Dram Memory Slots Function

Dram memory slots function, file extensions and...

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If the capacitor contains a logic zero, it begins to discharge when the gate terminal voltage is above VTH. Click More Details if you don't see any tabs. To lessen the slowdown, computers store files in RAM after the files are first read from the drive. The main memory of most computers consists of dynamic random-access memory, or DRAM.

dram memory slots function

In this lesson, learn why it Differential sense amplifiers work by driving their outputs to opposing extremes based on the relative voltages on pairs of bitlines. Congratulations to you then because you hit the jackpot!

The advantage of the open bitline array is a smaller array area, although this advantage is slightly diminished by the dummy bitline segments. The main advantages of DRAM are its simple design, speed and low cost in comparison to alternative types of memory.

When your computer is running and the main memory is being used, the capacitors that make up your DRAM are being refreshed constantly, typically every 64 milliseconds.

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The capacitor can hold a low charge also called discharged or a high charge also called chargedwhich correspond to 0 and 1, respectively. Dynamic random access memory DRAM is a type of memory that is typically used for data or program code that a computer processor needs to function. Let's learn what happened and why it is important to understand how your computer's main memory works.

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The RAM chips, also referred to as sticks, plug into the vertical slots on the motherboard. All the capacitors lose their charge immediately, and all the information stored in DRAM is lost.

In the s, manufacturers were sharply divided by the type of capacitor used by their DRAMs, and the relative cost and long-term scalability of both designs has been the subject of extensive debate.

There are many types or interfaces for communicating with DRAM.

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Proposed cell designs[ edit ] The one-transistor, zero-capacitor 1T DRAM cell has been a topic of research since the lates. This scheme permits comparison of DRAM size over different process technology generations, as DRAM cell area scales at linear or near-linear rates over.

This document is stored as a file on your hard disk drive, but while you are working on it, the file is loaded into the main memory so you can work faster. Even though you don't interact with your system's RAM directly, it's working behind the scenes to speed up file access and provide temporary storage: Depending on the motherboard, there may be two to four memory slots sometimes more on high-end motherboards and are what determine the type of RAM used with the computer.

Reading Files

What is the function of RAM memory slots? The horizontal wire, the wordline, is connected to the gate terminal of every access transistor in its row.

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The physical layout of the DRAM cells in an array is typically designed so that two adjacent DRAM cells in a column share a single bitline contact to reduce their area. When you open the document you were working on, it contains none of your work from the last 20 minutes - gone! The file on your hard disk drive is the version you last saved and does not contain those recent changes.

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The number of pins has also increased, from 30 pins in earlier modules to pins in modern versions. Alternatively, the capacitance can be increased by etching a deeper hole without any increase to surface area Kenner, pg. DRAM is one option of semiconductor memory that a system designer can use when building a computer.

Trench capacitors have numerous advantages. The advantage the COB variant possesses is the ease of fabricating the contact between the bitline and the access transistor's source as it is physically close to the substrate surface.


DRAM cells featuring capacitors above the substrate are referred to as stacked or folded plate capacitors; whereas those with capacitors buried beneath the substrate surface are referred to as trench capacitors.

A computers Random Access Memory stores data for short-term use. The transistor acts as a switch to read the state of the capacitor or to change its state. You are working on your computer, start a new document, and save it on your hard drive.

You start typing away and about 20 minutes later, the power to your computer is disconnected - perhaps a power failure or somebody tripped over your power cord. A second performance advantage relates to the 3T1C cell has separate transistors for reading and writing; the memory controller can exploit this feature to perform atomic read-modify-writes, where a value is read, modified, and then written back as a single, indivisible operation Jacob, p.