideal OpAmp, Structure, Closed Loop, Example Non-Inverting

  0h11m

• Exercise: What is the differential mode gain (G_D) of an operational amplifier considered to be?

• Video class: Operational Amplifiers - Mathematical Operations, Addition, Subtraction, Differentiator, Integrator

  0h12m

• Exercise: What does the gain of an inverting amplifier depend on?

• Video class: Transistor Circuits - Current Source, Current Mirror, Voltage/Bandgap Reference

  0h12m

• Exercise: What circuit is known for generating a stable output despite varying output voltage?

• Video class: Non-Idealities of Operational Amplifiers (OpAmps)

  0h13m

• Exercise: What is offset voltage in operational amplifiers and why is it significant?

• Video class: Analog Filters - Basics, First Order, Ideal Filters, RC Low Pass, Phasor Diagram, Bode Plot

  0h17m

• Exercise: What two components make up a simple passive RC filter?

• Video class: Analog Filters - Higher Order Filters, Cascading Passive Filters, Filters with Inductances, AM Radio

  0h20m

• Exercise: What is a potential drawback of adding stages to an RC filter?

• Video class: Resonance Circuits - Frequency Behaviour, RLC Series/Parallel Resonance Circuit, Mechanical Analogy

  0h15m

• Exercise: What happens at the resonance frequency in a series LC circuit?

• Video class: Basics of Switched Mode Power Supplies (SMPS) - Charge Pumps, Switching Elements, Types

  0h13m

• Exercise: What is a significant advantage of switched mode power supplies over linear voltage regulators?

• Video class: Switched Mode Power Supplies (SMPS) - Buck and Boost Converter

  0h16m

• Exercise: What is the function of a buck converter?

• Video class: Switched Mode Power Supplies (SMPS) - Inverting Converters and Primary Switched Mode Power Supplies

  0h11m

• Exercise: What is a key advantage of primary switched mode power supplies over linear voltage regulators?

• Video class: Linear Voltage Regulators - Basics, Classic Linear Power Supply, Properties, Dropout Regulator

  0h10m

• Exercise: Which component is typically found at the beginning of a linear power supply?

• Video class: Linear Voltage Regulators (LDO) - Applications, Heat Sink Example, Shunt Regulator

  0h09m

• Exercise: What is the minimum voltage drop needed for a PNP transistor in a low-dropout regulator?

• Video class: Clocked Comparators

  0h09m

• Exercise: What is the purpose of a clocked comparator in microelectronics?

• Video class: Analog-to-Digital Converters (ADC) - Basics

  0h18m

• Exercise: What is the main purpose of an ADC (Analog-to-Digital Converter)?

• Video class: Analog-to-Digital Converters (ADC) - Flash ADC and Successive Approximation Register ADC

  0h14m

• Exercise: What are the main parameters to consider for ADCs?

• Video class: Analog-to-Digital Converters (ADC) - Dual Slope and Charge-Balancing ADC

  0h14m

• Exercise: Which ADC topology is known for its precision and noise suppression capabilities?

• Video class: Analog-to-Digital Converters (ADC) - Charge-Balancing and Delta-Sigma ADC

  0h17m

• Exercise: What is a unique feature of Delta-Sigma converters that makes them suitable for high-precision applications?

• Video class: Operational Amplifiers in Positive Feedback - Non-Inverting, Inverting Schmitt-Trigger

  0h11m

• Exercise: What is a key feature of the Schmitt-Trigger circuit?