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USB Autoscope IV, automotive diagnostic oscilloscope and engine analyzer. Device provides high speed and high resolution.
Ignition system testing capabilities are built in to the scope. -
The hardware and software combination creates a system that provides a continuous (frameless) data capture, which greatly extends the functionality compared to conventional oscilloscopes. Record time is limited only by hard drive space. -
The USB Oscilloscope is running analyzer script files in order to analyze waveforms.
Px_Panel detects anomalies in the shape and position of characteristic points of the waveform. CSS script identifying the cause of misfires. -
Innovative solution for rapid analysis of the condition of the battery, starter and alternator, troubleshooting them and checking their compatibility with each other using ElPower script. -
We publish articles related to the latest techniques in TechShop magazine.
A series of articles was published in 2014 called "Analyzing the Cylinder Pressure Waveform from a Running Engine". -
Andrew Shulgin the winner of several automotive diagnostic competitions, author of many scripts.
The best-known are CSS, Px and ElPower scripts. -
Our products are used in a variety of automotive applications worldwide.
The USB Autoscope is a new generation of automotive diagnostic oscilloscope and engine analyzer. The device is designed for displaying, recording, and analyzing signals from most all vehicle systems such as:
- Sensors and actuators;
- Ignition systems;
- Fuel delivery systems;
- Intake and exhaust systems;
- Engine mechanicals such as cylinders, valvetrains, and pistons;
- Alternators, starters, glow plugs, batteries …
The USB Autoscope displays accurate information on the status and operation of electronic and mechanical systems of vehicles, in a manner that scan tools normally can not provide. The device allows for rapid diagnosis of engines using the CSS, Px and ElPower scripts.
The hardware and software combination creates a system that provides a continuous (frameless) data capture, which greatly extends the functionality compared to conventional oscilloscopes.
