Binary to Text

Manual conversion might be exhausting; instead, use a binary code translator

Every lengthy string or even an 8-bit code would require conversion to plain text, which would take time. Because a long line of numbers would only be translated into a few words in a text, translating a length of code into text can be terrifying. However, using an online binary-to-text converter can make this simple.

Computers are the primary users of and interpreters of binary code. It is effective in transmitting commands to the computer. The binary decoder is used when a computer or other electronic equipment outputs results in binary form and needs to be converted to text. Electronic gadgets utilize a binary decoder to convert binary digits into any human-readable language because binary numbers are complex for humans to grasp (English text) a few binary integers with their meanings in written form (ASCII)

How Do Binary Numbers Conversion Work?

A binary number is expressed in the base of two numerical values in digital electronics. That is (0, 1). The computer interprets these bits as On and Off (0 as off/false & 1 as on/accurate). Bit stands for "Binary digIT" in the digital world. In a computer system, the bit is the smallest data unit used to represent a single binary value, either 0 or 1. A single text character is encoded using a combination of 8 bits, or a byte, equivalent to 8 bits.

Representation of the text (M) corresponding to the binary value (01001101) in eight (bit) switches.

Human language is incomprehensible to computers, while humans typically do not understand binary language (0,1). So, how do we get our commands to the computer? So that we can readily grasp it, we need a tool that can translate human language into binary digits or numerals into plain text. SST provides a terrific free tool that can solve a binary language code into text that is simple enough for people to read and print.

Make Certain You Enter The Correct Code In The Binary Translator

Ensure you enter the correct binary number in the binary translator for proper English text. You can reduce some of the anxiety associated with learning the binary system by using a binary to English text converter. However, for our converter to produce an appropriate result, you must ensure that the correct code is inputted from you. Know that every letter in the word corresponds to a different binary value. In binary, it is just impossible to memorize what each letter means. This is why you require a flexible, incredibly effective binary-to-plain text translator like ours. Although these protocols are necessary for computers to operate, they need to be understood, especially if you have no prior expertise with coding. Binary coding has become simple with the use of technologies that can help with data encoding and decoding. Use our binary-to-text translator right now to get accurate results.

How to Change a Binary File into Text?

Text to binary ASCII code conversion:

  1. Obtain a binary byte
  2. Decimal to binary conversion
  3. Take a character from the ASCII table.
  4. Go on to the following byte.

An example of converting binary ASCII code "01010000 01101100 01100001 01101110 01110100 00100000 01110100 01110010 01100101 01110011" to text:

Solution:

To extract characters from the ASCII code, use the ASCII table.

010100002 = 26+24 = 64+16 = 80 => "P"

011011002 = 26+25+23+22 = 64+32+8+4 = 108 => "l"

011000012 = 26+25+20 = 64+32+1 = 97 => "a"

You should receive the text "Play Ground" for all the binary bytes.

Binary Numbers To ASCII Characters Conversion Table

 
Binary Text (ASCII)
00000000 NUL
00000001 SOH
00000010 STX
00000011 ETX
00000100 EOT
00000101 ENQ
00000110 ACK
00000111 BEL
00001000 BS
00001001 HT
00001010 LF
00001011 VT
00001100 FF
00001101 CR
00001110 SO
00001111 SI
00010000 DLE
00010001 DC1
00010010 DC2
00010011 DC3
00010100 DC4
00010101 NAK
00010110 SYN
00010111 ETB
00011000 CAN
00011001 EM
00011010 SUB
00011011 ESC
00011100 FS
00011101 GS
00011110 RS
00011111 US
00100000 Space
00100001 !
00100010 "
00100011 #
00100100 $
00100101 %
00100110 &
00100111 '
00101000 (
00101001 )
00101010 *
00101011 +
00101101 -
00101110 .
00101111 /
00110000 0
00110001 1
00110010 2
00110011 3
00110100 4
00110101 5
00110110 6
00110111 7
00111000 8
00111001 9
00111010 :
00111011 ;
00111100 <
00111101 =
00111110 >
00111111 ?
01000000 @
01000001 A
01000010 B
01000011 C
01000100 D
01000101 E
01000110 F
01000111 G
01001000 H
01001001 I
01001010 J
01001011 K
01001100 L
01001101 M
01001110 N
01001111 O
01010000 P
01010001 Q
01010010 R
01010011 S
01010100 T
01010101 U
01010110 V
01010111 W
01011000 X
01011001 Y
01011010 Z
01011011 [
01011100 \
01011101 ]
01011110 ^
01011111 _
01100000 `
01100001 a
01100010 b
01100011 c
01100100 d
01100101 e
01100110 f
01100111 g
01101000 h
01101001 i
01101010 j
01101011 k
01101100 l
01101101 m
01101110 n
01101111 o
01110000 p
01110001 q
01110010 r
01110011 s
01110100 t
01110101 u
01110110 v
01110111 w
01111000 x
01111001 y
01111010 z
01111011 {
01111100 |
01111101 }
01111110 ~
01111111 DEL
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