


| Brand | GE |
|---|---|
| Manufacturer Part Number | FADOS9F1 |
| Model | PROT AR-GE FADOS9F1 |
| Part Type | DETECTOR OSCILLOSCOPE |
| Oscilloscope Type | DIGITAL STORAGE OSCILLOSCOPE |
The GE FADOS9F1 PROT AR-GE Fault Detection Oscilloscope is a powerful diagnostic tool designed to help electricians, technicians, and engineers identify and resolve complex electrical faults with ease. This compact, benchtop oscilloscope delivers a high level of performance and accuracy for applications in various industries, including automotive, manufacturing, aerospace, power distribution, and more.
Featuring a high-resolution 7.5-inch TFT color display, the GE FADOS9F1 PROT AR-GE oscilloscope allows for crystal-clear visualization of complex electrical waveforms. This large, easy-to-read display ensures that even the smallest details of your signal are not missed. The dual-channel design of this oscilloscope supports differential signals up to 350 MHz, enabling users to measure voltage and current signals with superior accuracy and precision.
One of the most innovative features of the GE FADOS9F1 PROT AR-GE oscilloscope is its advanced Fault Detection and Analysis (FDA) software. This patented technology detects and identifies common electrical faults, reducing the time and effort required for fault diagnosis. The software offers various built-in test functions to help users quickly assess system functionality, even on complex and difficult-to-measure signals.
Additionally, the oscilloscope offers key automotive-specific features, such as the automotive Measuring and Analysis (AR-GE) mode. This allows users to perform advanced measurements and analysis on automotive signals, including kanji and alphanumeric decoding, powertrain signaling, and a comprehensive set of automotive-specific waveform standards.
Other notable features include 1 GS/s real-time sampling, a large 128-Mpoint memory depth, and industry-standard datalogging capabilities. The oscilloscope also offers extensive triggering options, including software and hardware triggers. With robust build quality and a comprehensive noise reduction system, the GE FADOS9F1 PROT AR-GE Fault Detection Oscilloscope delivers accurate, reliable, and repeatable measurements, making it an indispensable tool for professionals in the electrical and electronics industry.
* The GE FDOS934T2 Maketech Fault Doubler Prot Ar-GE Fault Detector Oscilloscope is a high-performance diagnostic tool designed for automotive and industrial applications. It can help in identifying intermittent faults and electrical problems, which can save time and money in troubleshooting.
* The oscilloscope comes with advanced features like fault doubling, four-channel digital storage oscilloscope, and a built-in signal generator. This complete diagnostic solution can replace multiple tools, reducing the need for additional equipment.
* It has a large, color display (5.7 inches) for easy viewing and navigation, making it easier to analyze waveforms and identify patterns.The device also features intuitive menus and keypad controls, providing user-friendly operation even for those without extensive oscilloscope experience.
* The GE FDOS934T2 is portable, making it easy to take to the shop floor or jobsite. Its rugged design also makes it suitable for industrial environments.
* The oscilloscope supports various automotive and industrial communication protocols, including CAN, LIN, and SAE J1850, making it versatile and adaptable to a wide range of applications.
2. Cons:* The GE FDOS934T2 Maketech Fault Doubler Prot Ar-GE Fault Detector Oscilloscope can be quite expensive compared to basic oscilloscopes.
* Some users have reported issues with software compatibility and updates, however, these issues are rare and can typically be resolved through customer support or software patches.
* This device requires a powerful battery or a stable power supply to operate effectively, particularly when using advanced features like fault doubling.
3. Conclusion:The GE FDOS934T2 Maketech Fault Doubler Prot Ar-GE Fault Detector Oscilloscope is a powerful diagnostic tool with advanced features that can help automotive and industrial professionals quickly and accurately identify and resolve complex electrical problems. While it comes with a higher price point, it offers excellent value by consolidating several diagnostic tools into one portable, user-friendly package. If the initial cost is not a concern and you require a comprehensive diagnostic solution, the GE FDOS934T2 could be an excellent investment.
Recommendation:If you're in the automotive or industrial industries, considering the GE FDOS934T2 Maketech Fault Doubler Prot Ar-GE Fault Detector Oscilloscope as an investment in your diagnostic toolkit could prove to be beneficial. This versatile, full-featured oscilloscope can help you streamline the troubleshooting process, reduce the need for multiple tools, and save both time and money. Its high-resolution display, advanced features, and compatibility with key market protocols make it an invaluable addition to any diagnostic tool collection. However, ensure that you have the budget to accommodate its higher price point.
As occasion may require, device can be used as oscilloscope. Analogue voltage output 2,5 MTV sensitivity channel 2 is used as analog dc output -10 v 10. Channel 1 can be used as an oscilloscope. Non touched Ir temperature sensor to detect more heated components and draw a heat map of the circuit board.
0 to 16 volts with an output current 20 1500 ma, for giving energy circuit board and creating power dc voltage -current graph. Dual - channel digital PC oscilloscope. Us - only: primary features: dual channel fault detection by v / tester analog signature analyzer trouble shooting detection direct comparison of the current- voltage characteristics signatures a working and faulty circuit board without applying power to unit under test. Programmable integrated dc power supply for creating vi graph the output voltage is adjustable.
The point to touch can be indicated by a cross hair mark at an image of the board. Fault detection by comparison with stored signatures memory of a functioning board can be saved and used at later time as reference for troubleshooting faulty.
