Looking for an online tool to convert binary code to text, or text to binary code? Discover the tool that encodes and decodes both
With the advancement of technology, communication has become increasingly important in our daily lives. And one of the most common forms of communication is through texts, whether in messages, emails, documents and many others.
However, sometimes you need to transmit a message more securely or even encrypted. In these cases, one option is to convert the text to binary code, which is a sequence of zeros and ones that represent the text characters.
With that in mind, we developed a binary to JavaScript code converter, which allows you to convert both binary to text and text to binary.
Summary
Binary Code Converter
The operation of the converter is quite simple: just insert the binary code or the text you want to convert in the appropriate field and click on the “Convert” button. The result will be displayed in an output field.
How does the binary code converter work?
The converter code is based on regular expressions, which check if the binary code is valid, and on the use of the method String.fromCharCode to convert binary code into text and charCodeAt to convert text into binary code.
Also, to make the user experience more pleasant, we increased the size of the text fields to allow the insertion of longer messages.
With this binary code converter, you can transmit messages more securely and encrypted, which can be useful in a variety of situations, from sensitive communications to guessing games with friends.
Be sure to give our converter a try and share it with your friends so that they too can enjoy this useful and fun tool!
How does binary code work?
Binary code is a numbering system that uses only two digits, 0 and 1, to represent information. This numbering base is base 2, while the decimal system we are more used to using is based on base 10.
The binary system is very important in computing, as it is used by machines to represent information and instructions. As computer electronics are based on circuits that can be on or off, that is, in state 0 or 1, the binary system becomes a natural way to represent this information.
Binary code is useful for transmitting information securely and encrypted. This is because binary code is not easily readable by human beings and therefore special knowledge and tools are needed to convert it to text.
In addition, binary code is used in several areas of computing, from software programming to the transmission of information over the internet. For example, when you send a WhatsApp message, it is converted into binary code before being transmitted to the server and then converted back to text to be displayed on your mobile screen.
In summary, binary code is a fundamental foundation in computing and is very useful for transmitting information securely and encrypted.
Binary code table
Each letter of the alphabet can be represented in binary code by a sequence of 8 bits, also known as a byte. Below is a table with uppercase and lowercase letters of the alphabet, along with their respective binary code:
| Letter | Capital | Tiny |
|---|---|---|
| A | 01000001 | 01100001 |
| B | 01000010 | 01100010 |
| W | 01000011 | 01100011 |
| D | 01000100 | 01100100 |
| AND | 01000101 | 01100101 |
| F | 01000110 | 01100110 |
| G | 01000111 | 01100111 |
| H | 01001000 | 01101000 |
| I | 01001001 | 01101001 |
| J | 01001010 | 01101010 |
| K | 01001011 | 01101011 |
| L | 01001100 | 01101100 |
| M | 01001101 | 01101101 |
| No | 01001110 | 01101110 |
| O | 01001111 | 01101111 |
| P | 01010000 | 01110000 |
| Q | 01010001 | 01110001 |
| R | 01010010 | 01110010 |
| s | 01010011 | 01110011 |
| T | 01010100 | 01110100 |
| U | 01010101 | 01110101 |
| V | 01010110 | 01110110 |
| W | 01010111 | 01110111 |
| X | 01011000 | 01111000 |
| y | 01011001 | 01111001 |
| Z | 01011010 | 01111010 |
Each of the numbers 0 and 1 in the column "Binary code" represents a bit, and a letter of the alphabet in binary code has 8 bits, that is, a sequence of 0's and 1's with 8 elements.
