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Nom du compte d’utilisateur (user_name) | SherlynLightfoot |
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Si un utilisateur est ou non en cours de modification via l’interface mobile (user_mobile) | |
Numéro de la page (article_articleid) | 0 |
Espace de noms de la page (article_namespace) | 0 |
Titre de la page (sans l'espace de noms) (article_text) | How To Make A Laser Pointer |
Titre complet de la page (article_prefixedtext) | How To Make A Laser Pointer |
Action (action) | edit |
Résumé/motif de la modification (summary) | |
Ancien modèle de contenu (old_content_model) | |
Nouveau modèle de contenu (new_content_model) | wikitext |
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Nouveau texte de la page, après la modification (new_wikitext) | You may want to learn how to make a laser pointer yourself. It's not difficult. This circuit board for the laser has the circuitry required to enable it to function. It includes the switch as well as laser diode. It is necessary to mount these parts on the circuit board and solder them into the appropriate position. Soldering is the method of melting solder around two pieces of steel so that they bond.<br><br>The first step is to purchase a flashlight casing laser diodes, and a switch. Using the drill bit and mouse cursors, you can build the casing and the switch. To test it, drill two holes into the casing and attach the [https://ecolearningcamp.org/how-does-a-laser-pointer-work/ pocket laser power meter] diode. Once you've built the casing, screw on the switch and check the circuits. Test the laser's pointer!<br><br>After you've completed the laser diode as well as the circuit board, you're ready to move on to the rest of the laser pointer project. After you've confirmed that everything is functioning properly, you can add the cap and switch. The final step is to ensure that the circuits are functioning and to look for other problems. Once you've completed assembling the casing, you'll be able to test your laser pointer for quality and reliability.<br><br>The next step is to purchase a battery pack. You can buy a battery pack for around five dollars or even less at the top consumer outlets and hardware stores. If you're not sure about the capacity of your battery and capacity, you can buy the cheapest one from a local retailer. They can be found at most hardware stores and nine auction websites. After you've gathered your components, you're ready to assemble this laser device. As you can see, the procedure isn't as difficult as you think.<br><br>The last stage is the drilling of holes. With a soldering iron drill two holes into the board circuit. Make sure to screw the cap in and then test the laser. Now you're ready to use the laser! You can use it in your classroom or for a celebration, so make sure you can use it easily. Remember to use it! It's not difficult to create your own homemade laser pointer for home or business.<br><br>Once you've bought the parts that you want to change, you'll need to adjust the laser pointer's casing. It will require a lens and a battery. In addition to the laser diode and an inductor to prevent the laser from leakage. Also, you'll want check the output of light from the laser pointer and see if it's enough to point at an illustration. |
Diff unifié des changements faits lors de la modification (edit_diff) | @@ -1,1 +1,1 @@
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+You may want to learn how to make a laser pointer yourself. It's not difficult. This circuit board for the laser has the circuitry required to enable it to function. It includes the switch as well as laser diode. It is necessary to mount these parts on the circuit board and solder them into the appropriate position. Soldering is the method of melting solder around two pieces of steel so that they bond.<br><br>The first step is to purchase a flashlight casing laser diodes, and a switch. Using the drill bit and mouse cursors, you can build the casing and the switch. To test it, drill two holes into the casing and attach the [https://ecolearningcamp.org/how-does-a-laser-pointer-work/ pocket laser power meter] diode. Once you've built the casing, screw on the switch and check the circuits. Test the laser's pointer!<br><br>After you've completed the laser diode as well as the circuit board, you're ready to move on to the rest of the laser pointer project. After you've confirmed that everything is functioning properly, you can add the cap and switch. The final step is to ensure that the circuits are functioning and to look for other problems. Once you've completed assembling the casing, you'll be able to test your laser pointer for quality and reliability.<br><br>The next step is to purchase a battery pack. You can buy a battery pack for around five dollars or even less at the top consumer outlets and hardware stores. If you're not sure about the capacity of your battery and capacity, you can buy the cheapest one from a local retailer. They can be found at most hardware stores and nine auction websites. After you've gathered your components, you're ready to assemble this laser device. As you can see, the procedure isn't as difficult as you think.<br><br>The last stage is the drilling of holes. With a soldering iron drill two holes into the board circuit. Make sure to screw the cap in and then test the laser. Now you're ready to use the laser! You can use it in your classroom or for a celebration, so make sure you can use it easily. Remember to use it! It's not difficult to create your own homemade laser pointer for home or business.<br><br>Once you've bought the parts that you want to change, you'll need to adjust the laser pointer's casing. It will require a lens and a battery. In addition to the laser diode and an inductor to prevent the laser from leakage. Also, you'll want check the output of light from the laser pointer and see if it's enough to point at an illustration.
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Lignes ajoutées lors de la modification (added_lines) | You may want to learn how to make a laser pointer yourself. It's not difficult. This circuit board for the laser has the circuitry required to enable it to function. It includes the switch as well as laser diode. It is necessary to mount these parts on the circuit board and solder them into the appropriate position. Soldering is the method of melting solder around two pieces of steel so that they bond.<br><br>The first step is to purchase a flashlight casing laser diodes, and a switch. Using the drill bit and mouse cursors, you can build the casing and the switch. To test it, drill two holes into the casing and attach the [https://ecolearningcamp.org/how-does-a-laser-pointer-work/ pocket laser power meter] diode. Once you've built the casing, screw on the switch and check the circuits. Test the laser's pointer!<br><br>After you've completed the laser diode as well as the circuit board, you're ready to move on to the rest of the laser pointer project. After you've confirmed that everything is functioning properly, you can add the cap and switch. The final step is to ensure that the circuits are functioning and to look for other problems. Once you've completed assembling the casing, you'll be able to test your laser pointer for quality and reliability.<br><br>The next step is to purchase a battery pack. You can buy a battery pack for around five dollars or even less at the top consumer outlets and hardware stores. If you're not sure about the capacity of your battery and capacity, you can buy the cheapest one from a local retailer. They can be found at most hardware stores and nine auction websites. After you've gathered your components, you're ready to assemble this laser device. As you can see, the procedure isn't as difficult as you think.<br><br>The last stage is the drilling of holes. With a soldering iron drill two holes into the board circuit. Make sure to screw the cap in and then test the laser. Now you're ready to use the laser! You can use it in your classroom or for a celebration, so make sure you can use it easily. Remember to use it! It's not difficult to create your own homemade laser pointer for home or business.<br><br>Once you've bought the parts that you want to change, you'll need to adjust the laser pointer's casing. It will require a lens and a battery. In addition to the laser diode and an inductor to prevent the laser from leakage. Also, you'll want check the output of light from the laser pointer and see if it's enough to point at an illustration.
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Horodatage Unix de la modification (timestamp) | 1667869458 |
