Text To Binary Converter

2
2
x
What is a Binary numeral system?

A binary numeral system is a base-2 numerical system used in digital electronics. It represents numbers using two values, 0 and 1. In this system, bits are read by the computer as "On" and "Off," where 0 represents the "Off" state & false and 1 represents the "On" state & true. The term "bit" stands for "Binary digITs." A bit is the smallest unit of data in a computer, representing a single binary value of 0, 1, or a combination of zero and one. A byte indicates a sequence of 8 bits used to encode one character.

Human language cannot be understood by the computer, and binary language (0,1) is usually incomprehensible by humans. So, how can our instructions be transmitted to the computer? To easily understand human language, we need a tool that can convert it into binary digits. Here's where our free tool, the text to binary converter, comes in handy. It allows you to convert ASCII text into binary code, following the ASCII code standards, which are widely used in electronic equipment as a standard for character sets.

What is a Text to Binary Converter?

To find out what the binary equivalent of an ASCII text is, you should use an online text to binary conversion tool. You can complete it in a matter of minutes.

Converting English text to binary allows you to send an encoded message that no random person would be able to read, thereby protecting sensitive information. By using our user-friendly text to binary converter tool, you can easily convert English letters to binary for free and without having to deal with unnecessary details or instructions. You do not need to install anything or have any expertise to use the tool. The only thing you need to do is provide your text, and the tool will swiftly convert it into binary codes in a few seconds.

Binary Translator: How to translate from Text to Binary?

You can use the best binary translator, our text to binary converter tool, to convert text to binary by following these simple steps:

  1. First, Ensure that the options for "Text" and "Binary" are selected.
  2. Now, Enter your English text in the input field.
  3. Click on the Convert button to initiate the conversion from Text to Binary value.
  4. The tool will then provide you with the Binary value of the given Text as a result.
  5. Finally, you can either reset or swap the options by clicking on the Reset and Swap buttons, respectively.

How do I manually convert text to binary?

To manually convert text to binary, there are two methods. While online conversion is simple and convenient, manual conversion becomes challenging as your text grows longer. Here are the steps for manual conversion of a single English letter to binary:

  1. Convert the text into ASCII values using an ASCII conversion table. For example, the lowercase letter "h" has an ASCII value of 104.
  2. Convert the ASCII value into binary using the decimal-to-binary conversion formula. In this example, 104 is equivalent to 1101000.
  3. Repeat the process for each letter in your text to obtain the binary strings.

However, manual conversion can be time-consuming and prone to errors. Utilizing our smart text to binary converter tool, you can quickly and easily convert text to binary code without any hassle.

Chart for Text to Binary conversion

Here is a chart showing the ASCII values and their corresponding binary representations:

ASCII
Character
Hexadecimal Binary
NUL 00 00000000
SOH 01 00000001
STX 02 00000010
ETX 03 00000011
EOT 04 00000100
ENQ 05 00000101
ACK 06 00000110
BEL 07 00000111
BS 08 00001000
HT 09 00001001
LF 0A 00001010
VT 0B 00001011
FF 0C 00001100
CR 0D 00001101
SO 0E 00001110
SI 0F 00001111
DLE 10 00010000
DC1 11 00010001
DC2 12 00010010
DC3 13 00010011
DC4 14 00010100
NAK 15 00010101
SYN 16 00010110
ETB 17 00010111
CAN 18 00011000
EM 19 00011001
SUB 1A 00011010
ESC 1B 00011011
FS 1C 00011100
GS 1D 00011101
RS 1E 00011110
US 1F 00011111
Space 20 00100000
! 21 00100001
" 22 00100010
# 23 00100011
$ 24 00100100
% 25 00100101
& 26 00100110
' 27 00100111
( 28 00101000
) 29 00101001
* 2A 00101010
+ 2B 00101011
, 2C 00101100
- 2D 00101101
. 2E 00101110
/ 2F 00101111
0 30 00110000
1 31 00110001
2 32 00110010
3 33 00110011
4 34 00110100
5 35 00110101
6 36 00110110
7 37 00110111
8 38 00111000
9 39 00111001
: 3A 00111010
; 3B 00111011
< 3C 00111100
= 3D 00111101
> 3E 00111110
? 3F 00111111
@ 40 01000000
A 41 01000001
B 42 01000010
C 43 01000011
D 44 01000100
E 45 01000101
F 46 01000110
G 47 01000111
H 48 01001000
I 49 01001001
J 4A 01001010
K 4B 01001011
L 4C 01001100
M 4D 01001101
N 4E 01001110
O 4F 01001111
P 50 01010000
Q 51 01010001
R 52 01010010
S 53 01010011
T 54 01010100
U 55 01010101
V 56 01010110
W 57 01010111
X 58 01011000
Y 59 01011001
Z 5A 01011010
[ 5B 01011011
\ 5C 01011100
] 5D 01011101
^ 5E 01011110
_ 5F 01011111
` 60 01100000
a 61 01100001
b 62 01100010
c 63 01100011
d 64 01100100
e 65 01100101
f 66 01100110
g 67 01100111
h 68 01101000
i 69 01101001
j 6A 01101010
k 6B 01101011
l 6C 01101100
m 6D 01101101
n 6E 01101110
o 6F 01101111
p 70 01110000
q 71 01110001
r 72 01110010
s 73 01110011
t 74 01110100
u 75 01110101
v 76 01110110
w 77 01110111
x 78 01111000
y 79 01111001
z 7A 01111010
{ 7B 01111011
| 7C 01111100
} 7D 01111101
~ 7E 01111110
DEL 7F 01111111