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Add even greater capability and versatility to your iPad Pro by powering the Lightning to USB 3 Camera Adapter with a USB Power Adapter. Then you can connect USB peripherals like hubs, Ethernet adapters, audio/MIDI interfaces, and card readers for CompactFlash, SD, microSD, and more.

\n Add even greater capability and versatility to your iPad Pro by powering the Lightning to USB 3 Camera Adapter with a USB Power Adapter. Then you can connect USB peripherals like hubs, Ethernet adapters, audio/MIDI interfaces, and card readers for CompactFlash, SD, microSD, and more.\n

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Hi, I recently purchased 10 SL-120 INF and strimer plus v2. I have installed L-connect 3 and updated all the firmwares/softwares to the latest version, but when I use the breathing or rainbow morph mode from the quick/sync lightning section in the app, the strimer plus v2 seems to always have a delay. For example, the strimer plus v2 breathes slower than the fans by a second or two in the breathing mode and only syncs with the fans for the first few colors in the rainbow morph mode. Is this a common issue? or is it something only happening from my end? Thank you for answering in advance.

I'm actually building a new PC and the AIO (H100I RGB Platinum SE) RAM (Corsair Dominator Platinum) and Fans (QL120) are all from Corsair and controlled through ICUE. I would like to add the Lian Li Strimer Plus but I'm wondering how to plug them in order to be able to control them with the same software.

Unfortunately it can lead to all sorts of problems - here some examples:

What we see most common are undervoltage warnings, unstable Wifi, non working or freezing cameras and disconnecting/malfunctioning USB devices.

We also had some indefinable problems like the print ending mid print which are difficult to diagnose because they could have different causes.

That's pretty easy

You simply cut a small stripe of tape and put it on the 5V pin of your USB plug.

Here you see an image of the standard USB A and B plugs.

1200686 43 KB

Pin 1 is the 5V pin which you're going to cover with the tape.

Here two pictures if you feel unsure what to do:

Cut a stripe of tape and grab it with a pair of tweezers.

IMG_781025921728 2.05 MB

and put the tape on Pin 1 of your plug

plug_tape21341496 558 KB

I like to let the tape overlap a bit so it doesn't move when the pins of the USB port connect to the pins of the plug.

If you have a Creality Ender 3 mainboard, you can simply remove diode DP2 to prevent the Pi supplying power to the board. If you would like to be able to flash the firmware without the mainboard being powered by the power supply, you can also disconnect one side of the diode and add a switch in between. That way you can choose if the Pi should send power to the board or not.

Ender_3_Mainboard_altered|690x476

Everybody using a Pi pretty much has this problem, get one of these, -blough-r/

Problem solved - Brian made this device specifically to disconnect the +5 feed from the Pi's USB port. It works I have a couple of these, but need some more.. one for each Octoprint printer. I do not like cutting cables, this is perfect.

Damage caused by lightning, such as fire, is covered by standard homeowners insurance policies. Some homeowners policies provide coverage for power surges that are the direct result of a lightning strike.

The Lightning Protection Institute (LPI) notes the key to personal safety and risk mitigation is to take the necessary steps to protect property before a storm. "When it comes to protecting homes, businesses or critical facilities in communities, we know that a properly installed lighting protection system is scientifically proven to mitigate the damage from a lightning strike," said Tim Harger, executive director, LPI.

Wielding these criteria like a machete, we hacked through thickets of cable options, cultivating a list of 69 models to test from a variety of brands, including Amazon Basics, Anker, Apple, Belkin, Fuse Chicken, Kanex, Monoprice, Nomad, Paracable, RAVPower, and Tripp Lite.

In a previous round of testing, in 2019, we found that the double-braided nylon encasing the Anker PowerLine+ II USB-A to Lightning Cable (available in 1-foot, 3-foot, 6-foot, and 10-foot lengths) failed to enhance the experience of using its rubber-encased counterparts. Since these cables cost a few dollars more than our pick in this category, and since this material is known to wear down or snag (like a sweater) after extended use, we decided not to test them again.

The two-year warranty on the Tripp Lite Safe-IT Universal Cable (4 feet) is shorter than the lifetime warranty on our pick in this category, and unlike that cable it comes exclusively in white. Also, while the housings on the USB-A and Micro-USB ends of this cable are solidly built and comfortable to hold, its Lightning and USB-C attachments are smaller and have a less ergonomic shape.

Anything that adds (for example) +1-2 Cold Damage, adds it to weapon attacks only. It will be added to Melee/Ranged Weapon Attacks like Guided Arrow, or Jab, but not to spells like Frozen Orb, or Chain Lightning.

Also, on Skills like Lightning Fury, the damage being reported in your Character Screen shows two values. Weapon Damage, which only the initial javelin does, and the Spell Damage. Once the javelin splits, only the reported Spell (lightning) Damage would be applied to each enemy.

Lightning is a natural phenomenon formed by electrostatic discharges through the atmosphere between two electrically charged regions, either both in the atmosphere or one in the atmosphere and one on the ground, temporarily neutralizing these in a near-instantaneous release of an average of one gigajoule of energy.[1][2][3] This discharge may produce a wide range of electromagnetic radiation, from heat created by the rapid movement of electrons, to brilliant flashes of visible light in the form of black-body radiation. Lightning causes thunder, a sound from the shock wave which develops as gases in the vicinity of the discharge experience a sudden increase in pressure. Lightning occurs commonly during thunderstorms as well as other types of energetic weather systems, but volcanic lightning can also occur during volcanic eruptions. Lightning is an atmospheric electrical phenomenon and contributes to the global atmospheric electrical circuit.

The three main kinds of lightning are distinguished by where they occur: either inside a single thundercloud (intra-cloud), between two clouds (cloud-to-cloud), or between a cloud and the ground (cloud-to-ground), in which case it is referred to as a lightning strike.[4][5] Many other observational variants are recognized, including "heat lightning", which can be seen from a great distance but not heard; dry lightning, which can cause forest fires; and ball lightning, which is rarely observed scientifically.

Humans have deified lightning for millennia. Idiomatic expressions derived from lightning, such as the English expression "bolt from the blue", are common across languages. At all times people have been fascinated by the sight and difference of lightning. The fear of lightning is called astraphobia.

The first known photograph of lightning is from 1847, by Thomas Martin Easterly.[6] The first surviving photograph is from 1882, by William Nicholson Jennings,[7] a photographer who spent half his life capturing pictures of lightning and proving its diversity.

There is growing evidence that lightning activity is increased by particulate emissions (a form of air pollution).[8][9][10] However, lightning may also improve air quality and clean greenhouse gases such as methane from the atmosphere, while creating nitrogen oxide and ozone at the same time.[11] Lightning is also the major cause of wildfire,[12] and wildfire can contribute to climate change as well.[13] More studies are warranted to clarify their relationship.

The physical separation of charge into different regions using liquid water was demonstrated by Kelvin with the Kelvin water dropper. The most likely charge-carrying species were considered to be the aqueous hydrogen ion and the aqueous hydroxide ion.[18]

The charge carrier in lightning is mainly electrons in a plasma.[22] The process of going from charge as ions (positive hydrogen ion and negative hydroxide ion) associated with liquid water or solid water to charge as electrons associated with lightning must involve some form of electro-chemistry, that is, the oxidation and/or the reduction of chemical species.[23] As hydroxide functions as a base and carbon dioxide is an acidic gas, it is possible that charged water clouds in which the negative charge is in the form of the aqueous hydroxide ion, interact with atmospheric carbon dioxide to form aqueous carbonate ions and aqueous hydrogen carbonate ions.

The typical cloud-to-ground lightning flash culminates in the formation of an electrically conducting plasma channel through the air in excess of 5 km (3.1 mi) tall, from within the cloud to the ground's surface. The actual discharge is the final stage of a very complex process.[24] At its peak, a typical thunderstorm produces three or more strikes to the Earth per minute.[25] Lightning primarily occurs when warm air is mixed with colder air masses,[26] resulting in atmospheric disturbances necessary for polarizing the atmosphere.[27] However, it can also occur during dust storms, forest fires, tornadoes, volcanic eruptions, and even in the cold of winter, where the lightning is known as thundersnow.[28][29] Hurricanes typically generate some lightning, mainly in the rainbands as much as 160 km (99 mi) from the center.[30][31][32]

On Earth, the lightning frequency is approximately 44 ( 5) times per second, or nearly 1.4 billion flashes per year[33] and the median duration is 0.52 seconds[34] made up from a number of much shorter flashes (strokes) of around 60 to 70 microseconds.[35]

Many factors affect the frequency, distribution, strength and physical properties of a typical lightning flash in a particular region of the world. These factors include ground elevation, latitude, prevailing wind currents, relative humidity, and proximity to warm and cold bodies of water. To a certain degree, the proportions of intra-cloud, cloud-to-cloud, and cloud-to-ground lightning may also vary by season in middle latitudes. e24fc04721