Arduino Memory Measurement & Voltage Mapping Explained | By Rudra Sir | EP 2 | In Odia

[00:00:04]Mind IoT robotics Digital working number D3 multiple types.

[00:00:45]protocol, I2C number SS, I2 discussion discussion I Kingdal Then working full storage memory.

[00:02:08]working memory temporary memory temporary memory WP electrical, erasable, programmable, read only memory.

[00:02:55]Permanent memory.

[00:02:58]Permanent memory. Totally.

[00:03:11]Dat Communication protocol SPI2 C. Next one by one bital four bital one Beat one bite.

[00:04:37]Yal 8 bit 1 kilobal 24 by 1 kilob firstigital pins Analogens to microcontroller digital analog analog to digital converter. Analog to digital converter working.

[00:05:34]Temperature temperature.

[00:06:03]38° Temperature supply 2 volt 5 vol 1.5 volt 2.5 voli 3.5 voli to 02 0.12 2 vol two analog to digital microcontrollig.

[00:07:15]Microcontroller 1042424 byite AB same Analog 10 bit AB R 10 bit AB means one.5 channel.

[00:08:13]Analog 22 4 1 2 Analog ADC value.

[00:08:48]024 1 2 3 1 2 1 1 Then 1 kilobal 1.5 2.5 vol 3.5 voltage mapping.

[00:09:40]Voltage mapping. Voltage mapping 224 2 1 2 the 10 1 2 3 volage value 1023 1023 81 9 614 512 410 20 volt In voltage One example reference voltage reference voltage temperature analog voltage Total volence input voltage divided by reference voltage into 10 23 1 2 3 ADC reference ADC reference ADC reference value 1023 49 49 0 to 49 41.5.2 2. Say 3 vol 614 81 9 1 0 2 A4 ADC analog to digital converter value.

[00:12:58]A Z, A1, A2, A3, A4, A5, S data.

[00:13:21]analysis. Serial data analysis/ serial clock line data analysis Pin SD clock speed Fore analog input.

[00:14:45]or output pin.

[00:14:50]A 02 Aigun protocol.

[00:15:18]3.3 vol ground Input voltage pin supply.3 volunication protocol Data transatis microcontroll Next.

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