#green led voltage

[lchy2dner]

LED Light Sources, Lamp holders, LED Socket, led diode, led headlights

Red/Green/Blue 0404 120° Water Clear 30/40/20 mcd PCB Surface Mount LED

[metsn]

HARM ENGINE - square wave harmonics or digital sonic filth in +/- 5 octaves with 3rds and 5ths

The HARM ENGINE is based on the CIRCUITBENDERS 'Harmonic Engine' PCBs, it's "a clone of the E&MM Harmonic Generator. This was a project by Paul Williams, published in Electronics & Music Maker magazine way back in 1981. The circuit uses a 4046 Phased Locked Loop (PLL) to generate a squarewave output at harmonic intervals to the frequency of the input signal. The squarewave can be set to +/- three [5 + a chaos noise mode in the METSÄÄN version] octaves, and can also produce 3rd or 5th harmonies. That's the theory anyway. In practice this only works reliably if you use very basic waveforms at the input. If you use anything else, then everything very quickly descends into a beautiful kind of chaos, with all kinds of bizarre gurgling digital squeaks and squeals vomiting forth. Its especially effective with percussion sounds, converting each hit into some kind of warped electronic splatter." The controls from top left to right are: SENSITIVITY - controlling the level at which the harmonics will be played. Turning the pot clockwise increases the gain of the signal (it also boost with a slight distortion, the DRY signal). In higher settings, the squarewave harmonics can form a modulated drone voice. Activity of the HARM ENGINE is indicated by a green LED, that turns on when harmonics are produced. 3RD/5TH - the 3 position toggle switch activates the corresponding detuning. The middle position is neutral. MIX - is a blending function to dial in the balance between DRY and HARM signal. If something is plugged into the DRY and HARM outputs on the rear of the machine, MIX stops working, because the signal is split before. OCTAVE - with a 12 position rotary switch, +/- 5 octaves are selected, 12o'clock is neutral and 6o'clock is the chaos/noise mode. TRUE BYPASS - The footswitch is configured for true bypass and has a pink indicator LED inside the machine, the glow can be seen through the vent grills in the enclosure. Build into a scavenged high voltage converter housing made from plastique painted in the 'burned out industry' camo pattern in matte black and chrome. Hand made by grm for METSÄÄN.

Sold.

...

[r3d-f0xs-blog]

OC: Lance Sheehan

Basic Info

Name: Lance Sheehan

Alias(es):

Date of birth: July 05 2037

Zodiac sign: Cancer

Gender: Male (he is a trans man)

Place of Birth: Night City, Charter Hill

Sexuality: Polysexual

Appearance

Height: 5’ 11

Build: Average, modestly athletic

Hair: Dark brown

Eyes: Black sclera with green and reddish iris

Cyberwear: Enhanced Kiroshi optics with greater zoom and magnification, as well as real-time feed on patient vitals on demand when connected. Enhanced fine motor control and stabilisation in his hands and arms. Biomon and hormone regulators, particularly for diabetes and testosterone. Synth skin with enhanced sensitivity (helps during operations) as well as sensors for monitoring his clients vitals. Upper face plate contains more optical sensor arrays connected to his eyes. Second heart. Electrical discharge cybernetics in his hands, primarily for defibrillation purposes.

Background

Languages: English, Gaeilge, Spanish

Affiliations

Arasaka: former subsidiary employee

Occupation: Ripperdoc

Role: Full-body conversion, Netrunning and neurological cybernetics specialist as well as general Ripperdoc skills.

Weapons: Can use his defibrillator cybernetics as a weapon but at a much higher voltage.

Lance was born to wealthy parents and enjoyed a comfortable and relatively privileged life as he grew up in Night City. His education led him into cybernetic medicine where he gained a wealth of experience from some of the best clinics across the world. His family unlocked many doors and opportunities for him but he was very aware that this wasn’t the case for many others.

Lance returned to Night City employed in an Arasaka subsidiary company who installed and maintained the cyberwear of their employees and students who were in their employment programme. Lance was put on a team who were part of research into how cybernetics and cyberpsychosis are linked. The research focused around full or near full body conversions. Four groups were involved; one consisted of voluntary subjects who were given cybernetics and their new bodies looked the same as their organic one. The second group consisted of subjects who didn’t volunteer and didn’t know what was to happen but left as a full or near full body conversion looking as they had before with the expected changes they had gone in for. The third group consisted of people who had been told they were going in for a full body conversion but were not given anything new. Finally the control group went in for routine installations. The teams did the work as if it was routine and had been informed and presented with documents saying all of the patients consented to whatever procedure the research leads had designated them for.

Lance was the lead ripper of one of the teams and operated on Voss who believed he was in for something else but left as a near full body conversion. It wasn’t until later when Bernice hacked files from the company that Lance found out about the experiments. He lived with deep shame and guilt after that and it impacted him in many ways around he approaches consent both personally and professionally.

He didn’t know about Voss until he connected and found his name as the one who signed off his conversion when he reviewed Voss' records. Voss never knew as all his work when in Arasaka had been done by the corporation rippers and after nobody commented because it wasn’t relevant to the work being done.

Lance is an ambitious and focused person but somehow he does this without stepping on others to get to where he wants. It could be his outgoing and pleasant personality or it could be that he is just that good at his work or perhaps a bit of both.

Either way, Lance is successful in his work and makes a very comfortable living. He takes his work seriously, is methodical, organised and calm nerves.

Some of the higher end Rippers might like to see themselves as medical rock stars but Lance prefers to let his work speak for itself. There’s no room for showmanship when you’re operating on delicate neurocybernetics or with cutting edge pieces that cost a small fortune. People go to him because he is reliable, steady and has a wonderful consultation process to help his clients get the best out of their cyberwear.

Lance’s perfectionist tendencies however can be a problem which he knows he must keep tabs on as it can lead to more stress than is healthy.

Despite what he learned, Lance continued working as a Ripperdoc. In a way he wasn’t surprised he was lied to as he’d have refused to operate on people who were being misled and many corporations were the same when it came to their ethics. Lance only wants to do right by people in a world which pushes them all to the limits.

He has great sympathy for Voss when he finds out he was responsible. Some may view him telling Voss the truth as the wrong thing to do, and even dangerous but in time they are friendly and Voss goes to him for Ripperdoc work. Who better than the person who made him and knows the original work so well?

He has no partner and no relationship currently. Work often makes it difficult, among other reasons. Lance is a regular client of Charlie’s; Lance has a thing for elves and finds Charlie’s manner and professionalism exactly what he needs.

[hereforthefanficsandromance]

The Way He Looks at You Series II:III

Act II: The Way You Look at Him Chapter 3: The Way You Don't Belong to Him

Read on AO3 Read on Blogger Read on Tumblr Story Master List: The Way He Looks at You Series

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Chapter Summary

Dark thoughts plague the man who still loves you.

TW: torture (electricity)

Rating: 18+ Words: 1.4K

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I wake groggy, taking in my dismal surroundings. My brain rejecting the situational reality. I shift on the hard metal surface to relieve my aching shoulders.

My thoughts drift to my future family, wishing for their safety. During the lengthy hours without severe suffering, I attempt to reconcile with the painful mistakes of my past. Deeply regretting the stupid decision that led here, that sabotaged my happiness.

I allowed the structured ways of the past to dictate my future. My fear of the Dark Side led me directly to it. I try to resist its seductive call, but each day I feel the light dim, leaving behind murky darkness.

Giving myself willingly over is required, an impossible requirement I resist each grueling day. Choosing light and peace feels less obvious with each torturous minute.I ignore the growing rage in my belly. The metal door swings open, revealing my captor, a sickening smile plastered on his green skinned face.

“You look well rested.” He mocks, sitting behind me, making me paranoid.

I resist squirming during the long passing silence, instead bracing for inevitable pain. It doesn’t come.

“What did you dream about? Brother.”

I tense, refusing an answer and knowing excruciating punishment awaits. Fearsome purge troopers enter the freezing room, carrying crackling electrobatons. The usual three approach while engaged in lively conversation, ignoring their unpleasant purpose, to my relief.

“I asked you a question, Brother.” Fifth Brother speaks again, threats dripping from his innocent words.

The purge troopers cease speaking, brandishing their deadly weapons, awaiting my reply. I clench my teeth together. One outcome awaits. The first trooper presses his electrified baton forward, contacting my bare torso.

An animalistic scream rips through my parched throat, echoing against the sturdy concrete walls. The pain stops, but the aftereffects leave my abused body twitching. I’m sickened that the heat of the electrobaton soothes my freezing exposed skin. That I find temporary relief in my suffering.

As the buzzing wears off, the second trooper jabs his weapon forward, making contact. Every muscle tenses and my head whips back, my rigid body shakes from the high voltage. I gasp, desperate for air, but pain shoots through my nerves as the third trooper lunges forward, a sadistic laugh cutting the air.

Fifth Brother is patient, allowing each to indulge in inflicting pain on my tired form. Once sated, they stand back, awaiting the next round of questions that I will resist against my self preservation.

“I quite enjoy watching you suffer. However, I have news that will wait until you answer my question.”

I lick my chapped lips, weighing the presented options. The troopers hold position while I stare at the stained concrete floor.

“What news?” I ask, knowing I sealed my fate.

The purge troopers leap forward together, an electrobaton contacting my chest and each thigh. I hear someone else screaming, my brain exiting my body, pulling me far from the extreme suffering.

The pain stops and I barely hear the question that follows.

“What did you dream about?”

“I didn’t dream.” I say.

“Think harder Brother, you did dream.”

I scrunch my teary eyes closed, trying hard to remember. The faded memory won’t show, blocked by my subconscious desire to remain true to the light side.

White hot pain shoots through my fatigued muscles, my teeth pressed hard against one another. Some dark entity claws from the depths of my weakening mind, something power hungry. Pain overwhelms my resistance as electricity surges, drawing forth the hate. Memories of life draining from their eyes, my powerful fist clenched tight.

The pain stops, my breath left shallow and ragged. The loud silence feels worse than the torture, the calm before the storm. A controllable storm I can end through willing submission.

“Perhaps you will share the news of your kin tomorrow.”

Worry flickers in my eyes, betraying my earnest refusal. Fifth Brother catches the expression as he circles the soiled interrogation chair.

“This intrigues you?”

A single nod, determining my fate.

“Last chance Brother.”

My parted lips suck in chilled air. “I was killing the purge troopers.”

“How?”

“The Force.” A beat of silence. “I strangled them before they could hurt me.”

“What emotions did you feel?”

“Fear, rage, hate.” I admit, knowing I am fighting a losing battle.

Fifth Brother shows his white teeth, a fearsome attempt at grinning. He waves the purge troopers away, leaning against a nearby steel table. I hold my breath, knowing that Fifth Brother is a greater threat than high voltage weaponry.

“Excellent, you are learning quickly. You will walk alongside your fellow brothers and sisters soon. The woman you foolishly impregnated has finally risen from her hospital bed. Thirteenth has surely collected her, though you have more claim to her than he. After all, it is your child she carries.”

Anger flows through my veins at his name, knowing he poisons her against me. Images of the night with her flashes before my eyes, pulling me briefly to safety. My brain allows the intimate scene to replay without guilt gnawing at my insides.

Sparks tingle along my skin as her rear brushed the front of my trousers in the small kitchen. My eyes scanning her ample cleavage while I shared a story over dinner. The subject of the story lost to time, but her dilated pupils etched into my mind.

I spent countless nights rocking myself into my hand. Silently calling out her name into the darkened bedroom, wanting to hear her call mine. Desires to taste her, run my hands over her smooth skin, feel her clench around me.

The blissful evening overwhelmed me and I moved too quickly, forgot to savor the exquisite gift she provided. I forgot to care for her pleasure, despite imaging it nearly every night. Regrettably, I severely hurt her the following morning, as my selfishness did not stop.

Plagued by guilt and nightmares; nightly dreams of my old Master, lecturing on the danger of attachments. The difficult nightmares haunted me from the moment she became my girlfriend. Lustful thoughts led to vivid memories while I restlessly slept. I pulled away when the dreams were worse, unable to explain my unpredictable hesitation. She was kinder than I deserve, never asking for answers, and providing endless understanding.

The pursuit of light led to suffering despite the promise of the opposite. I hadn’t completed my training, lessons surely lost with the fall of the Jedi Order. Perhaps living between worlds was my downfall; never fully giving myself to love or the Jedi teachings, choosing to live halfway between both.

I loved her, but feared the repercussions of my Master at night. I still love her, but could not face those feelings, even in finding out I had fathered the child inside her belly. Still never fully committing to her, instead of loving her and the potential of family, I treated her as another duty.

“Once you have accepted your new title, you may stake your claim, though it would be wise to rebuild your strength before facing Thirteenth. I will help train you to take back what is truly yours. The only way is through the power and strength granted to us through darkness.”

Negative emotions overwhelm me, but I keep my hollow face determined. I could not love her when striving for light. The Dark Side provides an escape from the guilt of the old ways, a chance at redemption and the guidance needed to be the man I must for my new family.

Never will she know an unsatisfactory night. Her pleasure will always come before my own. Our relationship has become my priority, constantly on my mind between the darkening thoughts of my new dreams. I will have her again.

“Thirteenth doesn’t share his toys, but he is much weaker than before. Love blinds our Brother, his distracted state provides an opportunity for your success. But you are not yet ready. You cannot achieve what you desire when you are still weak. Accept the everlasting power of the Dark Side and take back what is rightfully yours.”

I gawk, coming back to myself, remembering the knowledge that forceful measures will not secure my desires. I shake my head, rejecting Fifth Brother’s sinister words.

“You agree that more suffering is required to unlock your true potential. You have shown promising progress on becoming the Fourteenth Brother.”

Fifth Brother exits the room, leaving the purge troopers in his place. I grit my teeth for the next round, each painful moment bringing me closer to her.

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Need to Rant with Others Who Have Read This Story?

Join My Discord It's free! Members get updates, sneak peaks, bonus content, events, and countdowns to new chapters. We'd love to have you, even if you just lurk!

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Love/Like/Hate What You Read?

Comment (please!) on AO3 or Blogger Anonymous/Comment/Message/Reblog on Tumblr Compliments feed me Constructive Criticism improves me

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Next Chapter: The Way You Dress Him

[vampiregirlsblog]

MAKE YOUR MARK

Pairing - MC X Onyx

Universe - Sin City, Vegas (lovestruck voltage)

Rating - Fluff, comfort

Includes - Biting, marking, jealousy, casino, drinking

---------------------------------------------------------

Onyx was on a winning spree and the crowd was getting rowdier and louder after every win. MC was sitting and looking at her girlfriend laughing and enjoying herself from the other side. Pride bloomed in her chest after another win and she took a sip of her drink in celebration locking her eyes with her girlfriend’s. They both had matching grins on their gleeful faces.

 At the next table with Onyx ready to win another round, a drunk woman got bold enough to kiss onyx on her cheek “for good luck” she said. The blond assassin was a little surprised but covered up soon enough with a muttered –“Oh, sure Darling” and her usual sunshine smile which was a little strained. MC noticed the change in her girlfriend’s expression and stared daggers at the drunk woman all throughout the winning round. As soon as the round finished MC took Onyx’s hand and led her away to the deserted bar to get away from the crowd. Onyx followed silently and hugged her girlfriend as soon as they sat together in the corner.

MC comforted and hugged her hard until she sighed happily against her shoulder. They both had some water to pace their drinking and just sat looking into each other’s eyes, holding each other close. MC loved looking into her girlfriend’s green eyes which were shining brighter than actual emeralds in the dim lights. No one knows who initiated but MC found Onyx in her lap kissing her like she was the air she needed to live. They both kissed each other passionately but had to pull back after a very long moment to breathe. They just held each other for a long moment when Onyx broke silence and said – “I am yours….MC, mark me as yours…”

MC saw the vulnerability reflected in her posture and expression which came out only in front of her and wanted to comfort her in any way possible. She leaned in again kissing urgently devouring the blond who sighed against her girlfriend’s lips, hands balled in the fabric of her jacket. MC proceeded to leave kisses along her jaw and neck wherever she could reach. Teasing a little when she reaches the hollow of her neck gaining a delicious moan, she sucked the skin leaving marks on her pale skin. She bites hard near her collarbone and then soothed it with her tongue.

After a little while of indulging in this passionate embrace they went back to play and win a few more rounds before calling it a night. But this time MC sat with Onyx the remainder of the night and no one dared to be bold again with Onyx exhibiting her hickey through the open collar of her jacket, revealing to everyone who saw it that she was spoken for. 

[moose-mousse]

Data data

So... finding a big datasheet like I am used to is.. very hard for some reason... So all I found was the pin-out diagram. Very prettily made. Bonus for using hardware that is popular with enthusiasts. Found a few guides but nothing like a big datasheet. Oh well, gonna live without. Next up. Finding the email receipt for the RGB LEDs so I can look up the specs.

https://ardustore.dk/produkt/led-diode-rgb-5mm

Ok... have precalculated values for 5V, but not 3.3 like the Raspberry Pie uses. Fine fine. We can do that math ourselves. Forward voltage (How much voltage the LED will eat in order to work) is unique on each color and the pin will supply 3.3 V For blue and green it is 3.2-3.4V Great. No resistor, we just slap it straight on the pin For red, 1.8-2.0V Good good. So the math is: 3.3 - 1.9 = 1.4 So we want to get rid of 1.4 ohms with a resistor so the voltage is correct for the LED. To calculate that we also need the amperage. But this one we can just decide ourselves. We look up the max amperage of the Raspberry Pi pins. 16 mili-amps. We don't want to use max. So let us say half of that. Plug those two into ohms law V * I = R 1.4 / 0.008 = 175 So we need aboutish 175 ohm of resistance. I have...

Eh... 240 ohm will do. Good enough.

[jcmarchi]

New transistor’s superlative properties could have broad electronics applications

New Post has been published on https://thedigitalinsider.com/new-transistors-superlative-properties-could-have-broad-electronics-applications/

New transistor’s superlative properties could have broad electronics applications

In 2021, a team led by MIT physicists reported creating a new ultrathin ferroelectric material, or one where positive and negative charges separate into different layers. At the time they noted the material’s potential for applications in computer memory and much more. Now the same core team and colleagues — including two from the lab next door — have built a transistor with that material and shown that its properties are so useful that it could change the world of electronics.

Although the team’s results are based on a single transistor in the lab, “in several aspects its properties already meet or exceed industry standards” for the ferroelectric transistors produced today, says Pablo Jarillo-Herrero, the Cecil and Ida Green Professor of Physics, who led the work with professor of physics Raymond Ashoori. Both are also affiliated with the Materials Research Laboratory.

“In my lab we primarily do fundamental physics. This is one of the first, and perhaps most dramatic, examples of how very basic science has led to something that could have a major impact on applications,” Jarillo-Herrero says.

Says Ashoori, “When I think of my whole career in physics, this is the work that I think 10 to 20 years from now could change the world.”

Among the new transistor’s superlative properties:

It can switch between positive and negative charges — essentially the ones and zeros of digital information — at very high speeds, on nanosecond time scales. (A nanosecond is a billionth of a second.)

It is extremely tough. After 100 billion switches it still worked with no signs of degradation.

The material behind the magic is only billionths of a meter thick, one of the thinnest of its kind in the world. That, in turn, could allow for much denser computer memory storage. It could also lead to much more energy-efficient transistors because the voltage required for switching scales with material thickness. (Ultrathin equals ultralow voltages.)

The work is reported in a recent issue of Science. The co-first authors of the paper are Kenji Yasuda, now an assistant professor at Cornell University, and Evan Zalys-Geller, now at Atom Computing. Additional authors are Xirui Wang, an MIT graduate student in physics; Daniel Bennett and Efthimios Kaxiras of Harvard University; Suraj S. Cheema, an assistant professor in MIT’s Department of Electrical Engineering and Computer Science and an affiliate of the Research Laboratory of Electronics; and Kenji Watanabe and Takashi Taniguchi of the National Institute for Materials Science in Japan.

What they did

In a ferroelectric material, positive and negative charges spontaneously head to different sides, or poles. Upon the application of an external electric field, those charges switch sides, reversing the polarization. Switching the polarization can be used to encode digital information, and that information will be nonvolatile, or stable over time. It won’t change unless an electric field is applied. For a ferroelectric to have broad application to electronics, all of this needs to happen at room temperature.

The new ferroelectric material reported in Science in 2021 is based on atomically thin sheets of boron nitride that are stacked parallel to each other, a configuration that doesn’t exist in nature. In bulk boron nitride, the individual layers of boron nitride are instead rotated by 180 degrees.

It turns out that when an electric field is applied to this parallel stacked configuration, one layer of the new boron nitride material slides over the other, slightly changing the positions of the boron and nitrogen atoms. For example, imagine that each of your hands is composed of only one layer of cells. The new phenomenon is akin to pressing your hands together then slightly shifting one above the other.

“So the miracle is that by sliding the two layers a few angstroms, you end up with radically different electronics,” says Ashoori. The diameter of an atom is about 1 angstrom.

Another miracle: “nothing wears out in the sliding,” Ashoori continues. That’s why the new transistor could be switched 100 billion times without degrading. Compare that to the memory in a flash drive made with conventional materials. “Each time you write and erase a flash memory, you get some degradation,” says Ashoori. “Over time, it wears out, which means that you have to use some very sophisticated methods for distributing where you’re reading and writing on the chip.” The new material could make those steps obsolete.

A collaborative effort

Yasuda, the co-first author of the current Science paper, applauds the collaborations involved in the work. Among them, “we [Jarillo-Herrero’s team] made the material and, together with Ray [Ashoori] and [co-first author] Evan [Zalys-Geller], we measured its characteristics in detail. That was very exciting.” Says Ashoori, “many of the techniques in my lab just naturally applied to work that was going on in the lab next door. It’s been a lot of fun.”

Ashoori notes that “there’s a lot of interesting physics behind this” that could be explored. For example, “if you think about the two layers sliding past each other, where does that sliding start?” In addition, says Yasuda, could the ferroelectricity be triggered with something other than electricity, like an optical pulse? And is there a fundamental limit to the amount of switches the material can make?

Challenges remain. For example, the current way of producing the new ferroelectrics is difficult and not conducive to mass manufacturing. “We made a single transistor as a demonstration. If people could grow these materials on the wafer scale, we could create many, many more,” says Yasuda. He notes that different groups are already working to that end.

Concludes Ashoori, “There are a few problems. But if you solve them, this material fits in so many ways into potential future electronics. It’s very exciting.”

This work was supported by the U.S. Army Research Office, the MIT/Microsystems Technology Laboratories Samsung Semiconductor Research Fund, the U.S. National Science Foundation, the Gordon and Betty Moore Foundation, the Ramon Areces Foundation, the Basic Energy Sciences program of the U.S. Department of Energy, the Japan Society for the Promotion of Science, and the Ministry of Education, Culture, Sports, Science and Technology (MEXT) of Japan.

[lunarsilkscreen]

Climate Change and the Ozone [reference link]

Today, all the search engines yield results for the depleted ozone layer that say something akin to "Cuz UV radiation causes skin cancer". What is UV radiation--you might be asking; it's sun light.

My mother, when I was growing up, explained: "We open the curtains in the daytime to let the sunlight in so it kills the dust mites."

I'm not gonna go into what can cause skin cancer, a lot of people suggest it's sunscreen (or other lotions) especially HIGH UV protection sunscreen. (30 proof or less kids)

Sunlight gives off all colors of light, including that which we cannot see: Infrared, Ultraviolet (UV), and beyond.

It also creates heat, and that's the same mechanism that can give you a good tan, or burn depending on how close to Finland your racial origin is.

Ozone is like Oxygen except that it has an extra Oxygen molecule. This makes it [Heavy Oxygen] and unlike typical oxygen, can kill you if you breathe it in because your body cannot turn it into Oxygen.

You can make Ozone with a high voltage electrolysis process (not to be confused with the hair removal process electrolysis (Similar, but much lower levels) OR with UV Light. 🤔 ⚛️ (Baked Oxygen)

It can also be made with industrial or laser printing. (Which significantly helped speed up the ozone recovery process.)

So, when I was growing up, the big news at the time was "how do we close the Ozone layer, because it's causing global cooling." And everybody was worried about the next Ice Age and return of the wooly mammoths. (And led to the creation of the extreme skiing movie: Day after Tomorrow)

So when people are confused as to what "climate change" means, you tell them about global warming and people older than I think "Global Cooling?" They forgot about the Ozone layer.

The reason they felt this way is because Ozone is a "Green House Air Molecule"--gas sounds to similar to ⛽, so I changed it. As well as lessening UV radiation, it also *increases* the [Green House Effect]. Which means that it keeps the solar radiation that *does* pass through the atmosphere inside longer, and thus helps to keep the planet warm from the unforgiving vacuum of space.

By 1987 (👋) Scientists had identified the cause of Ozone depletion as Chlorofluorocarbons (CFCs)--which is what we used for aerosol sprays at the time, and 56 countries had signed the "Montreal Protocol" which was an agreement to cutdown the production of CFCs and similar [ozone depleting chemicals].

And so, great news everyone--By increasing our dependence on office printers and cutting our dependence on CFCs: we caused global warming. (I made some accusations in an earlier post about global warming itself having happened before with detrimental effects in BC sometime, AND it being recorded by humans in literature that can be found in Chinese Texts like gilgamesh, as well as the bible, and there are some stones in Japan marking extreme weather indicators based on shore level. (Completely not gonna reference it, you should do research yourself instead of just taking *my* word for it.)

The Ozone layer is due to be completely restored to pre-1984 levels in 2050~ish. Compare the scales of ozone restoration to that of the timeline of global warming, and you'll see they coincide.

Now, the real reason we care about global warming is because it's *higher* than what it was during the industrial revolution. When we were doing much more environmentally adverse warming and polluting. But, you know the pollution was gonna kill us by killing the Ozone . Now, we're going to be suffocated by the ozone keeping the pollution in here, with us. (Throw away joke, the pollution was *always* in here with us.)

So; what, if anything should we do? Should we even worry about it? Does anybody *actually* enjoy cold weather anyway? Why *should* we protect Florida and not just allow the gators to takeover Alabama and Georgia? Two birds one stone IMO.

Well. Stop using printers, for one. The world is digital now, and we need to lower our dependence on oil based products. (Plastic printers and plastic toner my friends)

The resulting paper reduction will also decrease paper production, and cause a pollution deduction from the environment-uction.

Then we can use those ink jet printer materials for better electronics.

We could ramp up CFC production if we *really* find ourselves in a pinch.

We could reduce the production of fecal gasses created from unsanitary farming conditions. (That's a whole thing in itself that I won't get into here.)

Decrease production of food material (like breads and cereals) by factories, and just let people make it themselves. (This one is controversial, because how will people be able to make money to buy food to feed themselves if they're not making cereals for the pervert we know as Tony the Tiger? That's an economic question that should be answered with: why don't more people just work on farms for their income?)

Anyway, trying to prevent all the UV radiations from turning white people into golden brown marshmallows is racist AF* and I won't stand for it.

[centralacwarehouse]

Voltage Monitoring & Surge Protection in Centralacwarehouse.com

Get Voltage Monitoring & Surge Protection DTK-KG2.

Product Features: √ Protection for under-voltage & over-voltage events √ Safely disconnects power to the system for 3 minutes allowing input voltage to return to normal range √ Diagnostic red and green LEDs indicate exactly what voltage condition is present √ Surge protection components included to divert harmful transient voltages away from the equipment

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[undercity-princess]

Kinktober 2

NSFW prompt: roleplay

Jinx X Akali

Usually Akali followed a simple saying. Not her turf, not her problem. But this time was personal. Stop the loose cannon. As simple as that. She pulled her mask over her nose and started sprinting over one of the many metal beams spanning over Zaun.

She only had a hunch where her opponent was hiding, but the lead was hot enough to take the chance.

Practically melting into the shadows she approached a run down warehouse. The music inside told her she was in the right place. A hole in the upper backside wall was her way in.

Jinx was in full working mode. Her music was blasting and the newest batch of improved chompers was coming together nicely.

She knew someone was out there to get her, but she figured finding her would take them a while. And even if it didn't, she was always ready to put up enough of a fight to escape with a boom.

It made her careless, back to the open room without any tripwires at all possible entrances. The space was cluttered with so much scrap metal, whoever was to set foot in there would inevitably make noise.

She carefully screwed another casing shut and grabbed a new blank.

Akali scanned the room. Her target had her back turned, loud music would cover her steps even if she misstepped somewhere in this mess of junk and scrap.

She had free line of sight. It would be easy to throw a shuriken and end this here and now, but she felt up to the challenge. Slowly a kunai and her kama were pulled out and she charged.

Jinx nearly missed the movement in the corner of her eye, which led to her whipping out zapper a fraction of a second too late. The high voltage charge fizzed into thin air, while a blade embedded itself into the desk where her hand had been. She scoffed and turned around to face the enemy. The green clad Ionian came to a stop in the middle of the room and stood with her weapons raised.

"Surrender now and no harm will come on to you!"

"He… yeah… no!" With that she whipped Pow-Pow out from under her desk and fired the first round.

"Shit!" Akali cursed. She had miscalculated the risk. She threw a smoke bomb to buy some time and put distance between herself and the mad gunwoman. She had to take her down fast before she'd deploy her infamous rocket launcher.

From a safe vantage point she threw five kunai at once. One cut the strap of the minigun causing it to fall from her handler's grip. The assassin used the opening to pounce the woman.

They landed with a heavy thud. Akali used the moment of shock to pin the woman to the wooden floor by the fabric of her top.

With her victory clear she sat up, still straddling her opponent.

"I will show you your place terrorist!" She growled.

A set of shuriken got used to pin her hands up by the gloves. "Quit resisting, it is futile!"

Jinx was not about to go down without a fight. Even with her hands and torso immobilized she tried to use her heavy boots as weapons. But her every move seemed to be expected and parried. The gravity of the situation dawned her. She truly was at the Ionian woman's mercy by now.

A harsh pull on her shorts brought her back to reality.

"What are you doing?" She squeaked "stop that!"

She got no answer. Instead her leg was pushed up to her chest and a wet core was pushed up to her own, where the assassin started hard grinding motions.

She tried to resist but her own body betrayed her and she finally gave into the feeling of need pooling in her lower abdomen.

Both of them moved into each other with rhythmic motions until they reached orgasm.

Akali fell onto Jinx with a grunt. After catching her breath she pulled her mask down and looked up to the bluenette. "You ok? Did I cut you or something?"

"Nah, don't think so. You got hit by any paintballs?"

"Nope"

She pushed herself up on her elbows and freed her girlfriend.

"You cut Pow-Pow."

"I'll apologize."

"damn right you will!"

"You kicked my Kama."

"I'll apologize too."

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Top Battery Operated Electric Scooter Manufacturers Company in India

Electric scooters or ‘two-wheelers’ are very easy to spot nowadays. Whether it’s your last-mile ride on Uber bike or Rapido bike from the metro station, or your last-minute cravings at night – all of these are being delivered on electric scooters and electric rickshaws.

Slowly becoming the symbol of urban mobility, electric two-wheelers offer significant answers to the problems posed by petrol-powered vehicles. Air pollution in cities has been increasing drastically raising multiple problems for the inhabitants and it is a matter of concern for the coming generation. Electric scooter, thus, offers a sustainable and clean alternative while contributing to a greener environment.

Apart from addressing the growing impact on the environment of petrol-based vehicles, electric two-wheelers are also cost-effective. Fuel prices have also been on the rise in the past year restricting people from driving their vehicles. In this scenario, electric scooters and cars have become an attractive choice for many.

Heart of an electric scooter

A battery provides all the power an electric needs to run. This is mostly a rechargeable lithium-ion battery. Lithium-ion batteries are the most popular, pack more power in a small space, weigh less thus enhancing its portability, and have faster charging time.

The battery in an electric two-wheeler mostly features voltage specifications of 24V, 36V, or 48V.

Top electric two wheelers manufacturers in India

In electric vehicle manufacturing segments in India, well-established brands are working hand in hand with startups to capitalise on the growing demand for this cost-effective and green transport alternative.

Ceeon India With modern designs and advanced features like a battery range of lead-acid and lithium batteries with (100 km), capacity motor (32AH(60V/70V)), led light and speedometer led. Offering a wide range of electric scooter and scooty, Ceeon India become a favorite of daily commuters. Our scooter is highly popular due to its longer run within a single charge. India’s No.1 brand of electric scooter manufacturer. Hero Electric A household name in the two-wheeler vehicle segment, Hero has been an old and well-established bike and scooter manufacturer in India. Hero Electric, of the Hero foundation, has a market of over 3 lakh two-wheeler electric scooter users. Offering a wide range of affordable electric two-wheelers, this brand has become a favorite of daily commuters. It also boasts one of the biggest pan-India distribution and service networks along

Ola Electric Providing ‘a balance of purity, simplicity and functionality, Ola Electric belongs to the popular India car rental company serving in metro cities and major towns across the nation. It has taken the electric scooter manufacturer market by storm with its gorgeous S1 and S1 Pro electric two-wheelers.

Ather Energy With modern and innovative features like, a touchscreen dashboard, onboard navigation, and fast charging, Ather Energy is a premium electric two wheelers manufacturer in India. Apart from being a class apart in EV two-wheeler manufacturing, it also has an expansive network of charging spots called ‘Ather charger’ across cafes, offices and even universities.

This is what makes Ather energy electric scooter manufacturers a favorite choice of the aspirational and the young.

TVS Motor Company With three variants of electric scooters out in the market; namely, TVS iQube, iQube S and iQube ST, TVS Motor Company has redefined everyday commute for a huge number of people in India. It could easily be one of the most ‘Silent’ electric two-wheeler manufacturers in India allowing acceleration of 40 Km/h in just 4.2 seconds.

Bajaj Auto Striding along the lines of ‘Virasat Bhi Vikas Bhi’, Bajaj Auto’s retro-styled Chetak electric scooter sports a modern feel and technology while retaining the class of its old conventional Chetak scooter. With a build that is meant to last long, this electric two-wheeler manufacturer in India offers two models including Chetak Urbane and Chetak Premium.

The future of urban mobility

The electric two-wheeler market in India is surely going to expand rapidly with government-driven incentives, environmental awareness among the younger generation, and the inevitable rise in fuel prices. The above electric scooter manufacturers in India are already aligning themselves to capitalise on the growing demand for sustainable, practical and urban smart rides.

[ledvideo]

Technical control points in LED display production

In today's digitalization, the LED display, as a highly efficient, energy -saving and colorful display device, is widely used in many fields such as indoor advertising, stage background, and information display. However, in order to produce high -quality LED display, manufacturers must strictly control various technical links in the production process. The following is the key technical control point of ensuring the quality of the LED display:

Anti -static measures

Static electricity has a great harm to the production of LED display, which may cause a series of problems such as LED chip damage and driving circuit failure. Take you to understand LED chips: technology, application and development.

Therefore, anti -static measures are the basic links that cannot be ignored in the production process. The assembly plant should be equipped with a complete anti -static facilities, such as a dedicated anti -static floor, which can effectively guide static electricity leakage; anti -static floor can reduce the generation of electrostatic; the anti -static iron can avoid the damage to the element during the welding process; The table pad provides a good anti -static working environment for the operator; anti -static electrical ring and anti -static clothing can import the static electricity generated by the human body into the ground to prevent static accumulation. ; Equipment ground, especially key equipment such as foot cutting machines, can ensure that the static electricity generated by the device during operation is timely released. These anti -static measures are indispensable, and the electrostatic instrument should be used regularly to ensure its effectiveness, so as to create a safe static protection environment for the production of the LED display.

Drive circuit design

The driving circuit is one of the core components of the LED display, and the reasonableness of its design is directly related to the display effect of the display. On the LED display module, the driving IC discharge on the driving circuit board is important. If the transmission distance of the driving IC output current on the PCB board is too long, it will cause the voltage drop on the transmission path too large, which will affect the normal operating voltage of the LED and reduce its brightness. For example, we often see that the brightness around the LED display module is lower than that of the middle, which is likely to be caused by the unreasonable design of the driving circuit. In order to ensure the consistency of the brightness of the display screen, the designer needs to carefully plan the distribution diagram of the drive circuit to ensure that the current can be transmitted to each LED evenly and efficiently, so that the brightness of the entire display screen is balanced, and the audience presents high -quality high -quality high -quality Visual picture. What is the LED display module?

Design current value control

The nominal current of LEDs is often 20mA, but in actual use, in order to extend the service life of LED and ensure its stability, it is generally recommended that the maximum use current does not exceed 80%of the nominal value. For displays with smaller point spacing, due to the relatively poor heat dissipation conditions, the current value should be further reduced. In addition, due to the inconsistency of the attenuation of red, green, and blue LEDs, in order to maintain the white balance after the display is used for a long time, the current value of blue and green LED needs to be targeted. By accurately control the design current value, it can not only effectively prevent LED from being damaged due to overcurrent, but also ensure that the display screen maintains good color balance and display effect during long -term operation, and meets the requirements of different application scenarios for display quality. What is a thin spacing LED display?

Mixed light process

During the production process of the LED display, mixing lights is a key process. LEDs of the same color but different brightness files need to be mixed, or the lights are designed according to the discrete rules. The purpose of this is to ensure the consistency of each color brightness of the entire screen. If there is a problem with the mixed lamp process, the local brightness of the display screen will be inconsistent, and there will be obvious bright and dark differences, which will seriously affect the overall display effect of the LED display. Therefore, manufacturers must strictly control the mixing process to ensure that each batch of LEDs can be mixed together evenly to achieve the best display effect and provide users with high -quality visual experience.

The vertical control of the lamp

For direct -inserted LEDs, in the process of welding in the furnace, there is enough technology to ensure that LEDs can be vertically perpendicular to the PCB board. Any deviation will destroy the setting of LED brightness that has been set, resulting in color blocks with inconsistent brightness. For example, if the LED is tilted during welding, its luminous angle and light distribution will change, which will affect the display effect of the entire display. Therefore, manufacturers must adopt advanced process technology, such as accurate positioning devices and stable welding equipment to ensure that LEDs are always vertical during the welding process, thereby ensuring the uniformity of brightness and color consistency of the display screen, and meeting high standards to meet high standards Display requirements.

Summit welding temperature and time control

Summit welding is an important welding process in the production of LED display. The control of temperature and time has a vital impact on the quality of LED. When welding welding, the preheating temperature, welding temperature and overturning time must be strictly controlled. The recommended preheating temperature is 100 ° C ± 5 ° C, the maximum does not exceed 120 ° C, and the preheating temperature rising requirements are stable to avoid damage to the LED due to the temperature change. The welding temperature should be controlled at 245 ° C ± 5 ° C, and the welding time should not exceed 3 seconds. After crossing the furnace, avoid vibrating or impact on the LED until it restores the normal temperature. In addition, the temperature parameters of the wave welding machine need to be tested regularly to ensure its accuracy. This is because the characteristics of LED determine that it is very sensitive to temperature. Excessive or temperature fluctuations will directly damage LEDs or cause potential quality hidden dangers, especially for small -sized circular and oval LEDs. By accurately control the temperature and time of the welding of waves, it can effectively ensure the quality stability of LED during the welding process, laying a solid foundation for the production of high -quality LED display screens.

Solving the problem of virtual welding

During the production process of LED display, virtual welding is a common quality problem, which can cause LED to not light or display abnormalities. According to statistics, there are more than 50%of the probability of the LED display in the case of not bright. Essence The solution of these problems requires starting from two aspects: production technology and quality inspection. First of all, manufacturers should strictly improve the process and adopt advanced welding equipment and technology to improve the quality of welding. Secondly, we must strengthen the quality inspection process, and discover and solve the problem of virtual welding in a timely manner through strict testing methods. In addition, the vibration test before leaving the factory is also an effective testing method, which can simulate the vibration environment that the display may encounter in the actual use process, and detect and exclude potential quality hidden dangers such as virtual welding in advance to ensure the quality of the LED display screen out of the factory. Reliable, providing users with stable and reliable display devices.

Optimization of heat dissipation design

LEDs will generate heat during work, and excessive temperature will accelerate the attenuation rate of LED, affecting its stability and service life. Therefore, heat dissipation design is very important in the production of LED display. The cooling design of the PCB board needs to fully consider the layout and heat distribution of the LED, and use reasonable heat dissipation materials and heat dissipation structures, such as increasing heat dissipation tablets, optimizing the thickness and layout of the copper foil of the PCB board to improve the cooling efficiency of the PCB board. At the same time, the ventilation and heat dissipation design of the box cannot be ignored. A good ventilation and heat dissipation system can effectively emit the heat inside the display and reduce the working temperature of the display. For example, a reasonable ventilation hole can be set on the box, or auxiliary heat dissipation equipment such as a fan can be used to enhance the heat dissipation effect. By optimizing the heat dissipation design, not only can the LED use life, it can also improve the display effect and stability of the display screen, so that it can maintain a good working state in various harsh environments and meet the needs of different users.

In summary, doing a good job of technical control is the key to ensuring the quality of LED display. Manufacturers must strict control in the aspects of anti -static measures, driving circuit design, design current control, mixed light process, vertical control of lights, peak welding temperature and time control, resolution of virtual welding problems, and heat dissipation design to produce High -quality and high -performance LED display meets the high standard requirements of markets and users on display devices, and stand out in fierce market competition.

Thank you for watching. I hope we can solve your problems. Sostron is a professional LED display manufacturer. We provide all kinds of displays, display leasing and display solutions around the world. If you want to know: How about pixel spacing small market? Please click read.

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[neiljohnsblog]

The Future of Electric Cars Servicing: Innovations and Best Practices for Optimal Performance

The shift to electric cars marks a pivotal moment in the evolution of the automotive industry. As more people in Peebles transition to electric vehicles (EVs), the need for specialized servicing to maintain these advanced machines has grown significantly. Unlike conventional vehicles, electric cars require unique care tailored to their technology. Here, we explore the innovations and best practices shaping the future of electric car servicing in Peebles and why proper maintenance is crucial for optimal performance.

Why Electric Cars Need Specialized Servicing

Electric vehicles function in a distinct manner compared to conventional internal combustion engine (ICE) vehicles. They rely on high-capacity batteries, electric motors, and advanced software systems. These components require distinct expertise, tools, and diagnostic systems to ensure they function seamlessly. Regular maintenance is essential not only for performance but also to extend the lifespan of these components.

Key Areas of Focus in Electric Cars Servicing

Battery Health The battery serves as the essential component of an electric vehicle. Its condition directly impacts the car's performance and range. Regular checks for charge capacity, voltage levels, and cooling systems are vital. Over time, batteries can degrade, and early detection of issues can prevent costly replacements.

Software Updates Many EVs rely on software to manage their systems efficiently. Regular updates can improve energy efficiency, introduce new features, and enhance overall safety. Servicing centres in Peebles are increasingly adopting advanced diagnostic tools to ensure EV software is always up-to-date.

Brake System Maintenance Electric cars use regenerative braking systems, which reduce wear and tear on traditional brake pads. However, these systems still require regular inspections to ensure they function correctly. Proper maintenance ensures safety and optimizes energy recovery during braking.

Tire Maintenance The weight of EVs, due to their large batteries, often puts more strain on tyres compared to ICE vehicles. Regular tyre rotation, alignment, and pressure checks are essential to maintain safety and efficiency.

Cooling and Heating Systems Electric cars have sophisticated cooling systems to regulate battery and motor temperatures. Ensuring these systems are functioning properly is critical, especially during extreme weather conditions.

Charging Port and Cables The charging components, including the port and cables, should be regularly inspected for wear and proper functionality. Any issues with these parts can disrupt daily use and potentially pose safety risks.

Innovations Transforming Electric Cars Servicing

Advanced Diagnostic Tools The rise of EVs has led to the development of specialized diagnostic tools capable of identifying and resolving issues in electric cars with precision. These tools streamline the servicing process, ensuring quick and accurate repairs.

Mobile Servicing Units Mobile units equipped with EV-specific tools and trained technicians are becoming increasingly popular in Peebles. These units offer on-the-go servicing, adding convenience for EV owners.

Training and Certification With the rise in EV adoption, more technicians in Peebles are undergoing specialized training to handle electric cars. Certified professionals ensure high-quality service tailored to the unique needs of these vehicles.

Eco-Friendly Practices Sustainability is at the core of EVs, and servicing practices are following suit. From using environmentally friendly lubricants to responsibly recycling battery components, servicing centres in Peebles are aligning with green initiatives.

Best Practices for Electric Cars Owners

To complement professional servicing, EV owners should adopt proactive measures to maintain their vehicles:

Scheduled Maintenance: Follow the manufacturer's recommended servicing intervals to keep the car in optimal condition.

Monitor Battery Health: Use onboard diagnostics or apps to keep track of battery performance and address any anomalies promptly.

Keep Charging Equipment Clean: Regularly inspect and clean charging cables and ports to prevent malfunctions.

Drive Smart: Avoid harsh acceleration and braking to reduce wear on the motor and battery.

The Growing Importance of Electric Cars Servicing in Peebles

Peebles is witnessing a growing demand for reliable electric cars servicing as the community embraces the eco-friendly benefits of EVs. Local service providers are stepping up with state-of-the-art facilities and skilled professionals to cater to this demand. This ensures that residents can enjoy their electric vehicles with peace of mind, knowing they have access to top-tier servicing options.

Looking Ahead

The future of electric cars servicing in Peebles is bright, with continual advancements in technology and practices. As electric vehicles evolve, so will the methods to maintain them, ensuring they remain reliable, efficient, and sustainable. For EV owners, staying informed about the latest servicing trends and adhering to best practices will go a long way in ensuring their vehicle’s longevity and performance.

Embracing these innovations and maintaining a proactive approach to servicing will keep the roads of Peebles buzzing with the quiet hum of well-maintained electric cars for years to come.