Different Types of Memory in Microcontroller : Flash Memory, SRAM and EEPROM

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In this video, different types of memory in the Microcontroller has been discussed.

In modern day microcontrollers, you will find three different types of memories.
1) Flash Memory
2) SRAM
3) EEPROM

Flash Memory: It is a Non-Volatile type of memory and it used as program memory inside the microcontroller. It is one type of EEPROM or we can say that it is a subset of EEPROM.

So, in most microcontrollers, NOR Flash is used as program memory.
This NOR flash can support byte or word-wise read and write operations but erase operation is performed block-wise.(entire block of data is erased at a time)

Because of its certain advantages like faster read time, high density and low power consumption, it is preferred as a Program memory in Microcontrollers.

Typical write or erase operation can be performed on this flash memory is in the range of 10 K to 100 K.

SRAM:
SRAM is used as data memory in the microcontroller. It is a Volatile memory.
It is fastest among all available memory, so it provides a good read and writes speed, and that is why it is used as data memory in the microcontroller.

EEPROM:
It is Electrically Erasable and Programable ROM. In early days, this EEPROM was used as a program memory in microcontrollers. But nowadays, it is used as a data memory inside the microcontroller.

This EEPROM supports byte-wise read, write and erase operations.

This EEPROM can be used to store important data, (Sensor Log or status variables) in the program.

The typical write/erase cycles supported by today's EEPROM is in the range of 100 K to 500K.

The timestamps for the different topics in the video are given below:

2:08 Program Memory: Evolution of different program memories in Microcontrollers.

5:35 Data Memory in Microcontroller: SRAM and EEPROM

This video will be helpful to all students of science and engineering in understanding the various memories inside the microcontrollers.

#TypesofMemory
#Microcontroller
#FlashMemory
#SRAM
#EEPROM

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For small doubt I wasted 2hrs, then I found this video, all clarity I needed, thanks 🙏🙏

neerja
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Best explanation so far... Subscribed instantanious. Well done👌

svenprigann
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Thank you very much, really a great explanation!

NamHo-sedq
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Thanks a lot for sharing the video:)..now i completely understood

vijaykumarkari
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Beautifully explained.
A very well made video !!

SaadAli-szhf
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Very neatly presented ..thnk you sir ❤️

prakhyathmunna
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Excelent video....thank you very much! :)

iwonazwierzynska
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such an excellent explanation sir thank you very much thank you for clearing my concepts ... keep it keep uploading the videos and i have a request please upload the videos on AVR'S DATA MEMORY PLZZZZ

shanzatariq
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Thank you! The STM32F401 dev board has no EEPROM; what does it imply sir? What happens if I power down or reset the microcontroller?

remelionn
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thanks a lot very professional explained in short time
two days ago i have lecture about memory in microcontroller in university
i used your video as references
I got A+
thanksss a

sayancg
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just one question, at 4:20. does the individual rectangle represent one register in the block?

MrPritz
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All bases covered, Great tutorial, keep up the good work :)

abhisheknath
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Why EEPROM has more Lifecycles if EEPROM use Hot-carrier injection when write, and FLASH use Quantum tunnelling ?
Does Quantum tunnelling give less damages ?

botsynth
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such a beautiful and to the point video series...sir it is a request to kindly resume this series...i am looking forward for it

cashcow
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Your videos are more understandable.
Please make more and more videos🙂
Please don't stop to making videos😥

lexxatech
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Thanks for your excellent explanation!!!

hlxhbhn