Decimal to Text
Free Decimal to Text Converter - Decode ASCII and Unicode code points to text
In this post, we'll introduce you to a free decimal-to-text converter. This converter can be used to decode Ascii and Unicode code points to text. It can also be used to decode Unicode code that references text.
What is ASCII?
ASCII is a code for representing English characters as numbers, assigning each letter a number from 0 to 127. For example, the ASCII code for uppercase M is 77 and lowercase m is 109. ASCII is actually a very limited character set, containing only English letters and a few common symbols. Unicode is a much larger character set that encompasses virtually all the languages of the world.
What is Unicode?
Unicode is a character encoding standard that allows characters from all over the world to be represented by a single code point. This makes it possible to store and exchange text in any language, regardless of the alphabet used.
ASCII versus Unicode
There are two main types of encoding standards: ASCII and Unicode. ASCII is the older of the two standards and uses a 7-bit code to represent characters. This means that there are only 128 possible characters that ASCII can display. Unicode, on the other hand, uses a variable length code that can represent up to 1,114,112 different characters. This means that Unicode can represent almost any character from any language.
What is an ASCII code point?
An ASCII code point is a numeric code that represents a character in ASCII encoding. In ASCII, each character is represented by a 7-bit code. The code point for the character 'A' is 65, 'B' is 66, and so on.
The ASCII Code Point Table
The ASCII code point table is a standard way of representing characters in a text document. Code points are assigned to characters to uniquely identify them. In the ASCII code point table, each character is represented by a number between 0 and 255. This number can be used to look up the character in a text editor or other program.
binary | decimal | hex | character/abbreviation | explain |
---|---|---|---|---|
00000000 | 0 | 00 | NULL (NULL) | null character |
00000001 | 1 | 01 | SOH (Start Of Headling) | title starts |
00000010 | 2 | 02 | STX (Start Of Text) | text begins |
00000011 | 3 | 03 | ETX (End Of Text) | end of text |
00000100 | 4 | 04 | EOT (End Of Transmission) | end of transmission |
00000101 | 5 | 05 | ENQ (Enquiry) | ask |
00000110 | 6 | 06 | ACK (Acknowledge) | respond/respond/receive notification |
00000111 | 7 | 07 | BEL (Bell) | bell |
00001000 | 8 | 08 | BS (Backspace) | backspace |
00001001 | 9 | 09 | HT (Horizontal Tab) | horizontal tab |
00001010 | 10 | 0A | LF/NL(Line Feed/New Line) | newline key |
00001011 | 11 | 0B | VT (Vertical Tab) | vertical tab |
00001100 | 12 | 0C | FF/NP (Form Feed/New Page) | form key |
00001101 | 13 | 0D | CR (Carriage Return) | enter |
00001110 | 14 | 0E | SO (Shift Out) | no need to switch |
00001111 | 15 | 0F | SI (Shift In) | Enable toggle |
00010000 | 16 | 10 | DLE (Data Link Escape) | data link escape |
00010001 | 17 | 11 | DC1/XON (Device Control 1/Transmission On) |
Device Control 1/Transfer Start |
00010010 | 18 | 12 | DC2 (Device Control 2) | Device Control 2 |
00010011 | 19 | 13 | DC3/XOFF (Device Control 3/Transmission Off) |
Device Control 3/Transfer Interruption |
00010100 | 20 | 14 | DC4 (Device Control 4) | Device Control 4 |
00010101 | twenty one | 15 | NAK (Negative Acknowledge) | No response/abnormal response/rejection |
00010110 | twenty two | 16 | SYN (Synchronous Idle) | Sync idle |
00010111 | twenty three | 17 | ETB (End of Transmission Block) | Transfer Block End/Block Transfer Terminated |
00011000 | twenty four | 18 | CAN (Cancel) | Cancel |
00011001 | 25 | 19 | EM (End of Medium) | End of media reached/Media storage full/Media interrupted |
00011010 | 26 | 1A | SUB (Substitute) | Substitute/replace |
00011011 | 27 | 1B | ESC (Escape) | escape/cancel |
00011100 | 28 | 1C | FS (File Separator) | file separator |
00011101 | 29 | 1D | GS (Group Separator) | group separator/grouping character |
00011110 | 30 | 1E | RS (Record Separator) | record separator |
00011111 | 31 | 1F | US (Unit Separator) | unit separator |
00100000 | 32 | 20 | (Space) | space |
00100001 | 33 | twenty one | ! | |
00100010 | 34 | twenty two | " | |
00100011 | 35 | twenty three | # | |
00100100 | 36 | twenty four | $ | |
00100101 | 37 | 25 | % | |
00100110 | 38 | 26 | & | |
00100111 | 39 | 27 | ' | |
00101000 | 40 | 28 | ( | |
00101001 | 41 | 29 | ) | |
00101010 | 42 | 2A | * | |
00101011 | 43 | 2B | + | |
00101100 | 44 | 2C | , | |
00101101 | 45 | 2D | - | |
00101110 | 46 | 2E | . | |
00101111 | 47 | 2F | / | |
00110000 | 48 | 30 | 0 | |
00110001 | 49 | 31 | 1 | |
00110010 | 50 | 32 | 2 | |
00110011 | 51 | 33 | 3 | |
00110100 | 52 | 34 | 4 | |
00110101 | 53 | 35 | 5 | |
00110110 | 54 | 36 | 6 | |
00110111 | 55 | 37 | 7 | |
00111000 | 56 | 38 | 8 | |
00111001 | 57 | 39 | 9 | |
00111010 | 58 | 3A | : | |
00111011 | 59 | 3B | ; | |
00111100 | 60 | 3C | < | |
00111101 | 61 | 3D | = | |
00111110 | 62 | 3E | > | |
00111111 | 63 | 3F | ? | |
01000000 | 64 | 40 | @ | |
01000001 | 65 | 41 | A | |
01000010 | 66 | 42 | B | |
01000011 | 67 | 43 | C | |
01000100 | 68 | 44 | D | |
01000101 | 69 | 45 | AND | |
01000110 | 70 | 46 | F | |
01000111 | 71 | 47 | G | |
01001000 | 72 | 48 | H | |
01001001 | 73 | 49 | I | |
01001010 | 74 | 4A | J | |
01001011 | 75 | 4B | K | |
01001100 | 76 | 4C | L | |
01001101 | 77 | 4D | M | |
01001110 | 78 | 4E | N | |
01001111 | 79 | 4F | O | |
01010000 | 80 | 50 | P | |
01010001 | 81 | 51 | Q | |
01010010 | 82 | 52 | R | |
01010011 | 83 | 53 | S | |
01010100 | 84 | 54 | T | |
01010101 | 85 | 55 | IN | |
01010110 | 86 | 56 | IN | |
01010111 | 87 | 57 | In | |
01011000 | 88 | 58 | X | |
01011001 | 89 | 59 | Y | |
01011010 | 90 | 5A | FROM | |
01011011 | 91 | 5B | [ | |
01011100 | 92 | 5C | \ | |
01011101 | 93 | 5D | ] | |
01011110 | 94 | 5E | ^ | |
01011111 | 95 | 5F | _ | |
01100000 | 96 | 60 | ` | |
01100001 | 97 | 61 | a | |
01100010 | 98 | 62 | b | |
01100011 | 99 | 63 | c | |
01100100 | 100 | 64 | d | |
01100101 | 101 | 65 | and | |
01100110 | 102 | 66 | f | |
01100111 | 103 | 67 | g | |
01101000 | 104 | 68 | h | |
01101001 | 105 | 69 | i | |
01101010 | 106 | 6A | j | |
01101011 | 107 | 6B | k | |
01101100 | 108 | 6C | l | |
01101101 | 109 | 6D | m | |
01101110 | 110 | 6E | n | |
01101111 | 111 | 6F | O | |
01110000 | 112 | 70 | p | |
01110001 | 113 | 71 | q | |
01110010 | 114 | 72 | r | |
01110011 | 115 | 73 | s | |
01110100 | 116 | 74 | t | |
01110101 | 117 | 75 | in | |
01110110 | 118 | 76 | in | |
01110111 | 119 | 77 | in | |
01111000 | 120 | 78 | x | |
01111001 | 121 | 79 | Y | |
01111010 | 122 | 7A | With | |
01111011 | 123 | 7B | { | |
01111100 | 124 | 7C | | | |
01111101 | 125 | 7D | } | |
01111110 | 126 | 7E | ~ | |
01111111 | 127 | 7F | DEL (Delete) | delete |
What is a Unicode code point?
To understand code points, it is first necessary to understand character encoding. Character encoding is a system that associates characters with numbers so that they can be stored in digital form. There are many different character encodings, but the two most common are ASCII and Unicode.
ASCII uses a 7-bit code and can therefore represent 128 different characters. Unicode, on the other hand, uses a variable length code and can represent over a million different characters. Since Unicode contains all characters in ASCII, as well as many other characters from around the world, it has become the standard for character encoding.
A code point is simply a number that represents a character.In Unicode, each character is assigned a unique code point. For example, the code point for the letter "A" is U+0041. Code points are usually written in hexadecimal (base 16) format so that they are easy to read and identify.
You will often see code points called "characters" or "glyphs". This can be confusing, but it just means that a code point represents a particular character - it doesn't necessarily mean that the code point itself is the actual character you see on screen or in print. For example, the letter "A" can be represented by several different code points, depending on which font is used. So although all these code points have the same character "A", they may look different when displayed.
The Unicode Code Point Table
The Unicode code point table is an assignment of numeric code points to characters. In Unicode, each character has a code point, a unique number that identifies the character. The code point table is used to look up the character corresponding to a particular code point.
Code points are usually represented in hexadecimal form, with each code point being four digits long. For example, the code point for the letter A is 0041 and the code point for the euro sign is 20AC.
To find the character that corresponds to a particular code point, simply look up the code point in the table. For example, if you want to find the character that corresponds to 0041, look up 0041 in the table and you will see that it corresponds to the letter A.
What is a decimal to text converter?
A decimal-to-text converter is a tool that can be used to convert any character into a string of text. In coding standards such as ascii and unicode, each character can be represented by a numeric code point. This conversion can be useful when you want to send text messages or email with non-standard characters.
How does it work?
To use this free decimal-to-text converter, you need to enter the desired decimal code points in the field provided. Once you have done this, the converter will output the corresponding text. It is important to note that in both ascii and unicode encoding standards, any character can be represented by a numeric code point. However, the number of code points available in unicode is much greater than that of ascii, meaning there are more characters that can be represented in unicode. As such, this converter can handle both ascii and unicode code points.
How to use a decimal to text converter
If you want to convert decimal to text, you can use a free decimal to text converter. This tool allows you to decode Ascii and Unicode code points to text. This converter also allows you to decode Unicode code points that refer to text.
What are the benefits of using a decimal to text converter?
When displaying text in digital form, there are a few different encoding standards that can be used. One is ASCII, which uses the numbers 0-127 to represent all characters in the English language. Another common standard is Unicode, which can display a much wider range of characters and support many different languages.
Decimal-to-text converters can be used to convert code points from any of these standards into human-readable text. This can be useful when dealing with data encoded with an unknown standard, or when troubleshooting code errors.In addition, some applications may only accept input in one of these formats, so a converter can be used to resize the data before entering it.
Tips for Using a Decimal to Text Converter
If you want to convert decimal to text, there are a few things to keep in mind. First, make sure you use a reliable converter. There are many free online converters, but not all of them are equally accurate. Once you have found a reliable converter, just enter the decimal code into the converter and click 'convert'. The converter then generates the corresponding text.
It is important to note that not all decimal code points correspond to text characters. In some cases, the code point may represent an encoding instruction or other non-printable character. That's why it's important to know what you're converting before you start. If you're not sure what the code point represents, a quick Google search can often help.
Finally, keep in mind that some characters may be represented by multiple code points. For example, the letter "A" can be represented by both "65" and "41" in ASCII. When converting decimal to text, check for possible alternate representations to ensure accuracy.
Conclusion
With this free decimal to text converter, you can quickly decode any ascii or unicode code point to text. This is especially useful for understanding how different characters are represented in different encoding standards. Simply enter the code point and click "decode" to get started.
David Miller
CEO / Co-Founder
Our mission is to provide 100% free online tools useful for different situations. Whether you need to work with text, images, numbers or web tools, we've got you covered. We are committed to providing useful and easy-to-use tools to make your life easier.