Computer Hardware

the IC that is organized as a single-chip microprocessor contains only CPU without the other peripherals like ROM, RAM, and I/O ports that comprise a microcomputer, while the single-chip microcomputer is the chip that contains all the components that give the capabilities of the microcomputer.

There isn't any there is 1024kb in a 1mb and 1024mb in 1gb so the is 1024000kb in 1gb

IEEE 1394

hard drive

analog out put or input means it will take any value between o- infinite,

or i can explain something changes with the time analogously ,it will not vary discretely ,digital output will be only a on or off,in oscilloscope you will get 5v 0v ,but analog will continuously change with the time,in oscilloscope.ans it can take any desired value,any value.

A keyboard which is connected to the computer by use of a USB cable

Best way is to use special file management application. In some version of Windows it is called Windows Explorer. You can also use thirdparty software like Total Commander.

Well, trying to clarify your question, if you have a device that normally has a 5V 3.6A adapter, than it likely needs to be able to draw up to 3.6 amps or so for the device to operate normally. So, a 5V 2.6 amp adapter may operate at times, but only when the device is trying to draw less than 2.6 amps. If the device tries to draw more than 2.6 amps than you run the chance of burning out your transformer (the AC adapter), or just not having your device work. Both adapters will put out the 5 volts, but the 2.6 amp adapter will not provide enough current. You can safely use a larger adapter than the 3.6A, as your device will only draw as much current at 5 volts as it needs. On another note, do not try an adapter that puts out the same current but more voltage. Such as 7.5 volts 3.6 amps. This will overdrive your device and potentially burn it out.

You cannot use a 2.0 pci express card in a pci express slot because the technology is newer.

For example:

It would be like putting a playstation 3 game into a playstation 2 console.

AT/ATX PC Power Supply Units (PSU) are typically rated in Watts. The Wattage Rating can be in Peak Wattage or Constant Wattage. Every Power Supply has a peak wattage and a constant wattage, but it isn't uncommon for only one or the other to be advertised and not both.

Peak Wattage is how many amps the PSU can give out for a short period of time before overheating. The length of time a PSU can sustain this peak wattage is generally about 30-60 seconds.

Constant Wattage is how many amps the PSU can give out nonstop. This number is always less than its Peak Wattage counterpart. Constant Wattage is usually (but not always) rated at 40c.

For example, if we assume a 75% efficiency between peak and constant wattage, a PSU may be advertised at 500 Watts peak, but may only do 375 Watts constant. When compared to a 450 Watt constant PSU, the 500 Watt peak PSU might sound more powerful at first, but the 450 Watt constant PSU would be able to do 600 Watts peak.

It's an old term that has just stuck around.

The story is told of people who were working on one of the early computers. The computer suddenly stopped working and everyone started going over every component individually.

That computer used mechanical relays to make many of the circuits function, and the story is that a moth became trapped in one of the closed relays. Since the moth wing did not allow the relay to function properly it had to be removed before the computer would work.

From that experience came the term "bug". It was said that the computer stopped working because it had a "bug" in it.

Of course it follows that once the "bug" was removed, the computer continued to work. From that came the term "debugging".

The term is used in all aspects of computer hardware and software.

Many programmers and computer professionalsstill use the term "bug" to describe any problem with computer hardware or code.

Esata is up to six times faster pg. 317 a+ guide to managing and maintaining

Because injuries caused in weight lifting are very severe , especially joints can be quite easily damaged if safety precautions are not taken.

Input as your using touch to control it and to INPUT data.

Output too- Outputs data.

Programmable devices can be customized by users for their application. Consider the difference between a Read Only Memory (ROM) and a Programmable Read Only Memory (PROM). A ROM is programmed by the manufacturer and delivered to the user. The function of the ROM is the same no matter who uses it. A PROM is a type of ROM that is delivered blank to the user. The user can store a custom program on the PROM to tailor the device for their application. In short, a programmable device can be customized by the user.

No. A CPU is hardware.

what the characteristic of power supply?

Ans: The electronic part of the Audine camera requires a +/-15V symmetrical power supply. Consumption is 30 mA for the positive voltage and 10 mA for the negative voltage. If possible, the peak-to-peak ripple must be lower than 5 mV. To reduce the electronic noise level, it is recommended to choose a linear type power supply instead of a switching power supply since the aim is to control sensitive electronic circuits such as the ones in a CCD camera. The required power supply can be easily built using 7815-type voltage regulators (for the positive voltage) and 7915 regulators for the negative voltage as well as a transformer, a few capacitors and rectifier diodes.

Word pad and PowerPoint i think it is sorry if i am wrong

; L3 Cache (Level 3 Cache) This type of cache is becoming more prevalent as microprocessor manufacturers ship more processors with L1 and L2 cache built into the processor. L3 cache is then the extra cache that sits on the motherboard between the processor and main memory, since the processor already contains L1 and L2 cache. Some processors are starting to ship with L3 cache built-in as well to speed up memory operations further. In those cases the L3 cache often sits on a separate area of the die, not built directly into the chip core.

USB Will allow up to 127 devices per host controller. Usually, a host controller has more than one USB port. The host controller will only allow 127 devices in total (including hubs), so you can not have 127 per port.

That would depend on the size you purchase.

Im guessing your multiplier would be around 19x or so, you could check this by entering your BIOS at startup and checking in there.

Ususally to enter the BIOS you hit one of the following:

-Esc

-F2

-F10

-F12

-Delete

One of these usually enters the setup.

A similair question asks how many KB are in a MB, and the answer is not an even 1000, it's 1024. Math: 1024 * 1200 = 1,228,800

For any disk OTHER THAN THE ONE YOU BOOT FROM, simply open a command prompt and type:

format d: (where "d" is the designator of the disk that you want to format)

OR

open windows explorer, select "my computer" then right click on the drive you want to format (again, it can't be the disk you boot from"

If you want to format your C drive you'll need to boot from some other medium, such as the installation disk or a floppy.