Engine spark timing controller receives data from crankshaft position, vacuum, temp and knock sensors. The data is processed via specific electrical components and ESP32 microprocessor to determine spark delay. Spark is produced with the calculated delay through MOSFET transistor.
Project tag: engine
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Implementation of a micro-controller that controls for the speed, temperature and vacuum, and optimizes the ignition timing in every cycle according to the values measuredCategories: IOT
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System On Chip projects that links between the Engine Control Unit (ECU) and the engine itself. it runs on an arduino platform which is cheap comparatively so it allows car engineers to simulate many scenarios and check what the ideal parameters to launch the engine are. it provided with basic scenarios that can be easily extended.
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This projects goal is to implement an engine control unit for a cars gasoline engine, using Pluralitys Many-Core Architecture. With this project we will evaluate the probability and added value of creating efficient control systems using Many-Core architectures. Motivation: An Engine Control Unit (ECU) controls fuel injection, spark ignition and air flow systems for each engine piston. Timing and amount calculations are made based on the readings from many sensors...
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An Engine Control Unit based on an Intel Galileo SoC. The ECU is a real time system that reads the engine sensors and determines the ideal fuel amounts and ignition times.