YCS TNZ Microscope Infrared Thermal Imaging Camera

The YCS TNZ Microscope Infrared Thermal Imaging Camera is a diagnostic tool used by technicians to quickly and accurately find faults like short circuits on a motherboard. It is designed to be used with a standard trinocular microscope, allowing the user to view both a visible light image and a thermal image simultaneously. 

Key features

• Fast fault detection: The camera rapidly identifies short circuits and other issues by pinpointing overheating components.

• Synchronized imaging: It allows you to simultaneously observe a component's surface damage and its thermal profile, making troubleshooting more intuitive and convenient.

• Microscope compatibility: The device is designed to be easily mounted on most trinocular microscopes, integrating thermal analysis into an existing workflow.

• Adjustable focus: The dedicated lens features an adjustable focal length, which allows for a clear thermal image from a short distance.

• Flexible mounting: It includes an adjustable bracket that provides a wide range of observation angles, including vertical positioning.

• Versatile clamping: The large-scale spring clip offers multiple methods for securely holding and positioning motherboards of various sizes. 

How it works for motherboard repair

1. Mount on microscope: The camera is attached to a trinocular microscope using the adjustable bracket.

2. Power the board: The technician applies power to the motherboard being tested.

3. Detect hot spots: The thermal imaging camera immediately visualizes the heat signature of the board, with faulty components appearing as "hot spots".

4. Pinpoint the problem: The real-time, high-resolution thermal image allows the technician to quickly locate the exact short circuit or failed component.

5. Correlate with visual: The synchronized visible light image provides a clear view of the component's physical details, assisting in further inspection.