Easy Methods of Number System Conversions for Digital Electronics Assignment

Are you looking for the easiest ways for converting the number from one base to another? Well, here is the most efficient way for the number system conversion.

Got number system conversions in your digital electronics assignment? Or, do you need to convert the numbers from one base to another in order to make them feasible for digital electronics devices? If the answer is yes, then you must be definitely looking for the easiest and understandable method for doing this task. However, if you’re facing too many issues or the submission deadline is closer, then it is highly suggested to take help from online digital electronics assignments immediately. Now, coming back to the main point, let’s learn the easiest method for number system conversions. Let’s, first of all, learn the bases associated with the number systems.

  

 

 

Now, let’s directly move towards learning the way for converting the number from one base to another in order to use them in assignment writing.

 

1. Decimal to Binary

 

For converting a decimal number to binary, let’s look at the relevant steps which you need to follow.

 

Step 1 - Divide the decimal number with 2 and note the remainder.

 

Step 2 - Repeat step one till the dividend is 0 or 1.

 

Step 3 - Then, write the remainder obtained from the last to first order.

 

For understanding the above steps better, look at the example below.

 

Example

 

(17)₁₀ = (?)₂

 

Solution : 

 

Therefore, (17)₁₀ = (10001)₂

 

 

 

2. Binary to Decimal

 

For converting a binary number to the decimal number, let’s learn the following steps:-

 

Step 1 - Count the digits in the given binary number.

 

Step 2 - Write the number 2 as per the total count of the binary digits. Like, if there are 3 digits in the binary, then write the number 2 three times.

 

Step 3 - Then, list the power on those 2 in reverse order starting from 0.

 

Step 4 - Calculate the value of the powers indifferently.

 

Step 5 - Write the result corresponding to their binary number.

 

Step 6 - Add the values corresponding to the binary digit 1 and ignore the values corresponding to 0.

 

For understanding the above steps better, look at the example below.

 

Example

 

(10011011)₂ = (?)₁₀        

 

 

 

 

 

 

Therefore, (10011011)₂ = (155)₁₀

 

These were the two easiest methods for converting the numbers from one base to another. Apply them while doing your digital electronics assignment to complete it faster and accurately. You can also use them while converting the number from one base to another in order to use it in the digital electronics devices.

 

Author's Note

Adam Jackson is an academic writer associated with Assignment Prime for 6 years. He’s known among students for writing the best online digital marketing assignments. His hobbies are bird watching and playing chess.