Tutorial Menyambung Kabel Fiber Optic (Splicing) - TKJ SMKN Bali Mandara

Summary

In this video, the presenter demonstrates how to connect fiber optic cables. Starting with the necessary tools, such as a fusion splicer, cutter, and alcohol for cleaning, the process involves stripping the cable, cutting it to the correct size, and then using the fusion splicer to join the fibers. The presenter carefully explains each step, ensuring the cable is clean and properly positioned for a successful connection. The final result is a fiber optic cable joined with minimal loss, demonstrating the practical application of fiber optic technology.

Takeaways

• 😀 The speaker introduces themselves as a student from SMK Negeri Bali Mandara, class 12 TKJ.
• 😀 The purpose of the video is to demonstrate how to connect fiber optic cables.
• 😀 The necessary tools for the task include a fusion splicer, cutter, stripper, and an optical power meter (OPM).
• 😀 The speaker uses a fusion splicer to connect fiber optic cables by creating a splice that joins two ends.
• 😀 To start, the fiber optic cable's outer jacket is stripped using a wire stripper.
• 😀 After stripping the cable, the inner fibers are cleaned using alcohol and tissue to prepare for splicing.
• 😀 A cutter is used to trim the optical fibers to a proper length, ensuring a precise connection.
• 😀 The fusion splicer is set up by placing the fiber ends into the device and aligning them accurately.
• 😀 The process includes adjusting the splicer settings and confirming the correct alignment before fusion.
• 😀 The speaker demonstrates a successful fiber optic cable splice with a loss of 0.01 decibels, confirming the effectiveness of the connection.
• 😀 The video concludes with the speaker showing the completed fiber optic cable connection, ensuring proper functionality.

Q & A

What is the purpose of using a fusion splicer in this process?

A fusion splicer is used to connect the two ends of fiber optic cables by precisely aligning and melting them together to form a continuous connection.

What tools are needed for stripping the fiber optic cable?

The tools required for stripping the fiber optic cable include wire strippers for removing the outer jacket and scissors for cutting the fiber to the desired length.

Why is alcohol and tissue used during the fiber splicing process?

Alcohol and tissue are used to clean the fibers after stripping the outer layer to ensure there is no dust, dirt, or residue that could interfere with the quality of the splice.

What is the role of the Optical Power Meter (OPM) in the fiber optic cable splicing process?

The Optical Power Meter (OPM) is used to test the signal strength after splicing to ensure that the fiber optic connection is functioning properly.

How does the speaker confirm the success of the fiber splice?

The success of the fiber splice is confirmed by checking the loss value, which in this case is 0.01 dB, indicating a successful and minimal loss connection.

What is the significance of using a precise cutting tool like the wire cutter in this process?

A precise cutting tool, like a wire cutter, ensures that the fiber is cut to the correct length with a clean, smooth edge, which is crucial for a successful splice.

What type of fiber optic cable is being used in the demonstration?

The demonstration uses a standard fiber optic cable, specifically a small type of fiber optic cable suited for fusion splicing.

How does the speaker handle the fiber after stripping the outer jacket?

After stripping the outer jacket, the speaker cleans the fiber using tissue and alcohol to remove any contaminants before proceeding with the splicing.

What is the first step in the fiber optic cable splicing process?

The first step in the fiber optic cable splicing process is stripping the outer jacket from the fiber optic cable using a wire stripper.

What can be inferred about the precision required for the fiber optic splicing process?

The fiber optic splicing process requires high precision, as it involves carefully stripping, cleaning, cutting, and aligning the fibers to ensure a successful and low-loss connection.