FADOS9F1-MUX + MUX Modules

FADOS9F1-MUX Professional Electronic Board Tester

Diagnose, compare, and locate faults on electronic circuit boards faster with the FADOS9F1-MUX Automatic Electronic Board Testing System.

This advanced test solution combines the capabilities of a VI curve tracer, oscilloscope, component tester, programmable DC power supply, and non-contact IR temperature measurement system in one compact device. When paired with the FADOS MUX multiplexer module, it can automatically test up to 96 circuit points, with an upgrade path to 192 points.

The system is designed for electronics repair technicians, PCB testing laboratories, production lines, service centers, engineering departments, and professional board-repair workshops.

Key Benefits

• Test multiple PCB points automatically with the FADOS MUX module.
• Test up to 96 points, expandable to 192 points.
• Compare known-good and faulty circuit-board signatures.
• Detect defective components without removing them from the board.
• Record test results, measurements, and board images for future reference.
• Measure resistance, capacitance, inductance, continuity, diodes, transistors, and other electronic characteristics.
• Use the programmable DC power supply to power the unit under test.
• Increase output voltage in controlled 100 mV steps up to a user-defined maximum.
• Automatically save voltage and current values to a test file.
• Locate overheating components with the integrated non-contact IR temperature sensor.
• Generate professional test reports, including Excel-compatible measurement data.
• Improve test consistency and reduce time spent on manual probing.

How the Programmable Power Test Works

The FADOS9F1 programmable power supply can be connected to the power rails of the circuit board under test. Before testing, the operator can set a maximum voltage limit. After activating the power test, the system gradually increases the output in controlled 100 mV increments until it reaches the selected limit.

Voltage and current readings are saved automatically. The non-contact IR temperature measurement can then help identify components that become unusually hot, making it easier to locate hidden faults on the board.

FADOS MUX Multiplexer Module

The FADOS MUX module automates board-point testing by connecting the FADOS9F1 to multiple locations on an electronic circuit board.

It can create VI curve graphs for 96 or more test points, reducing repetitive manual testing and improving productivity. The system is suitable for testing boards with multiple components, test pads, power rails, and signal points.

Main Features

• 9-in-1 electronic troubleshooting system
• VI curve tester and fault detector
• Automatic PCB testing with multiplexer support
• 96-point testing capability
• Expandable to 192 test points
• Built-in oscilloscope functions
• Non-contact IR temperature measurement
• Programmable DC power supply output
• Adjustable voltage and current
• Controlled 100 mV power-increase steps
• Continuity testing
• Resistance testing
• Capacitance testing
• Inductance testing
• Diode and semiconductor testing
• Test-data recording with images
• Excel-compatible test reports
• Suitable for in-circuit component testing
• Professional electronics repair solution

Package Contents

FADOS9F1 Package

• 1 × FADOS9F1 device
• FADOS software
• 1 × IR temperature probe
• 2 × oscilloscope probes
• 1 × USB cable
• 1 × DC cable
• 1 × power adapter
• 1 × FADOS9F1 carrying handbag

FADOS MUX Package

• 1 × FADOS MUX multiplexer module
• Multiplexer connection accessories
• Compatible testing software functionality
• Connection cables, according to selected configuration

Package contents may vary by selected 96-point or 192-point configuration.

Ideal Applications

• PCB repair and troubleshooting
• Electronic circuit-board diagnostics
• Automated component comparison
• Production-line board testing
• Electronics service centers
• Industrial equipment repair
• Automotive electronics testing
• Power-supply board testing
• Computer and telecommunications board repair
• Research and development laboratories
• Technical schools and electronics training centers
• Quality-control and incoming inspection departments