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LECTURE 10 RAY CIRCUITSKAABLESSON OBJECTIVES At the end of the lesson, the student should be able to:Discuss the sequences of basic ray circuit. Describe the functions of the components. Explain the
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How to fill out x-ray circuits

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How to fill out x-ray circuits:

01
Start by gathering all the necessary equipment and materials, including the x-ray circuit diagram, circuit board, soldering iron, solder, wire cutters, and a magnifying glass.
02
Carefully examine the x-ray circuit diagram to understand the circuit's layout and connections. This will help you identify the components and their respective positions on the circuit board.
03
Begin by placing the circuit board on a clean and dry surface, ensuring there is enough space for soldering and maneuvering the components.
04
Use the wire cutters to trim the leads or legs of the components to an appropriate length, ensuring they will properly fit onto the circuit board.
05
Insert the components into their designated positions on the circuit board, following the layout indicated in the x-ray circuit diagram. Take note of the component's orientation, such as the direction of diodes or polarity of capacitors.
06
Once all the components are in place, double-check their alignment and placement on the board.
07
Heat up the soldering iron, allowing it to reach the optimum temperature for soldering. Carefully solder one lead at a time, ensuring a proper connection with the circuit board. Avoid using excessive solder, which can result in short circuits or poor connections.
08
After soldering each lead, visually inspect the solder joints to ensure they are smooth, shiny, and free from any blobs or bridges.
09
Use a magnifying glass to carefully examine each solder joint, looking for any potential defects or issues that may compromise the circuit's functionality.
10
Once you have completed soldering all the components, allow the circuit board to cool down before handling it further.
11
Finally, perform a thorough visual inspection of the overall circuit, checking for any soldering errors, misplaced components, or damaged traces. If any issues are found, carefully troubleshoot and rectify the problems before proceeding.

Who needs x-ray circuits:

01
Medical professionals and facilities: X-ray circuits play a crucial role in medical imaging systems, allowing healthcare professionals to capture detailed images of internal body structures for diagnosis and treatment planning.
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Industrial and manufacturing sectors: X-ray circuits are utilized in various industries for non-destructive testing (NDT), quality control, and inspection processes. This includes automotive, aerospace, electronics, and other manufacturing industries.
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Research institutions and academic settings: X-ray circuits are essential tools for scientists, researchers, and students working in areas such as material science, physics, chemistry, and biology, where X-ray imaging and analysis are required for their experiments and studies.

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