Ecm Simulator Circuit Arduino

Hi everyone! I'm new to the Arduino world and the C language. I need a little guidance on something I've been struggling with the past week or so. What I'm Trying To Accomplish Replicating synchronized crankshaft and camshaft signals to be read by an ECM engine control module to simulate an engine running. What I've Done So Far Originally I experimented with the delay function which was

Ardustim is an engine simulator built on the Arduino platform. It produces simulated crank and cam signals that can be used for testing aftermarket ECUs as well as being a useful tool for the development of firmware for these. It supports a large number of simulated rtigger patterns as well as multiple options for output speed Eg Using an

arduino simulator can embedded. Problem I want to make digital gaugesindicators for my car without having to sit in my car. Planning I had a general idea of what I needed to do, have my OBD Onboard diagnostics device talk to an Arduino and the Arduino send messages back acting like a car's ECU electronic control unit. That the OBD

I designed a program in LabVIEW to control the PWM of the output to send the signals to the ECU but the arduino works with 0-5V, and the ecu needs more voltage to reach all measurement states. So i'd like to know what circuit can i do to amplify the range to 0-12V. I tried an op amp but not worked well. Tks..

supply, an earth, and a signal circuit. As the crankshaft rotates, the reluctor wheel teeth interrupt a magnetic field produced by a magnet within the sensor. The sensor's internal circuitry detects this and produces a signal which the PCM reads. The PCM uses this signal to accurately measure crankshaft position and engine speed.

This led Fixkick to create an OBD2 simulator using a secondhand Ford ECU supplied with fake sensor data from an Arduino to persuade it that a real engine was connected.

Hey Everyone, New to forum. Very intimidating with all the information available on here. Not sure where to start. I repairrebuild ECM's and Instrument clusters and would like to build a crankcam simulator. Have never used an Arduino and do not know anything about programming. The signals I would like are 60-2, 36-1 etc and not sure how to get there. Where do I start and what do I need. I

To design the open hardware electronics ECU I'll be using what is already available on the open communities in particular the Speeduino project see its GitHub repository here. Their open hardware ECU solution is a flexible, fully featured Engine Management Systems EMS aka ECU based on the low cost and open source Arduino platform. It provides the hardware, firmware and software components

arduino system to simulate car engine. For testing of various ECU's. This repo contains whole system of arduinos simulating entire car engine. Each arduino simulates different part, so it can be tweaked realtime. f.e. oil system outputs oil sensor signal based on crankshaft input. Purpose - simulate engine so one can connect ECU from 'normal

This project aims to create a flexible, fully featured Engine Management Systems EMS aka ECU based on the low cost and open source Arduino platform. Speeduino comprises both the hardware and software components that would be expected from a commercial engine management system, but in an open and low cost package. Both the hardware and software continue to be under heavy development, but are