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Bachelor's Degree in Telecommunications Systems and in Network Engineering. Bachelor's Degree in Aerospace Systems Engineering |
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DEE tutorials |
T2 OpAmp amplifier
T3 Battery charger
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Arduino |
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Microchip |
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| TA4 | Basic I/O, FSM | TM4 | ||
| TA5.1 | Push-buttons and external interrupts. Blinking LED. | TM5.1 | Toggle LED | |
| TA5.2 | Push-button debouncing filter | TM5.2 | Blinking LED | |
| TA6 | Temperature measurement system (LM35) | TM6 | ||
| TA7.1 | I2C - LCD display | TM7.1 | 1-digit BCD counter using FSM control flow and MCC Melody | |
| TA7.2 | Temperature control | TM7.2 | I2C library. Step #1. Port expander MCP32008 | |
| TM7.3 | I2C library. Step #2. Port expander PFC8574 | |||
| TM7.4 | LCD library. Step #1. | |||
| TM7.5 | LCD library. Step #2. 1-digit BCD counter with I2C LCD | |||
| TA8 | Pulse width modulation (PWM), D/A conversion, analogue outputs, analogue filters | TM8 | ||
| TA9.1 | Power outputs and drivers, electrical isolation | TM9 | ||
| TA9.2 | Hobbyist climate chamber | |||
| TA9.3 | Power LED lamp dimmer | |||
| TA9.2 | Aixeta temporitzada | |||
| TA10 | Low power, sleep mode | TM10 |
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Raspberry Pi |
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FPGA SoC |
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| TR1 | Distance meter | TF1 | ||
Arduino projects includes Proteus simulation and KiCad PCB
Microchip projects includes MPLABX, MCC Melody, XC8, MPLAB SNAP, CSD_PICstick, PIC18F46K22, Proteus simulation.