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thank you for start with بسم الله الرحمان الرحیم

Hi , many thanks for this. Is it possible to contact you?

this video was very much helpful may Allah swt reward you akhi

Thankyou sir ❤

Thank you for your tutorials!

I had trouble understanding this part of my computer architecture class until I found your video. It is finally very clear now, this video was very helpful thank you so much!

Great lecture sir❤

Thanks sir

The increment operation should convert 5679H to 5680H right?? Why decremented to 5678H ?🤔

Dear Sir, Firstly, I want to thank you for your time and effort you have put into these videos. It clearly shoes through, and they have been equally helpful. Also, are there any videos on CCP and ECCP? x

thanks after this video i am now able to run the code on visual studio. i would like to write a program where i calculate the greatest common divisior of two numbers in x86 assembly and i have to use the Euclidean algorithm. i would appreciate it if you would help me with that.

thanks sir

Informatiove its my exam and you are going to help me....❤😊

Urdu me

life saver my allah bless you man and give you what you want

King 👑

i love you bro, thankyou

Thanks😊👍

in my lessons the code is written as (SBC) ,is it the same?

thank you

Looks like window xp wallpaper 🏝️

I am using PIC18F25K80 contain 12bit adc as a single ended operation to measure 0 ~ 25mA dc signal from sensor with the help of a shunt resistor 200E across it & a 100E series resistor to AN0. Use a filter capacitor 100pf from AN0 to ground. ADC Configuation : Set Vref+ = AVdd = +5V & Vref- = AVss. External crystal (HS) used = 11.0592MHz (for different baud rates at tx, rx data transfer) Select Tad = 16Tosc = 1.45usec (0.8usec min ~ 12.5usec max as Fosc = 11.0592MHz from table 31-26 ic datasheet) & Tacq = 4Tad = 5.79usec (min 1.4usec from table 31-26 ic datasheet) # Is that require any delay function more within ADC_read() after Tad & Tacq assigned ? # How many average value should count for this ? When i/p signal grounded or open ckted adc error value 9 arises & it gradually reduces to 0 when measure 7mA onwards. Hence readings in mA after 2 decimal places is accurate beyond 7mA. #Is that ADC gain error ? Any Solution. This ADC_read() called from main() within while{} infinite loop each after delay_ms(3) uint16_t ADC_read(unsigned char channel) { volatile uint32_t intans_value = 0; volatile uint16_t avg_output = 0; // ************** here code for channel select AN0 from ADCON0 Reg **************** ADCON0bits.ADON=1; // bit 0 A/D Converter module 0 for disabled & 1 is enabled // __delay_us(10); // Wait settling time Tamp (should be around 200 ns from datasheet Equation 23-3:) for (uint8_t ct=0; ct < 32; ct++) // average count for 32 times { ADCON0bits.GO_nDONE = 1; // start conversion NOP(); // always one instruction after setting bit GO (MicroChip recommandation) // __delay_us(3); // After the A/D conversion is completed or aborted, a 2Tad = 2.9usec to wait // ************************************ Acquisition time ******************************************** while (ADCON0bits.GO_nDONE) // wait for conversion 0 when completed ie, Wait for A/D Conversion to complete { } //__delay_us(3); intans_value = intans_value + (uint16_t) (ADRESH<<8) + ADRESL; // Store 10-bit output into a 16-bit variable } // Turn off the ADC module ADCON0bits.ADON = 0; avg_output = (uint16_t) ( (intans_value >> 5) & 0x0000FFFF); // use SHIFT to divide by 32 to avoid use of maths.h return(avg_output); }

Excellent work. Much appreciated.

thank you for a clear explanation. Much appreciated.👍

cd14-2508=A81c nhi hoga kia? 1-0=1???

GREAT METHOD OF TEACHING

Sir 21 locations

Can someone tell me why 03 is at address 01006 and D8 at 01007? I am unable to understand the thing at address different from data.

Very clear explanations. Thank youu!

Can you share the link for theory part

What is the Difference Between SUBFWB and SUBWFB instruction set?

Sir, you have written MOV [DI], AX. This means that we are transferring 2 bytes of data into the memory. So we are storing data in 2 memory locations (Lower byte Lower Address and Higher Byte Higher Address). Initially, when we are storing 0000H into memory, 00H is stored in 03000H and 00H is stored in 03001H. Later when AX becomes 0002H, Following the above rule, we store 02H in 03001H and 00H in 03002H. This process continues for all the numbers and finally we are storing 00H again in 03005H. To avoid storing this extra data, we can simply use AL to store our even numbers. Thank you.

M jerks

Esta genial bro muchas gracias :) Thanks man i understood :)

thanks

Wa alaikum assalam wa rahmatullaahi wa barakaatuh!

Thanks a lot

Hello sir please send me your contact number

SIR bl kyu use krtey haey ?

Thak you man ❤❤

Great sir, thank you

thank you

thank you for everything sir

I love your teaching...but aik joke ho gaya ke wahi jagah dobara mov ke badle second time bhi by mistake first time kuch aur hi type hua tha...😂😂😂...love you bro

The way you teach, sir, both in class and here, is clearly understandable. In my life, you are the only lecturer who teaches without slides.

Indians speaking emglish sounds very ridiculous, next time use subtitles, or remove anything below your tonge, the world will thank you.

Right

Thank you bro

Thanks buddy

Thankyou so much for the complete series, I have watched the complete series 2 days before the exam, it helped me alot, love from India