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Welcome to my channel Robotics kanti where you will learn how to know Electronics is work? and make handmade crafts, New Invention, Mechanical, Computer software. The main thing is that one can make it at Circuit. You are interested in Robotics kanti? You have found the channel you really need. Here you can find lots of Electronics, hand made circuit items, and the main thing is that they all made of make-shifts and at the lowest cost!


Add A Battery To Your Vehicle For Charging Electronics

This video shows how to add a second battery to a Honda Element for use charging and powering electronics while traveling.

Related Products:
* 200 Watt Inverter
* 15′ USB Extension
* USB dual 12 V Cigarette Ligher strip

This video companions with another Good Life Lab video, Print Shipping Labels From The Road which shows:
* Gear needed to run a Ebay and/or Etsy store while traveling
* What is needed to get online from remote places (wilderness, national forests etc)
* How to print shipping labels from anywhere


Laptop Chargers Case,Zipper Mesh Laptop Adapter Case,Universal Electronics Accessories Travel Org.. – Laptop Chargers Case,Zipper Mesh Laptop Adapter Case,Universal Electronics Accessories Travel Organizer/Carry Case/Bag/Pouch/Sleeve for Laptop Notebook Tablet Power/Mouse/Cord/USB Accessories,Black
This organizer bag is made of durable nylon with zipper closure,and hand strap is attached for convenient carry. Mesh see-through net give you a clear vision for inside accessories. Dimension: 9.45 x 4 x 2 inches. Versatile travel organizer specifically designed for bulky electronics items like laptop notebook tablet power supply adapters,power cord,various chargers and adapters,power,USB charging line,HDMI VGA Line In/Out Cable,OTG cord and other belongings. Two internal net pocket for accessories like small cables, memory cards, USB drives,mouse and etc,compack design make the organize more easy. Ideal for storing and carrying iPad/iPhone chargers,Apple Macbook power adapters,Toshiba/Dell/Asus charger adapter,and so on.Make you travel more easy with this accessories pack in order.


Taking Charge of Your Electronics

In the early 14th century, a floor globe would have looked like an alien contraption because Copernicus had not convinced everyone that the world is round just yet. Now, such things are common and every library has at least a basic one, and for the technologically inclined libraries, they may even have one that could tell the time and temperature of the places on the globe. A mere 500 years after finding out that the world does not revolve around the earth, progress has certainly made a lot of leaps, and along with those leaps come portability, and portable chargers.

There's a charger for your mobile phone, another for your MP3 (4 or 5), yet another for your digital camera, and then there's a possibility that you have a portable game console, and the next thing you know, you're struggling with a snake's nest of wires. Not to mention putting yourself in danger of the possibility of blowing a fuse, literally and figuratively.

Modern science is supposed to make life easier, is not?

All the Eggs in One Basket

The solution to that tangled spaghetti of chargers is the electronics charging station, a stationery port that has only ONE wire, yet you can charge up to three electronic devices all at the same place and it can save you a lot of time because you do not ' t have to wait for one gadget to be fully charged before you can use that outlet again, or save you from having to reach in to those tight places for other outlets.

An electronics charging station can look like the space age gadget that it is, sleek metal or smooth plastic or it can be disguised as a night stand organizer, made of wood or leather, and can have many useful drawers that can help organize other little gadgets on your night table or desk, like pens, reading glasses, coins, or even paper clips.

To add to the utility of this charming port, you can get an electronics charging station with a night light in its design, or a vacuum cleaner (yes, a vacuum cleaner). To appeal to the more aesthetically inclined market, one can get a hand painted port that looks anything but an electronics charging station, or one with pastel polka dots for the younger generation, or a nice warm mahogany to blend with your desk and leather desk set .

Wireless Gadgets

There are useful gadgets like the wireless home weather stations that will not take up an extra outlet from your electronics charging station. A home weather station is a lot like a digital alarm clock, but it can tell you the weather inside and outside with forecast icons (clouds, sun, sun behind the clouds, etc.), through sensors strategically placed around your home. It can have up to three sensors feeding the display panel, and a radio-controlled date and time display. Some even have moon phase displays, and clothing suggestions, in digital or full color, or even an animated display.


Electronics Devices And Components

For most of us our day starts with a ring tone of an electric alarm clock. Then as we get ready in the morning we use a couple of other devices ranging from an electric shaver to an electric iron. The point here is that we have barely started our day and most of our morning is spent using various electronic devices and components. The list of electronic products that we use in a week would be so long that most of us would be shocked on seeing the amount of dependence on these products. As you must have realized by now, these Electronic products and components form a major part of our daily life. They either provide us a useful function or they entertain us.

Irrespective of the purpose they perform, we all would agree that we can not survive without these products.

These electronic components have become a major part of our daily life, whether we think so or not. Our dependence on these electronic gizmos is only increasing everyday. Nobody needs to be a technology expert to realize that electronic components play a major role in our lives.

In recent years, the electronics segment has undergone a tremendous transformation. All this has contributed to a new way of life. Miniaturization and integration are the key factors that have fueled the tremendous growth of portable electronics technology. Electronic components & devices have been reduced to hand held devices.

Electronics devices are used for everyday functions. Some of these are the ones that are purely for our interest and entertainment. Electronic devices and components like WiFi (Wireless Fidelity) technology, applications such as Voice over IP (VoIP), web surfing, movie play back, MP3 player, portable gaming devices and camcorders are some glaring examples which provide us entertainment everyday. Items like computers and cell phones are now a necessity rather than a luxury. The consumer electronics segment of devices and components gets improved more and more every year to provide us more functionality, convenience and satisfaction. The gap between entertainment and functionality for the usage of these electronic products and devices is getting closer every day. Electronic devices today are compact, lightweight and functional along with a long life cycle due to the high quality electronic components in their production. The electronic market is changing every day and quickly evolving.

Some of the products being offered today are portable electronic devices such as Portable Media Players (PMPs), Smartphones, & GPS-PDAs, laptop computers, hand-held devices such as cellular phones, personal media devices including the iPod from Apple.


Troubleshooting Electronics

One of the most effective methods for troubleshooting electronics is unplugging power.

The most effective troubleshooting / repair tool available for computers or microprocessor-controlled systems is turning power off, waiting a period of time, and turning power back on.

Here's why it works:

Computers and microprocessors are control systems which are generally not fully controllable. This means that either the hardware or software can put them into a state where normal control inputs have no effect on the system. This topic is called "Controllability" in formal Control Theory jargon.

An analogy would be an Interstate off-ramp with no returning on-ramp. Once you get off, you have to do something abnormal, like back-track several miles on surface roads, to get back on.

From now on, I will use the term "computer" to mean computer or any microprocessor-controlled system. Your microwave, VCR, and fancy coffee pot are non-computer examples.

One state that all functioning computers can recover from is the power-off state. Hardware and software engineers work diligently to make sure a computer can turn on into a known controllable state. Imagine how upset customers would be if, regularly, they took their electronic devices out of the box, flipped the on switch, and nothing happened. You can be sure the manufacturer would hear from the customer, and that the hardware or software engineer at fault would also hear about it in no uncertain terms.

So, how does a computer get into an uncontrollable state?

In hardware, there are many causes for what is called a Single Event Upset (SEU). A power glitch, a cosmic ray passing through an integrated circuit (IC), or an alpha ray from the plastic IC package, can all cause an SEU, possibly changing a logic state (1 to 0 or vice versa), or triggering latchup in the pnpn layer most ICs have. In software, the computer can get done in an infinite loop.

How do you turn your computer off, and how long do you keep it off?

Using the off / on switch or normal software shutdown will cure more than 90 percent of the problems, but not all of them. After turning off the computer, you need to pull the plug from the wall and make sure anything the computer interfaces with (modem, printer, etc.) is also turned off and unplugged. (Power strips are great for this.) If your computer has a battery, such as a laptop does, or a built-in UPS battery, you also need to remove this power source. The reason is that even if you turn off your computer, it still draws vampire power to keep certain monitoring and startup circuits alive – which may be causing the problem.

Now that you've turned it off, how long do you keep it off?

Usually, but not always, 30 seconds is enough. This is because bleeder resistors across capacitors used to be designed to discharge logic, memory, and interface voltages to less than five percent of normal voltage in about this amount of time. It was considered good design practice. These discharge paths were also often included in ICs to remove charge from junctions and internal nodes when not powered.

Today, the discharge resistor is often not included in the design. Cost-savings is one reason, but also because real estate in ICs is so valuable. Active pull-down and pull-up devices, which take less real estate than resistors, are used instead. These work when there is power, but they can be high impedance with power removed. What this means is that a charge on system components and IC capacitance can keep the computer in an uncontrollable state for a longer time. As computers get "better" you need to leave them off longer.

What's my personal approach?

I turn the computer off (and remove the battery in a laptop), wait 30 seconds, replace the battery if necessary, and turn it on. If this does not cure the problem, I turn it off, unplug everything, remove battery backup, wait several minutes (up to 30 minutes), and try again. If this does not work, then I leave it off overnight.

If these steps are not successful, re-cycling power will not solve the problem.

As those of you who have visited my website know, I include a personal anecdote for every problem / solution description I provide. Here is my anecdote for this problem:

When I was newly married, my wife would ask me to fix this or that electronic device that went out. Confidently, I would instruct her to pull the plug, reverse it (before plugs were polarized), wait 30 seconds, and plug it back in. She would first complain that this would not help, and then was amazed when it solved the problem.

Now, 47 years later, she just reported that the microwave went out. Without a word from me, she reached back behind the cabinet, pulled the plug for 30 seconds, plugged it back in, and reset the clock. She now accepts this as the best way to trouble-shoot / repair any electronic equipment. From her own practical experience, she knows it works most of the time.

The bottom line: One of the most effective methods for troubleshooting electronics is unplugging power. The time-tested technique is to turn it off, pull the plug, remove the battery, wait, replace the battery, plug it back in, and turn it back on. And best of all … this powerful method of troubleshooting electronics is free!


How to Keep Your Electronics Charged While Backpacking

00:33 Ways to Conserve Your Phone Battery
02:14 Backup Battery Packs
02:33 What Size Battery Pack Do You Need?
03:45 Pros And Cons
05:55 Quick Charge
06:49 Solar Panel Chargers (Pros And Cons)
08:26 Things to Consider When Selecting a Solar Panel Charger
09:33 Whether to Connect Directly to Your Phone
11:37 Situations They Would Be Most Useful
12:37 Biolite Campstove 2

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ZXCT1009FTA IC CURRENT MONITOR 1% SOT23-3 | Asourcing Electronics Ltd.

The ZXCT1009 is a high side current sense monitor. Using
this device eliminates the need to disrupt the ground plane
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It takes a high side voltage developed across a current shunt
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The wide input voltage range of 20V down to as low as 2.5V
make it suitable for a range of applications. A minimum
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• SOT23 and SM8 packages
• AEC-Q100.3 qualified; ZXCT1009FTA only

• Battery chargers
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• DC motor control
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Buy Electronics Online – Ideally Choose a Samsung 65 Inch Smart Curved LED TV

The UN65KU7500 is known as Samsung's affordable cost curved 65-inch second generation belongs to 4K Ultra HD TVs manufactured by Samsung Company. It offers a resolution of 3840 x 2160 resolutions, which is four times the motion of Full HD. It lets you sit closer to a larger TV and enjoy the better movie theater familiarity. The majority of the movie theaters now make use of the 4K projector; therefore the popularity of the movie theater resolution is in high in demand. The curved screen promises for better immersive movie theater kind experience and gets better viewing angle as well as image quality.

Better 4K Image Quality: Samsung 65 inch Smart Curved LED TV backlit TV installations Samsung's advanced UHD Micro Dimming LED edge rear light technology for the better blacks and colors. The option of PurColor and Auto Depth Enhancer are the best premium points associated with the TV. The highly upgradated Ultra Clear Pro Panel removes the reflections, as well as improvements the ratio of contrast. Moreover, the 120 Motion Rate anti-blur technologies merge a resident 60Hz Panel along with rear light control to give blur-free and open motion. The availability of the PurColor Technology will provide you vivid and bright colors.

Setup and features

This model of LCD panel works with about a 3-inch curve. The weight of the wall is around 62 pounds, and the 14-inch-deep place adds yet more 7 pounds. There are different four HDMI 2.0a inputs, all of them assist HDCP 2.2, and one of which offers audio return channel for joining the TV to an outside sound system.

Remote control as well as user interface

After having to manage with yet vendor's rather clunky Android border and old-school distant, using the KS9800 was a delight. The remote sports just a few buttons, feet better in your hand, and the on-screen border is straightforward and reasonably laid out. The one and only complaint is the absence of rewind buttons and even fast forward.

There are tons of images tweaks for the KS9800, which includes professional settings for those who are exacting about the things. Buy Electronics Online at the best price.

Image and Sound

The KS9800 specifies the ointment of non-OLED image technologies: complete quantum dots, array backlighting, and local dimming among others. The color is incredible, extremely right and around with HDR stuff-wonderfully arranged. The TV does quite job upscaling lower- declaration material as well.


Travel Wind Turbine Kits 12 volt battery charging for electronics

Charger Wind Turbine Generator:
Charger Wind Turbine Kit with Fin:
Travel Wind Turbine Kit:
Travel Wind Turbine Kit with Battery:
These Wind Turbine kits work well at home, for RVs, remote cabins, and camping. Many people around the world are using these wind turbines because they are safe, efficient, and user friendly. Generate up to 15 watts while charging a 12 volt battery. Power LED lights, personal electronics, air pumps, and more. These wind turbines are commonly used with solar to help keep a battery topped off and you don’t need a charge controller. Just directly connect to any 12 volt battery.
Build your own wind turbine with the following components.
DC Project Motor Generator:
15″ Prop: