#HOW TO USE NORTON GHOST WINDOWS 10 HOW TO#

Magnets do affect hard drives! All of your data is created by using tiny electromagnets just above the surface of the disk platters. However, there is an extreme likelihood of data corruption if you were to take a head control magnet and move it around on a working drive. However, while a 99 cent magnet may not be strong enough and the head control magnets might not seem to have an effect, it is because neither one causes a changing or moving(the head control magnets are stationary) magnetic field to affect the platters themselves. It is true that most times a 99 cent magnet wonвЂ™t affect your hard drive and it is true that the drive itself contains a tremendously powerful magnet to control the read/write heads.

LetвЂ™s start with magnets and disk drives. They may not have experienced problems form their limited testing and research but, that does not mean that it wonвЂ™t or doesnвЂ™t happen. They offer anecdotal evidence to вЂњproveвЂќ that some things are myths. Any high-integrated IC should be considered very sensitive, things like power-supply components are mostly not bothered by static discharge. In general, to more high-tech, smaller structures (ICвЂ™s), the more sensitive to static discharge. When you observe these points carefully, an anti-static wrist strap doesnвЂ™t add anything, and you can work safely without one.

To remove components, touch ground point first. Any voltage difference between component and system gets discharged through you (=non-sentive). When inserting components: grab component, touch grounding point of system, then insert component. Touch metal case, connector shieldings first discharge will then be through low-resistance, non-sensitive metal Any discharge will then only be person-module (=small)

Better: put module on a desk, let customer pick it up. Not smart! Any discharge between customer & salesman will go through the bag+module, probably some through the memory module. What you often see on computer fairs: a salesman hands a memory module in plastic bag directly to customer. Think of what path a discharge will take, when touched if you touch some random contact of an IC on a motherboard thatвЂ™s inside a PC, any discharge could be big (you -> entire PC+monitor eg.) and go through the single IC pin you touch -> BAD, donвЂ™t do this Limit the size of a system that you touch, by unplugging from power outlets, network, and other equipment first, before touching components inside To prevent damage, you just have to limit the size of the variables above: Damage often doesnвЂ™t kill parts, but degrades them, shortening their lifespan or reliability Any damage depends on the path that is used for that discharge if sensitive parts are in it, they may be damaged How bigger (mass, size) each component (or you!), and voltage difference, the bigger the discharge. When you touch, most of that difference will be equaled through a discharge Any component, and yourself, will probably have a voltage (potential) difference, at ANY time. Static discharge is a real, important problem, but you can avoid damage just by considering some simple facts: But once again, electro-static discharge is described badly: ItвЂ™s good to see some common myths explained too many nonsense is often done based on non-existing вЂfactsвЂ™. Given a choice, I think IвЂ™d prefer to get used to the scratchy noises, myself! In fact, if at any point during the exercise you hear the satanic voice of Bill Gates coming from the built-in speaker, take off running and donвЂ™t ever look back! Freed from the counterbalancing influence of the BSD daemons, the twin demons of DOS and Windows are often able to re-assert total control over your machine to the eternal damnation of your soul. If the noise gets to you, a good вЂњfdisk /mbrвЂќ from DOS will get rid of them, but donвЂ™t be surprised if they react adversely and try to stop you.

#HOW TO USE NORTON GHOST WINDOWS 10 HOW TO#

The scratchy sound coming from your memory is actually high-pitched whispering exchanged among the daemons as they best decide how to deal with various system administration tasks.

Yes! YouвЂ™ll see frequent references to вЂњdaemonsвЂќ in the BSD documentation, and what most people donвЂ™t know is that this refers to genuine, non-corporeal entities that now possess your computer. Is there anything вЂњoddвЂќ that FreeBSD does when compiling the kernel which would cause the memory to make a scratchy sound? When compiling (and for a brief moment after recognizing the floppy drive upon startup, as well), a strange scratchy sound emanates from what appears to be the memory banks.

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