This harddrive holds up to 20 individual platters.
Drive perimitors means how many sector blocks there are so on a hard disk that 40GB now theres lets say 3 Platters on each of those platters is blocks that where the hdd arm executes electrical signals on a carbon/ teflon coated platter so in term a 40GB HDD has 78,165,360 Parameters sord of like sectors LBA.
Each platter on a hard drive has 2 heads.Every Additional Platter you can multiply x2Example:1 Platter x 2 = 2 Heads2 Platters x 2 = 4 Heads3 Platters x 2 = 6 Heads4 Platters x 2 = 8 Heads5 Platters x 2 = 10 HeadsETC...At least until some new hard drive Architecture comes into place.
There are two types of Hard disk. 1:Sea gate disk 2:SATA Hard disk
1. IDE Hard Disk 2. SATA Hard Disk 3. SCSI Hard Disk 4. Ultra SCSI Hard Disk
i think 10% in hard disk.
form_title=Platters Catering form_header=Keep your catering plans simple with platters! What sort of foods do you want on your platters?=_ How many different platters would you like offered?= {(),1,2,3,4,5,6,7,8,9,10,More} How many guests are you serving?=_ What is your budget for the platters?=_
how many types hard disk drives
generally one but sometimes you can get two
Usually only one.
A hard disk is what all your files, including the Operating System are stored in. There are many sizes of hard disk and what the capacity is.
A hard disk camcorder serves many purposes. The main purpose for a hard disk camcorder is to record videos and have the ability to play or edit the videos.
Most of the enclosure is made out of a metallic alloy however the main part of a hard drive, which stores the data magnetically, is called the platter. In a hard drive there are normally several platters. Platters can store data on both sides requiring a head (reader) for each side. The core of the platters are typically made using an aluminum or glass and ceramic substrate shaped into a disk. Then the disk is coated with a thin layer of a mostly nonmagnetic metallic alloy and on top of this is a protective carbon-based overcoat. Both of these layers are applied in the same process which is called sputtering. The next layer of the disk is a nanometer thin polymeric lubricant applied by dipping the disk into a solvent solution. The surface of the disk needs to be flawlessly smooth so that the disk head can rapidly move over the surface. Scott