Electrically Erasable Programmable Read Only Memory Explanation: Detailed Solution is a specific type of non-volatile memory used in computers and other electronic devices to store small amounts of data. 1. Full Form Breakdown The acronym stands for: E : Electrically E : Erasable P : Programmable R : Read O : Only M : Memory 2. Key Characteristics Non-volatile: It retains stored data even when the power is turned off. Electrical Erasability: Unlike (which requires Ultra-Violet light to erase), can be erased and reprogrammed using an electrical charge. Byte-level access: Data can be erased and written one byte at a time, which makes it more flexible than Flash memory (which usually erases data in blocks). Limited Life: It has a finite number of write cycles (usually between to cycles). 3. Comparison with other ROMs Type of ROM Full Form How is it Erased?

How do I solve NIMCET 2013 Computer questions?

Practice NIMCET 2013 Computer previous year questions with step-by-step solutions on Mathem Solvex. Each question includes a detailed explanation and video solution to help you master the concept quickly.

What is the difficulty level of NIMCET Computer questions?

NIMCET Computer questions range from moderate to advanced difficulty. Consistent practice with official previous year papers and topic-wise drills on Mathem Solvex is the most effective preparation strategy.

Are NIMCET previous year papers available for free?

Yes. Mathem Solvex provides free access to NIMCET previous year question papers and topic-wise PDFs. You can download them or attempt them as timed live mock tests directly on the platform.

NIMCET 2013 Computer PYQ — Acronym of is:… | Mathem Solvex

+91 99359 65550 contact@maarula.in

Mathem Solvex

Get the solution of every question

Preparing for Excellence...

NIMCET 2013 Computer PYQ — Acronym of is:… | Mathem Solvex | Mathem Solvex

Explanation

Detailed Solution

$EEPROM$ is a specific type of non-volatile memory used in computers and other electronic devices to store small amounts of data.

1. Full Form Breakdown

The acronym $EEPROM$ stands for:

E: Electrically

E: Erasable

P: Programmable

R: Read

O: Only

M: Memory

2. Key Characteristics

Non-volatile: It retains stored data even when the power is turned off.

Electrical Erasability: Unlike $EPROM$ (which requires Ultra-Violet light to erase), $EEPROM$ can be erased and reprogrammed using an electrical charge.

Byte-level access: Data can be erased and written one byte at a time, which makes it more flexible than Flash memory (which usually erases data in blocks).

Limited Life: It has a finite number of write cycles (usually between $10,000$ to $1,000,000$ cycles).

3. Comparison with other ROMs

Type of ROM Full Form How is it Erased?

PROM Programmable $ROM$ Cannot be erased (write once)

EPROM Erasable Programmable $ROM$ Using Ultraviolet ( $UV$ ) light

EEPROM Electrically Erasable Programmable $ROM$ Using Electrical signals

Mathem Solvex

NIMCET 2013 — Computer PYQ

Choose the correct answer:

Explanation

Detailed Solution

1. Full Form Breakdown

2. Key Characteristics

3. Comparison with other ROMs

Explanation

Detailed Solution

1. Full Form Breakdown

2. Key Characteristics

3. Comparison with other ROMs

Type of ROM	Full Form	How is it Erased?
PROM	Programmable $ROM$	Cannot be erased (write once)
EPROM	Erasable Programmable $ROM$	Using Ultraviolet ( $UV$ ) light
EEPROM	Electrically Erasable Programmable $ROM$	Using Electrical signals