Binary translator - Binary Code to Text Converter

Our binary translator ( binary code translator ) enables you to convert binary numbers ( 0,1 ) to text form with ease. ASCII and Unicode are the two methods to convert binary to text.

What Is Binary Translator?

The Binary translator is an online tool that enables you to convert binary numbers ( 0 & 1 ) into english text form. Computers only understand the language of 0 and 1 which is called binary form. Other numbers 2,3,4,5,6,7,8, and 9 are not included in binary numbers.

How to This Binary Translator?

The binary code translator is very simple and easy to use. We make a user-friendly interface of this binary to english translator. You just need to follow these simple steps to use this binary to text converter.

Type or paste the code in the field of binary text placeholder.
You can also upload the .txt file.
Hit on the convert button.
You can copy or save your results.

How To Convert Binary To Text?

Convert Binary ASCII code to text by using this.

Get Binary bytes.
Convert binary byte to decimal.
Take characters from the ASCII table.
Proceed same with next byte

Example:

Convert 01010100 01100001 01101011 01100101 00100000 01001001 01110100 00100000 01000101 01100001 01110011 01111001 to text form.

The result of this binary code is: Take It Easy.

Our online binary to ascii converter saves your time and gives you accurate results by just making a single click.

How to convert 01000001 binary to text?

By using ASCII table:

01000001 = 2^6+2^0 equals to 64+1 = 65 equals to 'A' character

How to convert 00110000 binary to text?

By using ASCII table:

00110000 = 2^5+2^4 equals to 32+16 = 48 equals to '0' character

What is The Binary Numeral System?

Binary decoder system is a base-2 number system that uses only two digits 0 and 1, to represent numbers. Binary systems have become the modern language in the world of electronics and computers. Binary numeral systems utilize the combination of 0 and 1 numbers to represent the numbers between 0 to 9.

Binary Translation Table:

Binary	Base-8	Base-10	Base-16
00000000	0	0	0
00000010	2	2	2
00000011	3	3	3
00000100	4	4	4
00000101	5	5	5
00000110	6	6	6
00000111	7	7	7
00001000	8	8	8
01000001	101	65	41
01000001	101	65	41
01000010	102	66	42
01000011	103	67	43
01000100	104	68	44
01000101	105	69	45
01000110	106	70	46
01000111	107	71	47
01001000	110	72	48
01001001	111	73	49

Binary to ASCII text conversion table:

Hexadecimal	Binary	ASCII Character
00	00000000	NUL
01	00000001	SOH
02	00000010	STX
03	00000011	ETX
04	00000100	EOT
05	00000101	ENQ
06	00000110	ACK
07	00000111	BEL
08	00001000	BS
09	00001001	HT
0A	00001010	LF
0B	00001011	VT
0C	00001100	FF
0D	00001101	CR
0E	00001110	SO
0F	00001111	SI
10	00010000	DLE
11	00010001	DC1
12	00010010	DC2
13	00010011	DC3
14	00010100	DC4
15	00010101	NAK
16	00010110	SYN
17	00010111	ETB
18	00011000	CAN
19	00011001	EM
1A	00011010	SUB
1B	00011011	ESC
1C	00011100	FS
1D	00011101	GS
1E	00011110	RS
1F	00011111	US
20	00100000	Space
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	/
30	00110000	0
31	00110001	1
32	00110010	2
33	00110011	3
34	00110100	4
35	00110101	5
36	00110110	6
37	00110111	7
38	00111000	8
39	00111001	9
3A	00111010	:
3B	00111011	;
3C	00111100	<
3D	00111101	=
3E	00111110	>
3F	00111111	?
40	01000000	@
41	01000001	A
42	01000010	B
43	01000011	C
44	01000100	D
45	01000101	E
46	01000110	F
47	01000111	G
48	01001000	H
49	01001001	I
4A	01001010	J
4B	01001011	K
4C	01001100	L
4D	01001101	M
4E	01001110	N
4F	01001111	O
50	01010000	P
51	01010001	Q
52	01010010	R
53	01010011	S
54	01010100	T
55	01010101	U
56	01010110	V
57	01010111	W
58	01011000	X
59	01011001	Y
5A	01011010	Z
5B	01011011	[
5C	01011100	\
5D	01011101	]
5E	01011110	^
5F	01011111	_
60	01100000	`
61	01100001	a
62	01100010	b
63	01100011	c
64	01100100	d
65	01100101	e
66	01100110	f
67	01100111	g
68	01101000	h
69	01101001	i
6A	01101010	j
6B	01101011	k
6C	01101100	l
6D	01101101	m
6E	01101110	n
6F	01101111	o
70	01110000	p
71	01110001	q
72	01110010	r
73	01110011	s
74	01110100	t
75	01110101	u
76	01110110	v
77	01110111	w
78	01111000	x
79	01111001	y
7A	01111010	z
7B	01111011	{
7C	01111100	\|
7D	01111101	}
7E	01111110	~
7F	01111111	DEL

Is 00000000 a logical byte?

Yes, 00000000 is a valid byte and it shows the numerical value 0 in binary representation.

Is 400 a binary number?

No, 400 is not a binary number, because binary numbers only contain 0 and 1. 400 can be converted into binary by using this method:

2	400
2	200 - 0
2	100 - 0
2	50 - 0
2	25 - 0
2	12 - 1
2	6 - 0
2	3 - 0
2	1 - 1

110010000 in binary is equal to 400.