Computer Hardware

IF you looking to get Iphone in bulk legally without risking your money go to Apple store If not go buy from another source. Too many counterfeiters are out there to get your money

go to "computer" then right click on "system c " then right click on it and go to "format" but you will lose your windows you are running your computer on and everything else

It should turn off automatically if you plug it into your computer and turn the computer on. If it doesn't, something is wrong. First thing to check is the plug that plugs into the computer for bent pins. Also check the other end of the cable that plugs into the back of the monitor. If the pins are not bent then you will likely need to take it to a shop for repair or replacement.

The pieces software that runs the hardware in your computer are called Drivers. These either come built in to your Operating System, or they come from another source such as the Internet or an Install CD/DVD.

A computer screen is only an input device if it works with Touch Screen Technology else its output only

yes but u have to update driver in windows 7!

If you are talking about the TV plug and plays, then no.

If you are talking about a microphone or a controller, then yes. Plug and plays are usually USB based, and all USB's require drivers.

why does it take so long to make computer chips

Neither, The CPU is the Central Processing Unit, it only processes information and bits of data the computer sends thru it. The motherboard supplies power to the case fan AND the CPU fan, which is supplied power from the PSU (power supply unit)

To use advantages of N type network you need to have both devices of N type.

A tower is the part of the computer which all the main devices are located. The tower is where you first turn your computer on. A desktop is the same thing, a desktop consists of a Tower, Monitor, Keyboard, Speakers, and a Mouse.

what are the examples of parralel processing

Yes! The intel Core i7-3770k is a Socket 1155 processor and the Cupertino2-H61-uA TX supports the 1155 socket.

If they are both SATA, then you can. Laptop hard drives usually require less power but in the same time they do not perform as well as desktop counterparts. If you have SSD that is laptop size (2.5') you will even see improvement. 2.5 SSDs are used for both desktops and laptops.

Adobe After Effects CS6 is available to download as a trial version on the official Adobe website. Please see the link posted below to be directly linked to the download page.

Depending on what the bios has set the memory to be used from the onboard graphics, you can tell it to use more ram, ie change it from 64 - 128mb. But in doing this, your detracting from the physical ram. Eg you have 256mb ram at the moment, using the onboard graphics, (64mb), means you only have 192Mb, which is nothing in todays world of computing. So if you tell it to use 128mb, you will only have 128mb ram. :(

The best thing to do, imo, is to purchase a dedicated graphics card for this machine. With it being a media centre pc, I would opt for the largest graphics card you could afford. Nothing less than a 256mb would be my preferred option.

Hope this helps

be safe

Nige

Cadishead Computers

If the access point has a wireless interface and if your laptop supports the wireless network type, no you do not need a router.

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If the laptop is not near enough to an access point, it will not be able to connect. The router is immaterial.

go to start>programs>acc.>system tools>system monitor.

There is also a free tool available at www.analogx.com, called netstat I think, that will give you your CPU usage and monitor the traffic in or out of your machine. They also have a great memory manager that keeps your ram from being locked up by Windows, and a bunch of other neat stuff too. I've used a number of their programs for years, and find that they're fun, useful and reliable. Good Luck. Oh..there whois will tell you in about 2 seconds if a domain name is available, and who owns it and where to find them in another few seconds if it's taken. Several useful tools there.

Generally, magnitude comparators are digital circuits (IC's) which have two ports which accept, and latch two 8 or 16 bit binary numbers and have three single bit outputs: "Greater than, less than, and equal."

I have used these personally in several digital control systems.

I guess the "importance" is twofold. First, as you can use a single IC you simplify the hardware, but more importantly, for certain operations, they can be invaluable.

One simple use would be comparing the output of a free running digital counter to some fixed number. This fixed number, if derived from user adjustable binary hex switches, would allow control based on some adjustable terminal count. For instance, if the counter also fed into a D to A converter, and use the magnitude comparator to compare the two numbers, you now have a user adjustable ramp which can further be used with analog comparators to trigger many sorts of analog systems and also acts as a digital divider. One could create a temperature control for example using a sensor as one input but calculated in the digital domain, possibly with some microcomputer to make decisions.

I once used a very similar setup using two daisy-chained magnitude comparators in a telemetry system where the comparators monitored a counter which counted digital telemetry pulses and thus was the "memory of the number of plses and were used as a trigger for a setpoint alarm or maximum allowable user adjusted limit. As mentioned above, they can aslo be used to make a digital divider. For instance, using a free-running counter as one comparator input, and user switches as the other, you will get an "Equal to" signal for every x counts / y user input count. Very simple way to divide counts by any amount.

It's not so much "what's the importance" as that fully depends on the application, but rather the versatility and all the clever things one can use them for. I've designed more complex uses for them but my lack of recall of the details would not add to this answer but I did do some pretty cool, very specialized things which would have been difficult dto do without using the magnitude comparators. Only your imagination limits the cool things you can uyse them for.

Basically, Analog circuits like op-amps compare strictly in the analog domain. Magnitude comparators allow comparing purly in the digital domain. Combining the digital, D-to-A converters, and op-amps allows doing both simultaneously, if needed by the aplication.

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It was in alpha testing :l

not enough, been doing it for 5 years LOL

An error in spelling, punctuation, incorrect pronoun or shift of tense. Deep errors include problems with organisation, structure, failing to address the question, inadequte or repetitive linking, sequencing and paragraphing.

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