0

1

2

3

4

5

6

7

8

9

A

B

C

D

E

F

0

NUL 00000000

SOH 00000001

STX 00000010

ETX 00000011

EOT 00000100

ENQ 00000101

ACK 00000110

BEL 00000111

BS 00001000

HT 00001001

LF 00001010

VT 00001011

FF 00001100

CR 00001101

SO 00001110

SI 00001111

1

DLE 00010000

DC1 00010001

DC2 00010010

DC3 00010011

DC4 00010100

NAK 00010101

SYN 00010110

ETB 00010111

CAN 00011000

EM 00011001

SUB 00011010

ESC 00011011

FS 00011100

GS 00011101

RS 00011110

US 00011111

2

SP 00100000

! 00100001

" 00100010

# 00100011

$ 00100100

% 00100101

& 00100110

' 00100111

( 00101000

) 00101001

* 00101010

+ 00101011

, 00101100

- 00101101

. 00101110

/ 00101111

3

0 00110000

1 00110001

2 00110010

3 00110011

4 00110100

5 00110101

6 00110110

7 00110111

8 00111000

9 00111001

: 00111010

; 00111011

< 00111100

= 00111101

> 00111110

? 00111111

4

@ 01000000

A 01000001

B 01000010

C 01000011

D 01000100

E 01000101

F 01000110

G 01000111

H 01001000

I 01001001

J 01001010

K 01001011

L 01001100

M 01001101

N 01001110

O 01001111

5

P 01010000

Q 01010001

R 01010010

S 01010011

T 01010100

U 01010101

V 01010110

W 01010111

X 01011000

Y 01011001

Z 01011010

[ 01011011

\ 01011100

] 01011101

^ 01011110

_ 01011111

6

` 01100000

a 01100001

b 01100010

c 01100011

d 01100100

e 01100101

f 01100110

g 01100111

h 01101000

I 01101001

j 01101010

k 01101011

l 01101100

m 01101101

n 01101110

o 01101111

7

p 01110000

q 01110001

r 01110010

s 01110011

t 01110100

u 01110101

v 01110110

w 01110111

x 01111000

y 01111001

z 01111010

{ 01111011

| 01111100

} 01111101

~ 01111110

DEL 01111111

LEGEND:	NUL Null SOH Start of Header STX Start of Text ETX End of Text EOT End of Transmit ENQ Enquiry ACK Acknowledge BEL Bell BS Backspace HT Horizontal Tab LF Line Feed VT Vertical Tab FF Form Feed CR Carriage Return SO Shift Out SI Shift In DLE Data Line Escape DC1 Device Control 1 DC2 Device Control 2 DC3 Device Control 3 DC4 Device Control 4 NAK Negative Acknowledge SYN Synchronous Idle ETB End of Transmit Block CAN Cancel EM End of Medium SUB Substitute ESC Escape FS File Separator GS Group Separator RS Record Separator US Unit Separator SP Space DEL Delete
USAGE:	For those unfamiliar with this chart, the hexadecimal values are derived by selecting an ASCII or binary value, then selecting the element from the corresponding first column and pairing it with the element of the corresponding top row. If seeking the ASCII or binary value of an existing hexadecimal value, use the first column and top row elements to determine their ASCII/binary value intersection. For example, if seeking the hexadecimal value for “~”, one would first note that it corresponds with element 7 in the first column and element E in the top row, thus 7E. If seeking the ASCII value for the hexadecimal expression 47, you would use the 4 in the first column and the 7 in the top row, which would intersect at the ASCII value “G”. Binary values are listed beneath their corresponding ASCII values.

<<