You might not have heard about the binary numbering system but you are using it in your daily life. Most of all the electronic systems use a binary numbering system to send and receive instruction from the processor. And web developers use a binary translator to program these systems.
Before getting into the detail, first of all, discuss what is a binary number and what is a binary translator?
A binary number is a two-bit number that is represented in just zeros and ones. In a typical electronic system, zero means that the current cannot pass through that gate, and 1 means that the current can pass from that gate. Since these numbers contain just zeros and ones, it becomes next to impossible for humans to understand the binary numbers and give an instruction to the processor.
For that reason, many developers use a binary translator to convert binary to text and for binary code translation. Whenever an instruction needs to send to the processor, it needs to be sent in the binary number. While programming a machine, developers often develop a binary translator when a user wants to send an instruction to the machine.
For example, a binary translator tool gets the input in the text from the user and then converts it into a binary number. Once converted, it sends the binary number to the micro-processor and as soon as the binary translator receives a response from the microprocessor, it converts binary to text and then sends that text to the user.
Advantages of Binary Translator
– Electronic gates are the biggest advantage of a binary translator.
If you are familiar with electronics engineering, then you would probably know about the logic gates. As discussed above, electronic gates work on the zeros and one input. Popular logic gates are AND, OR, NOR, and many others. Along with that, many developers use the concept of a binary numbering system in the flag true or false. For example, many developers set the flag to true and once any operating is performed, then the flag automatically gets set to false.
The concept of true and false is as similar as the electronic gate. True is similar to the number 1 in binary and false is similar to 0 in the binary numbering system.
Many developers are preferring binary conversion for data encryption purposes. There are already many libraries available for data encryption right now but just to enhance security for a product, many developers prefer binary translation technique as a data encryption technique.
In this technique, developers convert a string of passwords to the binary number and then save it to the database. When they want to show it to a user, they convert that binary password to text and then show it to the users. In case a hacker hacks the system then they will get just the binary number of the encrypted password.
– Used by the supercomputer because binary is compact
As discussed, binary is a two-bit number that contains just zeros and ones. Though it becomes difficult to read for humans it occupies the least amount of space on a computer system. A hexadecimal number is just an advanced representation of a binary number but hexadecimal is a 16-bit number that is 8 times bigger than the binary. For that reason, many developers, prefer to use a binary number instead of a hex number.
– The binary translation is easy
Along with binary, there are many other numbering systems like hexadecimal, decimal, and octal. But, with the help of a binary translator, it becomes really easy for the developers to convert binary into all the other numbering systems.
So, these are the different ways a binary translator can help humans. If you want to make a career in the field of electronics or computer science, then learning the concepts of a binary translator is important. Do let us know if you have any questions after reading this article, we would be glad to help you.