PE #69: Digital Control of a Current-Mode DC-DC Buck Converter. Compensator Direct Synthesis

DE #12: How to Program a Raspberry Pi Pico in C/C++. PWM and ADC Modules

PE #68: System Discretization (II)

DE #11: How to Program a Raspberry Pi Pico in C/C++

PE #67: System Discretization (I)

TT #6: Automatic Symbol Generation in LTspice

PE #66: Digital Control of a Current-Mode DC-DC Buck Converter

TT #5: How to Handle C++ Module Parameters in Qspice

PE #65: Effect of Sampling Period on the Closed-Loop Response of DC-DC Converters

TT #4: How to Embed Components in Qspice (II)

Qspice #9: Current-Mode Push-Pull Converter using the UC1846. Overcurrent Protection

TT #3: How to Embed Components in Qspice

Qspice #8: Current-Mode Push-Pull Converter using the UC1846. Housekeeping Chores

Qspice #7: Current-Mode Push-Pull Converter using the UC1846. Closed-Loop Design

TT #2: How to Plot Converter Characteristics by Qspice Simulation

Qspice #6: Current-Mode Push-Pull Converter using the UC1846

PE #64: Closed-Loop Compensators: PI versus PID

TT #1: Handling Qspice Libraries

PHY #5: Understanding Maxwell's Equations

PE #63: A More Detailed Analysis of the Closed-Loop Response of DC-DC Converters

Qspice #5: Closed-Loop Frequency Response of DC-DC Converters

Qspice #4: Frequency Response Analysis of DC-DC Converters

Qspice #3: Closed-Loop Digital Control of a Buck DC-DC Converter

Qspice #2: Digital PWM and Signal Sampling

Qspice #1: Introduction and How to Create New Components

PE #62: 4-Switch Buck-Boost DC-DC Converter (II)

PE #61: 4-Switch Buck-Boost DC-DC Converter (I)

PE #60: Critical-Mode PFC Boost Converter. Small-Signal Modelling

Tecnología Electrónica. Tema 12: Circuitos Secuenciales. Ejercicios 4

Tecnología Electrónica. Tema 11: Bloques Combinacionales MSI. Ejercicios 3