this post was submitted on 12 Nov 2023
1326 points (98.7% liked)
Humor
7453 readers
2 users here now
"Laugh-a-Palooza: Unleash Your Inner Chuckle!"
Rules
Read Full Rules Here!
Rule 1: Keep it light-hearted. This community is dedicated to humor and laughter, so let’s keep the tone light and positive.
Rule 2: Respectful Engagement. Keep it civil!
Rule 3: No spamming!
Rule 4: No explicit or NSFW content.
Rule 5: Stay on topic. Keep your posts relevant to humor-related topics.
Rule 6: Moderators Discretion. The moderators retain the right to remove any content, ban users/bots if deemed necessary.
Please report any violation of rules!
Warning: Strict compliance with all the rules is imperative. Failure to read and adhere to them will not be tolerated. Violations may result in immediate removal of your content and a permanent ban from the community.
We retain the discretion to modify the rules as we deem necessary.
founded 1 year ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
That is going to result either in a bang or nothing happening.
You can use a power supply if:
the plug fits
the polarity is correct ( - and + are at the correct location)
the voltage matches
the current and wattage is the same or higher
#4 is subtle. It might work with less current, but this is a caveat not appropriate for novices.
#3 is also sometimes not a problem, many devices work with a bit lower or higher voltage. It's because the DC to DC converter that is used to control the voltage for the device itself is tolerant enough.
Sometimes devices are multiple volts tolerant with the caviate that the components get warmer with higher input voltage and therefore the device could have reduced life expectency. If the devices where not tolerant especially for lower voltages a slightly bad cable or a long cable could drop the voltage enough so the device wouldn't function.