#how to check diode

[mobicationhub]

Diode Testing...

#jaipur #phone #iphoneonly #iphone #iphonex #iphone7 #repairing #institute #jaipurblogger #phonerepair #phonecamera #diode #mobicationhub #mobilerepairinstitutepatna #mobicationhub📞9509959090 #motherboardrepair

[todays-xkcd]

[later] I don't get why our pizza slices have such terrible reviews; the geotextile-infused sauce gives the toppings incredible slope stability!

Tariffs [Explained]

Transcript Under the Cut

[Ponytail walks over to Cueball with a phone in her hand. Cueball turns away from his desk to look at her.] Ponytail: You know how I blocked all news sites at the start of 2021 to avoid spoilers for Avatar 2, and then forgot to start checking them again? Cueball: Yeah, we've been meaning to talk to you about that...

[Ponytail stops in front of Cueball.] Ponytail: Well, I just checked the news for the first time, and why is the economy tanking? Cueball: Uh, the president is mad at other countried and imposed a lot of tariffs.

[Closeup on Ponytail's head.] Ponytail: Wait, who's the president now? Cueball: Donald Trump. Ponytal: ...Still?? Cueball: No, again.

[Pan out.] Ponytail: OK, fine, what's a tariff? Why is he doing this? Cueball: You know that pizzeria your comapny orders from? They don't buy anything from you, right?

[Closeup on Cueball, arms spread.] Cueball: Right, so they're ripping you off! You're paying them tons of money, and what are you getting for it? Ponytail: I mean... pizza? Cueball: See? They're not helping your business at all! Cueball: What a ripoff!

[Pan out. Ponytail has her hand under her chin.] Ponytail: What would they even buy from us? I guess we could survey a pizza... Cueball: Yes, perfect! You refuse to let the delivery driver past your security desk unless they venmo you for an equivalent value of LIDAR scans.

[Closeup on Ponytail's head.] Ponytail: Wouldn't they just stop taking our orders? Cueball: Perfect, balance restored!

[Pan out.] Ponytail: OK, but I still want pizza. Cueball: Can you just make one? You have all that gear. Ponytail: I don't think pizza made with lidar diodes would be very good. Cueball: Ugh, why is everyone so picky about toppings?

[commodorez]

Alright Nova 1200, your turn. Let's figure out why the /CONRQ signal isn't happy...

Except for some reason it works now. So I put the front panel cover back on, gave it a bit of a rest to make sure it wasn't a temperature issue, and tested again and it's still fine.

Next problem: test the serial functionality with two programs:

One that spits out ASCII barf [check] One that echos whatever was typed into the terminal [check]

Well, both pass, so now it's time for the bootstrap loader, followed by the binary loader. Those seem to work. Let's try 095-000036-01 Nova 1200 Logic Test from 1970 to 1974. They built it for exactly this purpose.

Passes the first check aaaaand... fails the second. Okay, let's work with that. Later, serial tests stopped working too. Great...

See that blue line spiking? That's the input that triggers things, and it's subtle analog bullshit, which is then turned into clean digital high/low. It's very unorthodox compared to how we do things today.

So this turned into a more complicated issue, or set of issues. The front panel started getting mad again (/CONRQ again). And after studying the circuitry for awhile, I deduced it was from the 5V rail being below the safe threshold for the logic to work. The 5V rail delivers at most 12A to this computer per the specs, which is for a few hundred logic IC's (lamps and core memory use different voltage rails). That means if it isn't adjusted right, the voltage sags pretty badly when you get far enough away from the PSU.

That's on the front panel. Not ideal. It's not much different on the CPU board. The problem is that if I boost the 5V adjustment trimpot on the PSU to reasonable levels, the -5V and +12V rails climb.

-5V isn't so much of an issue, not much needs that to work. 12V is used by only 2 things, neither of which is logic: the front panel lamps (which are rated for safe operation between 11-17V per Data General), and the industrial Noctua fans in the PSU chassis.

When 5V is happy, 12V is more like 13.5V, which is liable to degrade and eventually destroy those fans. So I built this little thing to protect those fans: a pair of diodes to drop the voltage down just below 12V. We don't need to worry about the lamps, they're fine

But that fixed the PSU issue, which fixed the /CONRQ issue.

[capnportofficial]

FUCK YOU, IACON!!!

IF YOU'RE DUMB ENOUGH TO BUY A NEW CAR THIS WEEKEND, YOU'RE A BIG ENOUGH SCHMUCK TO COME TO SWINDLE'S!

BAD DEALS! CARS THAT BREAK DOWN! THIEVES!

IF YOU THINK YOU'RE GONNA FIND A BARGAIN AT SWINDLES'S, YOU CAN KISS MY EXHAUST PIPE!

IT'S OUR BELIEF THAT YOU'RE SUCH A STUPID MOTHERFRAGGER YOU'LL FALL FOR THIS BULLSCRAP! GUARANTEED!

IF YOU FIND A BETTER DEAL, SHOVE IT UP YOUR UGLY VENT! YOU HEARD US RIGHT, SHOVE IT UP YOUR UGLY VENT!

BRING YOUR TRADE, BRING YOUR TITLE, BRING YOUR CONJUNX! WE'LL INTERFACE WITH HER! THAT'S RIGHT, WE'LL INTERFACE WITH YOUR CONJUNX! BECAUSE AT SWINDLE'S, YOU'RE FRAGGED SIX WAYS FROM SUNDAY!

TAKE A HIKE TO SWINDLE'S, HOME OF CHALLENGE SHOOTING! THAT'S RIGHT, CHALLENGE SHOOTING! HOW DOES IT WORK? IF YOU CAN SHOOT SIX MECHANOMETERS IN THE AIR STRAIGHT UP AND NOT GET HIT, YOU GET NO DOWN PAYMENT!

DON'T WAIT, DON'T DELAY, DON'T FRAG WITH US, OR WE'LL RIP YOUR DIODES OFF! ONLY AT SWINDLE'S, THE ONLY DEALER THAT TELLS YOU TO FRAG OFF!

HURRY UP, SCRAPHEAP! THIS EVENT ENDS THE MINUTE AFTER YOU WRITE US A CHECK, AND IT BETTER NOT BOUNCE OR YOU'RE A DEAD MOTHERSLAGGER!

GO TO HELL! SWINDLE'S: IACON'S FILTHIEST AND EXCLUSIVE HOME OF THE MEANEST SONS OF BITCHES ON THE PLANET OF CYBERTRON! GUARANTEED!

[doumadono]

Hawks and Q! 🙏 I love your writings❤️

A/N: I thoroughly enjoyed the prompt you selected for Hawks. I trust this short, heartwarming story meets your expectations. Wishing you a wonderful day ♥ The inspiration for this ficlet came from the following post

MY HERO ACADEMIA MASTERLIST

You found yourself entwined in the chaotic dance of everyday life, caught up in the whirlwind of emotions that came with your relationship with the charismatic hero, Hawks. Being the freelance journalist that you were, you often found solace in the quiet moments, where your thoughts flowed freely onto the pages of your notebook.

One chilly evening, as the sun dipped below the horizon, you sat by the window in your cozy apartment, the city lights casting a warm glow on the pages before you. Immersed in the task at hand, you had your headphones on, delving into the intricacies of crafting an article about climate changes in Japan. The world around you faded into the background as your focus narrowed on the keyboard beneath your fingertips.

Unbeknownst to you, your phone, tucked away on the desk, buzzed intermittently, the ringtone silenced to prevent any disruptions to your writing flow.

Hours passed in the cocoon of concentration until, finally feeling the need for a break, you decided to peel yourself away from the keyboard. As you removed your headphones, the ambient sounds of the room rushed back in, and it was then that you noticed the diode in your phone pulsating, informing of a new notifications. Picking it up, you were greeted by the missed call notification, and your curiosity piqued as you saw it was from your boyfriend, Keigo. A momentary pang of guilt crept in as you realized the silence in your writing sanctuary had inadvertently caused you to overlook his attempt to reach out.

Your heart skipped a beat, anxiety prickling at the edges of your mind. Hawks rarely called, and the uncertainty of the situation fueled your imagination with all sorts of scenarios. Was there trouble on the horizon? Did he need your help in some perilous mission? The possibilities played out like a suspenseful movie in your mind.

Hesitantly, you returned the call, your voice carrying a subtle tremor. "Hey, Hawks. I saw your missed call. Is everything okay? I've been busy, I'm sorry."

There was a brief pause before Hawks' voice, laced with amusement, echoed through the phone. "Oh, sweetheart, everything's fine. I just wanted to hear your voice."

Confusion and relief mingled within you as Hawks continued, his tone light and teasing. "Got caught up in a little skirmish, you know how it goes. But I thought, why not take a break and check in on my favorite person?"

A playful grin formed on your face, realizing you had been caught in the web of Hawks' mischievous nature. "You scared me there for a moment. A call in the middle of hero duties, huh? Shouldn't you be saving the day or something?"

Hawks chuckled, the sound like a melody that eased the tension in your chest. "Well, I've got my priorities straight, and you're at the top of the list. Speaking of which, how about dinner tomorrow? My treat. We'll celebrate surviving another day in this crazy world, and maybe not only that."

As the conversation shifted from angst to warmth, you agreed, the prospect of spending quality time with Hawks brightening your evening.

The next day, Hawks whisked you away to a charming little restaurant, the city lights providing a picturesque backdrop. The evening was filled with light-hearted banter, with Hawks effortlessly blending his hero persona with the charming, carefree man you had come to adore.

The evening at the restaurant continued to unfold with a delightful rhythm. The ambiance was warm, the soft glow of the lights creating an intimate atmosphere that wrapped around you and Hawks like a comforting embrace. The laughter and easy banter flowed freely, weaving a tapestry of shared moments that deepened the connection between you two.

As the night progressed, Hawks, with his ever-charming demeanor, guided the conversation towards the future. The air was charged with a subtle energy, and you couldn't help but sense a shift in the atmosphere. Suddenly, he looked at you with a glint of sincerity in his eyes, a mischievous smile playing on his lips. "Hey," he began, his voice taking on a slightly more serious tone, "you know, life is full of surprises, right?"

You met his gaze, curiosity mingling with a touch of excitement. "I'm all ears. What surprise do you have up your sleeve, Hawks?"

He reached into his pocket, pulling a small box that gleamed in the candlelight.

The guests around you, previously engrossed in their own conversations, began to take notice as Hawks opened the box, revealing a delicate ring that sparkled in the soft glow. A hush fell over the restaurant, and all eyes turned towards the unfolding scene.

Hawks, maintaining his characteristic cool, yet playful demeanor, spoke words that echoed with sincerity. "I've been doing some thinking, and, well, how about we make this adventure called life a bit more official?"

The realization hit you like a gentle wave, and your eyes widened with a mix of surprise and joy. You covered your mouth wth a curled palm. "Keigo, do you…?"

The room seemed to hold its breath as Hawks continued, "Will you make me the happiest bird in the sky and be my forever partner in crime?" With a smirk, Hawks added, "Come on, it's not every day you get proposed to by the fastest bird in the sky. Don't keep a hero waiting."

Overwhelmed with emotion, tears of happiness welled up in your eyes. In a voice barely above a whisper, you managed to say, "Yes, Hawks. A thousand times, yes."

As Keigo slipped the ring onto your finger, the guests erupted into a mix of applause and cheers.

Hawks, couldn't resist a triumphant grin as he pulled you into a tender embrace.

The world around you blurred as the reality of the proposal sank in, and you couldn't help but cry tears of joy, feeling the warmth of love enveloping you like a soft, comforting blanket.

As the night unfolded, and as you walked hand in hand with Keigo through the city streets, returning to your shared flat, the lights flickering like stars overhead, you couldn't help but marvel at the unexpected beauty that unfolded from that one missed call.

[wilsondick-winterexchange]

The last day of posting for the WilsonDick Winter Exchange of 2024 is here! 💙🧡

We present to you the last 7 WORKS of amazing WilsonDick content! Make sure to double check the warnings and tags before proceeding. And leave kudos and comments to show your appreciation if you can!

WORKS

here's to the "no"s [FIC] for @byrdsofthenyte [Mature, Rape/Non-Con] [JoeyDick]

Summary:

Joey is back and Dick spends the night in his arms, offering words of encouragement and trading lazy kisses just like they would be doing anyway, if things hadn't gone so wrong. Joey is out and Dick spends hours hammering at the wall in the closet trying to break through to the hallway on the other side, only to be unable to cross the line when he finally has it wide enough anyway. Using the powers granted to him by Luthor's diode, Joey ensures Dick can't stop him.

Dick Grayson Has Two Hands [FIC] for @itsnyxkvistad [Teen, No Warnings] [JoeyDickGrant, Dick & Wilsons]

Summary:

How to get two Wilson brothers in one room: family reunion. How to get two Wilson brothers to admit they love the same guy: call them idiots. OR: The Wilson family finally decides to try again. Dick Grayson has been elected their mediator.

mutually assured [FIC] for secret_sanctuary [Teen, No Warnings] [SlaDick]

Summary:

Every night at sundown, Slade and Dick swap bodies. It’s a goddamn pain in the ass. The second they figure out how to fix it, Slade’s going to kill the sorry bastard responsible for the whole thing. That is, if he and Grayson don't kill each other first.

In the Mind to Suffer [FIC] for @wildsofmarch [Teen, No Warnings] [Slade & Dick]

Summary:

Slade didn't know it, but his kids had a long-running joke that he acted like a bloodhound dog when it came to magical fuckery. He could smell it in the air from miles away and while it proved helpful more often than not, that didn't make it any less hilarious of a picture. It'd be even funnier except for the part where it completely blinded them all to the possibility that there could be other substances in the world that even Slade Wilson's enhanced body wouldn't be able to detect. -- Slade has temporary amnesia. Slade doesn't know he's experiencing temporary amnesia. Slade Wilson just took a contract to kill Nightwing.

a training session [ART] for @chejuu [Mature, No Warnings] [SlaDick]

Summary:

Dick and Slade train.

centre of attention [ART] for @itsnyxkvistad [Teen, No Warnings][JoeyDickGrant]

Summary:

some quick fanart of the three of them.

Gold [ART/FIC] for @itsnyxkvistad [Teen, No Warnings] [GrantDick]

Summary:

Ravager VS. Talon.

[sngl-led-auto-lights]

How can I tell if my headlight is blown?

You can diagnose a blown headlight using these steps, ranging from simple visual checks to electrical diagnostics. Here's how to confirm:

Basic Visual Inspection (Daytime)

Check for Darkness:

🔦 Turn on headlights and walk in front of your car. A blown bulb won't glow at all. Cracked/Hazed Housing:

💨 Foggy lenses or cracks scatter light, mimicking a blown bulb. Clean or restore lenses. Blackened Bulb:

⚫ Remove the bulb (cool first!). If the glass is darkened or the filament is broken, it's dead.

Electrical Tests (If No Light)

Test 1: Swap the Bulb Move the suspected blown bulb to the working side's socket.

Result:

✅ Glows = Original socket/fuse is faulty. ❌ No glow = Bulb is blown.

Test 2: Check Socket Voltage Tool Steps

Multimeter 1. Set to DC 20V. 2. Insert red probe into socket terminal, black to chassis ground. 3. Turn lights on. 💡 Reading: 12-14.5V = Socket good (bulb blown). 0V = Wiring/fuse issue.

Test 3: Fuse Check Locate headlight fuse (consult manual).

Look for broken filament or test continuity with a multimeter.

Common Failure Patterns

Symptom Likely Cause One headlight completely dead ✅ Blown bulb 🚫 Faulty socket/ground Both headlights out ❌ Blown fuse 🔌 Relay failure ⚡ Wiring short Headlight dim/flickering 🔋 Weak battery/alternator 💧 Moisture in socket

Bulb-Specific Signs

Halogen: Broken filament inside, blackened glass.

HID: No blue/purple ignition glow, pinkish tint = Failure.

LED: Darkened diodes, no light despite power.

Critical Safety Notes ⚠️ Wear gloves: Skin oils on halogen bulbs cause hotspots that lead to early failure.

⚡ Disconnect battery: Before handling wiring to prevent shorts.

🔧 Never force bulbs: Twisted connectors cause socket damage.

Troubleshooting Flowchart

graph TD A[Headlight Not Working] --> B{Any light?} -->No C[Test fuse/relay]

-->Dim/Flickering D[Check voltage at socket]

-->Fuse good E[Test bulb in working socket]

-->Still dead F[Replace bulb]

-->Works G[Inspect socket wiring]

-->Low voltage H[Test alternator/battery]

-->Fluctuating I[Check ground connection]

If all tests point to a good bulb and power supply, suspect:

Body control module (BCM) glitch (requires OBD2 scan)

Headlight relay (swap with identical relay like horn)

Damaged harness (trace wires for corrosion/pinches)

Replace blown bulbs in pairs to maintain balanced light output. If issues persist after replacement, focus on moisture intrusion or vibration damage as explored in our prior discussion. 🛠️

[liquidbird-official]

Silicon is the king of electronics, but it wasn’t always that way. In the early days, materials like germanium and selenium were used in making transistors and diodes. Germanium was great because it had high conductivity and worked well in early circuits, but it had one big problem—it couldn’t handle high temperatures. Selenium was used in rectifiers, but it wasn’t as efficient as today’s semiconductors. Then came silicon, and it changed everything.

Silicon became the top choice because it has the perfect balance of electrical properties and stability. It’s a semiconductor, meaning it can act as both a conductor and an insulator, depending on how it’s treated. This makes it ideal for transistors, microchips, and other electronic components. One major advantage is its ability to withstand high temperatures, unlike germanium, which breaks down easily when things heat up. Silicon also has a stable crystalline structure, which makes it reliable for long-term use in circuits.

Another big reason for silicon’s dominance is how easy it is to “dope.” Doping is the process of adding tiny amounts of other elements to change how silicon conducts electricity. By adding phosphorus or boron, engineers can create either n-type or p-type silicon, which are essential for making diodes, transistors, and integrated circuits. This precise control over its conductivity is what makes modern electronics possible.

On top of all that, silicon is incredibly abundant. It’s the second most common element in Earth’s crust, found in sand and quartz. This makes it cheap and easy to source compared to rarer materials. Because of this, silicon-based chips are affordable and mass-producible, making electronics available to everyone.

From the first germanium transistors to today’s advanced silicon microprocessors, technology has come a long way. And thanks to silicon, we have everything from smartphones to supercomputers.

Follow for more such educational content daily!

Check, our substack for more in-depth articles on such topics.

[originalsymbolsteel]

What Makes the Laser Hair Removal Machine from AARTIS AESTHETICS the Best Choice for Clinics?

When selecting equipment for your clinic, quality and results matter. Our diode laser hair removal machines use triple wavelength technology (755nm for fair skin, 808nm for all skin types, and 1064nm for deeper skin tones), providing comprehensive treatment coverage. AARTIS AESTHETICS delivers machines that combine comfort, precision, and power. Our systems are equipped with intelligent temperature control for continuous operation, ergonomic handpieces, and user-friendly interfaces, ensuring efficiency during each session.

How the Laser Technology Works Laser hair removal targets hair follicles by emitting concentrated light that’s absorbed by the pigment in the hair. The light energy is converted to heat, damaging the follicle and delaying future hair growth. AARTIS AESTHETICS machines offer customizable energy levels, spot sizes, and pulse frequencies to suit different treatment areas like face, underarms, legs, and bikini line.

Built for Professionals, Loved by Clients Our laser machines are designed to perform in high-demand settings without compromising comfort. The in-built cooling system allows for virtually pain-free treatments, making it easier for professionals to retain loyal clients. Clients notice visible results after 2-3 sessions, and complete hair reduction is usually achieved in 6-8 sittings, depending on the area and hair type.

Smart Investment for Clinics and Salons The laser hair removal machine from AARTIS AESTHETICS is a profitable addition to any beauty clinic or dermatology practice. It not only attracts a wider client base but also increases repeat bookings and brand reputation. The machine is engineered to run efficiently for years with minimal maintenance. Additionally, we offer live training, installation support, and quick-response service for all buyers.

Certifications and Support Our machines come with CE and ISO certifications, ensuring global safety and performance standards. Every purchase from AARTIS AESTHETICS includes a warranty and full technical guidance, so you’re never alone. We also provide online marketing materials and branding assistance to help you promote your new service line.

If you’re searching for a reliable laser hair removal machine that delivers results, enhances your clinic’s offerings, and ensures satisfied clients, AARTIS AESTHETICS is the name to trust. With our cutting-edge technology, expert support, and industry reputation, we make laser treatments easier and more profitable for professionals across India.

Check Our Website: https://aartisaesthetics.in/

Contact us : 7048240884 Address: Orchid Harmony Opp: Fire Station, Gaurav Path Road, Palanpore, near Nayara Petrol Pump, Palanpur, Surat, Gujarat 395009

[hardysigns]

How LED Signage Is Revolutionising Outdoor Advertising

Summary LED signage is changing the face of outdoor advertising by offering brighter displays, lower running costs, better customization, and increased engagement. Businesses across sectors are now turning to digital signage solutions to stand out and connect with audiences more effectively. In this article, we explore how LED technology works, why it’s gaining popularity, and how it compares to traditional outdoor signage. We also discuss the growing demand for digital signage in Staffordshire and how local businesses can benefit from this shift.

What makes LED signage different from traditional signs?

Traditional signs rely on static graphics printed on materials like vinyl or metal. They’re effective but limited. Once printed, the design can’t be changed without replacing the entire sign. LED signage, on the other hand, uses light-emitting diodes (LEDs) to create dynamic content that can be updated anytime.

This technology allows businesses to show video, animations, and real-time updates. You can switch between messages, run multiple ads in rotation, or display time-sensitive offers — all from a remote device.

Why is LED signage gaining popularity?

There are a few key reasons behind the rapid rise of LED signage in outdoor advertising:

Greater visibility — LED signs are brighter and more eye-catching, even in direct sunlight.

Energy efficiency — LEDs use less power than traditional lighting, which reduces running costs.

Durability — Outdoor LED screens are built to withstand weather conditions like rain, wind, and snow.

Remote control — Content can be managed from anywhere via software, saving time and effort.

Dynamic content — Unlike static signs, LED displays can show different messages at different times of day or week.

These benefits make LED signage especially appealing to businesses that want to stay agile and competitive.

How effective is LED signage in driving engagement?

The statistics speak for themselves:

According to the Outdoor Advertising Association of America (OAAA), digital billboards increase brand awareness by 47% compared to static signs.

71% of people say they often look at roadside digital signage (Nielsen).

A study by Intel found that digital displays capture 400% more views than static signage.

This makes LED signage an excellent option for attracting attention in high-traffic areas — whether that’s a city centre, a retail park, or near a major roadway.

Where is LED signage being used?

How does LED signage improve ROI?

LED signage might seem expensive at first, but it pays off in the long run:

Low maintenance — LED lights last up to 100,000 hours, reducing repair and replacement costs.

Targeted messaging — Schedule your ads to run during peak hours for maximum exposure.

Multiple ads on one screen — Rotate different campaigns without printing new material.

Increased foot traffic — Better visibility and engagement often lead to more in-store visits.

These factors combine to offer a much higher return on investment compared to traditional signage.

Is LED signage environmentally friendly?

Yes. One of the lesser-known benefits of LED signage is its lower environmental impact:

LED lights consume 75% less energy than incandescent bulbs.

There’s no need to print and dispose of vinyl or paper graphics regularly.

Content updates are digital, cutting down on waste and transport emissions.

For businesses aiming to reduce their carbon footprint, LED signage is a smart choice.

What does installation and setup look like?

The process usually includes:

Site survey — A technician checks the location and measures dimensions.

Custom design — The digital display is tailored to fit the space and business needs.

Hardware setup — Technicians install the screen, wiring, and mounting equipment.

Software setup — Content management systems (CMS) are installed for easy control.

Training — Businesses learn how to update and schedule their content.

The process is quick and minimally disruptive. Once installed, updates are as easy as sending an email or using a phone app.

What should businesses consider before switching to LED signage?

Before investing in LED signage, think about:

Location — Is the sign in a spot with high visibility and foot traffic?

Size — Make sure it’s large enough to be seen from the intended viewing distance.

Content strategy — Plan your messages to maximise the value of dynamic content.

Compliance — Check local council rules about digital advertising screens.

Budget — Consider long-term cost savings, not just initial setup fees.

Working with an experienced signage provider ensures these points are addressed upfront.

What’s the future of outdoor advertising?

The shift to digital is accelerating. A report from MarketsandMarkets predicts the global digital signage market will grow from $20.8 billion in 2023 to $29.6 billion by 2027. LED technology will be a major driver of that growth.

We’re also seeing trends like:

Interactive signage — Touchscreens and motion sensors to boost engagement.

Real-time data — Displaying weather, news, or social media feeds.

AI integration — Personalised ads based on audience demographics or location.

Outdoor advertising is no longer about putting up a sign and hoping for the best. It’s becoming smarter, more responsive, and more powerful.

Final thoughts

LED signage is transforming how businesses approach outdoor advertising. It offers dynamic content, better visibility, lower long-term costs, and a higher return on investment. For businesses in Staffordshire looking to stay ahead, digital signage Staffordshire is more than just a trend — it’s a strategic advantage.

If you’re ready to upgrade your signage, Hardy Signs in Staffordshire (DE14 1LS) has the experience, technology, and customer-first approach to help you make a lasting impression.

[mobicationhub]

Diode Testing.... #mobicationhub #diode #DiodeTest #mobile #repairing #repaircourse #diodetesting #mobileinstitute #diodeworking #repairtools #Institute

[bewaretheidesofmarchyall]

100 Minute Writing Challenge

The Prompt: Adventure, Dungeon

The characters: My OCs, various characters of Has Anyone Heard of the Wire Mother

Here we are :]

In a trailer on a film lot, Sylvia, Nadia, Mick, and Laura cluster ‘round a table. It’s two years before Sylvia chooses the name Sylvia for herself, one year before Laura Corpuz’s big break (the Laura Corpuz), and half a month before Mick and Nadia crash their car off a winding California mountain road. This is before, and they’re gathered together to have some paper-and-dice adventures. Some Dungeons and Dragons.

Laura is the DM, and she spends the whole afternoon more nervous about it than the movie she’s filming. She’s never DM-ed before, and had kind of expected that Sylvia would, since Sylvia’s more of a fantasy writer. Sylvia’s never even played before, though, and neither has Nadia.

Something about being children with gifts seemed to have eaten up the rest of their lives, until there wasn’t anything else. Just lessons, and memorials, and the fear of wasting what they were given.

Laura pushes down her fears about not knowing what to do if Mick derails them, and whatever tentative thing exists between her and Nadia evaporating, and making Sylvia regret leaving her trailer. Every phone call, her mom says that she shouldn’t walk around with an apology over her head, and she doesn’t believe that yet when it comes to the movie, but she tries to believe it for this.

So, when she sets the scene, she’s the picture of confidence. She does what she knows how to do.

- - -

In a college dorm, a young Angela Lee scribbles on a desk. It’s five years before she’ll start writing that elusive, cursed book called The Wire Mother. This is before, and she’s trying to write a character sheet for the new Dungeons and Dragons 3rd edition.

She doesn’t have anyone to play with. The one Dungeons and Dragons club she found was none too keen on having a woman join. They didn’t say so directly, but the looks and the pointed, qualifying trivia questions were enough to get the message across. Still, she can’t help thinking about it.

Angela writes too much backstory for her character. It runs off the character sheet box, and the page. By the end of it, she has five hand-written pages of lore. Orphans, and hatchets, and monsters. The daughter of a central campaign villain, realizing she wants to be something better. Burning down the house.

She tries to explain what she’s written to her friend from Calculus class, but she can’t get the words right. Can’t explain what’s made her get into her head.

Her character's name ends up being Circe, but she does consider some other names. She ends up throwing an important one aside. Thinking Leonore is a nice name, but not quite right for her.

- - -

In a more peaceful section of the dread labyrinth of Tithonus, Leonore Groves uncovers a box. Dusty and ancient. From the Before Times. Very, very soon, her peace will be disturbed by fresh horrors (the events of The Wire Mother: Ordained Voltage). This is before, and she brings the box to her friends to play a game.

It’s funny, to make up fake adventures when she’s in the middle of a real one. To have the monsters be lines of text and her weapon a +2 to checks. She plays a wild magic sorcerer, a young man chosen by gods who know what the fuck they’re doing, rather than her gods, who just throw things at the wall.

Stories were banned in the Court of Wire and sickeningly sweetly restricted in the Court of Cloth, so the group does struggle to play. Turpentine DMs, and he seems to know what he’s doing somehow, but they mostly just sit around talking and snacking on dried meat. No one’s keeping anything on track- Benjamin St. Jobs pretends to try, but he has a love of chaos of his own, Coil doesn’t see the point in it all, Socket’s still tired after they spent the day trying to hack into his cyborg jaw, Stellarose doesn’t talk much (like she’s trying to keep them from remembering she’s there), Diode is trying to seem less invested than she is, and Leo’s just happy to have a moment to breathe.

So, she relaxes, and she revels in a fight being bloodless and imaginary.

- - -

In a bookstore, a young Pamela Dumont looks at a small display of something that seems like a board game. It’s over a decade before she spins Angela Lee’s characters into something else, something worse, and claims a fame that Lee never did. A world that is, blissfully, without Heartstrings: Forever Means Eternity. This is before, and she’s curious about a game.

Then, her mother pulls on her sleeve, says that it’s tied to a secret society of Satan worshippers. She kills the curious thought, and watches it sink. Pamela never plays Dungeons and Dragons.

- - -

In two separate states, connected by a call, Noah “Albatross” and Aster “Peregrine” talk about the rules of a game. It’s a year and a half before Noah drives from Indiana to New Jersey in the pouring rain, Franklin Shepard Inc. playing through the car radio, to threaten to murder them. This is before, and Aster’s trying to learn how to play Dungeons and Dragons.

They’d already “played” before, but, according to Noah, they hadn’t been playing right. They barely know the rules. If they just want to write something, God knows they can do that, good enough to leave Noah behind. But this game has rules, and Aster’s character builds are shit. They wouldn’t be any help to their party.

Of course, Aster and Noah don’t have any plans to play in the near future. It’s just the two of them and Verna against the world. That’s not enough for a good game. They could invite other people, but they couldn’t trust them- what if they were just there to get information? Or to make up information? Stop them from winning the war of words, sink the ElectricRose Triumvirate in favor of that baneful LeoRose fleet? No. It’s just them. But maybe someday, if they win enough, that will change.

It’s a good day, for Noah and Aster. They joke on the call, they vent about their stresses, they act like friends. Noah’s patient and witty again, like it’s still 2015. Aster thanks them, after they’ve built their character to take more hits. Says that without him, they’d be totally dead.

- - -

And, for all of them, everything still goes forward. For now, though, they roll the dice.

[ersaersa-ersaelectronics]

BAS16 Diode: The Little Star Anchoring Modern Tech

A Meeting in the Circuit Desert

When I first wandered into the desert of soldering irons and humming circuit boards, I thought all diodes were like the flashy ones I’d seen—polished, loud, and eager to prove their worth. But then I met the BAS16—a tiny SOT-23 package, sitting quietly on a workbench like a single cactus in the sand.

“You’re… small,” I said, tilting my head. “And you’re a child who talks to diodes,” it replied, its surface glinting softly. “But size isn’t what matters. Ask the fox.”

1. The Secret of Its Desert Bloom

This isn’t just silicon—it’s desert magic. Let me tell you its story:

Size: 2.9mm x 1.3mm, smaller than a ladybug’s wing. It fits where even the smallest tools can’t reach.

Voltage: 100V, steady as the roots of a baobab tree. It laughs at power surges, like the cactus laughs at sandstorms.

Speed: 4 nanoseconds—faster than a shooting star. It switches signals before you can blink.

Temp Range: -55°C to 150°C. It survives Arctic cold and Death Valley heat, unflinching.

Fun Fact: Engineers call it the “Swiss Army knife of diodes.” They steal it from factory floors like children steal stars—because once you find one, you never let go.

2. The Cactus of Reliability

On the planet of electronics, where machines roar and sparks fly, the BAS16 thrives.

“Why not a cheaper diode?” I asked a welding robot. “Cheaper diodes cry when sparks land. This one? It hums.”

It shrugs off cosmic radiation (NASA uses it in rovers), ignores clumsy interns with soldering irons, and outlasts power surges like a desert plant outlasts drought.

“You’re unkillable,” I said. “Not unkillable,” it replied. “Just… prepared. Like the cactus that stores water—we both know hard times come.”

3. The Guardian of Invisible Things

In the quiet corners of the universe, the BAS16 holds what matters:

Healthcare: It powers pacemakers, counting heartbeats softer than a fox’s footsteps. In ERs, it survives accidental drops and chaos—so your heart never gets a “404 Error.”

Automotive: It keeps EV batteries safe, stopping sparks before they dance into fires. In car infotainment systems, it outlasts toddler tantrums and juice spills.

Space & Telecom: It holds satellites steady in zero gravity, so they can drink sunlight like roses drink rain. In 5G routers, it handles peak Netflix hours without a hiccup.

“You’re a hero,” I told it. “Heroes have parades,” it said. “I’m just a diode. But parades don’t keep hearts beating—diodes do.”

4. The Tale of the Three Diodes

Once, I met three diodes in a workshop: 1N4148, LED, and BAS16.

1N4148 preened: “I’m fast too!” But a static shock made it wince.

LED giggled: “I light up!” But it faltered in the dark corners of a pacemaker.

BAS16 said nothing. It just switched signals, steady as the desert’s horizon.

Later, I asked the fox: “Why does everyone choose the quiet one?” “Because the best things are invisible to the eye,” the fox said. “Like the wind, or love, or a diode that never fails.”

5. When the Cactus Isn’t Needed

Even cacti have their limits. The BAS16 sighed:

“I’m not for ultra-low power devices—Schottky diodes save energy, though they’ll falter in storms. I’m not for art projects—save me for tech that matters. And I’m overkill for disposable gadgets—let cheaper diodes handle landfill-bound toys.”

“So when do you shine?” I asked. “When the project matters,” it said. “Fire, radiation, interns… if it’s worth doing, it’s worth doing with something that lasts.”

6. How to Find a True Friend

In the market of diodes, not all are real. The BAS16 warned:

“Beware of counterfeits—they fail faster than a child’s promise to water a rose. Trust distributors like Ersa Electronics. Check for Vishay or Nexperia markings. Demand certifications—fakes can’t fake those.”

“How do I know it’s you?” I asked. “You’ll feel it,” it said. “A real diode doesn’t shout. It just… works.”

7. The Star That Never Fades

In 2050, when humans build colonies on Mars, the BAS16 will be there. It’ll power quantum computers (even qubits need something steady), Mars habitats (cosmic radiation can’t break it), and robot arms (when AI overlords revolt, they’ll use it to build… well, let’s not think about that).

“You’ll outlive us all,” I said. “No,” it replied. “I’ll just keep holding. Because stars don’t stay in the sky by magic—they stay because something anchors them.”

The Secret of the Little Diode

The BAS16 isn’t flashy. It doesn’t need a name in lights. It’s the kind of friend you notice only when it’s gone—like the rose in the garden, or the fox’s footsteps in the sand.

“What makes you special?” I asked, as I packed to leave. It didn’t answer. It just switched a signal, steady as the desert, as the stars, as time itself.

And I realized—important things are never the loudest. They’re the ones that stay.

Written by a wanderer who once mistook a diode for a new planet. The BAS16 set me straight.

🌵 You become responsible, forever, for the diodes you ignore.

[homeandkitchenparts]

Understanding the Functionality of Samsung Refrigerator PCB Main Assembly

Samsung refrigerators have become essential appliances in modern households, offering innovative features and advanced technologies to ensure food preservation and convenience. The (Printed Circuit Board) PCB Main Assembly serves as the brain of the refrigerator, coordinating various functions and ensuring optimal performance.

Components of the Refrigerator PCB Main Assembly

 The Refrigerator PCB Main Assembly consists of several essential components, each playing a crucial role in the refrigerator's operation.

Microcontroller: It is the central processing unit (CPU) and the computer performs programmed instructions to coordinate communication between the components.

Sensors: The ambient parameters (temperature, humidity, door status) supply critical information for regulation.

Relays: You control the flow of electricity to the compressor, fan motors, and defrost heater.

Capacitors: It will help you store the electrical energy and help to regulate voltage, and guarantee that the PCB is operating reliably.

Resistors: Protect sensitive components from harm by limiting the flow of electricity across certain circuits.

Diodes: Allow current to flow exclusively in one direction to avoid reverse polarity and safeguard components from damage.

Connectors: Facilitate electrical connections between the PCB and other refrigerator components to ensure seamless integration.

Working Principle PCB Main Assembly

The PCB Main Assembly operates on a set of programmed instructions that determine its behavior depending on sensor input and user command. The micro controller continuously monitors sensor input such as the reading of the temperature from the refrigerator compartment, and freezer. The microcontroller controls the transition of the compressor on, or off or the speed of the fan and also the defrost cycles based on the sensor data as to how to keep the temperature and humidity at the optimal level. In addition to the other refrigerator components, for example, display panel and user interface, the PCB Main Assembly provides feedback and enables users’’ interaction. The PCB Main Assembly incorporates safety features of overload protection and temperature sensors to protect the refrigerator from damage and to protect the user.

Communication Protocols

Data can be communicated to other components through microcontrollers by communication protocols like UART (Universal Asynchronous Receiver Transmitter), SPI (Serial Peripheral Interface), and I2C (Inter Integrated Circuit).

UART is used to transfer real-time data from a microcontroller to external devices like display panels and temperature sensors.

There is a power of communication SPI and I2C for the communication of integrated circuits associated with the PCB Main Assembly for efficient data transfer and synchronization between components.

Troubleshooting and Maintenance

Common issues with the Samsung Refrigerator PCB Main Assembly include sensor failures, relay malfunctions, and power supply issues, which can affect the refrigerator's performance.

To solve PCB Main Assembly problems, we can use diagnostic methods, like running self-tests and checking the error code.

The assembly can stay longer depending on the main, such as cleaning dust and debris from the PCB and securing appropriate ventilation.

The PCB Main Assembly is an important component of the Samsung refrigerator systems since it organizes several functions to contribute to the overall efficiency of the refrigerator and food preservation. Fore-knowledge of the PCB Main Assembly and the way it is constructed can assist users in likely managing problems in their fridges.

[darkicedragon]

darkicedragon https://www.tumblr.com/ironychan/777809297508892672?source=share so mecha pilot frankenstein naked underneath bc he needs all the diodes or whatever to connect properly, AND I CAN'T DO THAT THRU CLOTHES, MUZAKA!! azure 🐱 👀 skin tight suit underneath, outlining every curve and dip and no Muzaka is not staring at his ass darkicedragon muzaka is checking. uh. how everything fits. and fills out. uhm. yeah. its well made 😳 also maybe with port openings along the spine to hook in and theres one right above the ass too :) yep. thats what he was studying. to make sure that port is okay

[socioviews]

How Slot Machines Work

In each different popular system used in some electric machines, the discs have a series of steel contacts connected to them. When the reels prevent, one of the contacts engages a stationary touch careworn to a circuit board. In this manner, every prevent on each reel will close a distinctive switch inside the electrical device. Certain mixtures of closed switches (jackpot winners) will configure the gadget's electric circuit to function the payout mechanism.

A extra superior gadget makes use of photoelectric cells (also referred to as image diodes), devices that generate a modern-day whilst exposed to moderate, to come across the place. In this tool, a sequence of holes are drilled thru the rotating discs, all round their outer edges. The photograph diode is located on one aspect of the disc, and a slight supply is placed on the opposite component. As the disc turns, the slight shines through the holes onto the photo diode. The sample of holes inside the disc causes the photograph diode to generate a comparable sample of pulses of strength. Based on this pattern, an digital circuit can determine the placement of the reel.

Newer slot machines use laptop systems instead of gears. We'll check those subsequent.

Computerized Slot Machines

Most cutting-edge slot machines are designed to appearance and enjoy just like the vintage mechanical fashions, however they art work on a completely unique precept. The final results of every pull is surely controlled with the resource of a principal pc inside the gadget, not via manner of the motion of the reels. Check out olxtoto togel login.

The pc uses step vehicles to show every reel and prevent it at the predetermined issue. Step motors are driven by way of brief digital pulses of strength managed through the computer, in choice to the fluctuating electrical modern that drives an ordinary electric powered powered motor. These pulses skip the motor a set increment, or step, with terrific precision (see Introduction To Step Motor Systems to discover more).