Code 128 Ttf
Why pay for a barcode font when you can download it for free
Free Code 128 font download. Code128.ttf Windows and Mac OS X compatible. TrueType and OpenType fonts available. Bleach movie 4 sub. Search for other Dingbats and Barcode fonts.
We provide completely free of charge TrueType fronts using barcode code 39 (also known as Code 3 of 9) and code 128 barcode font . It's a widely used barcode standard used across the industry. The fonts Includes numbers, capital letters, symbols and can be used by most windows and Macintosh software like Word, Excel and WordPad etc. Many companies charge a lot of money for fonts like this even through it can be downloaded for free.
Free download of 128 Barcode Font
This free font contains 107 patterns of the code. START and STOP codes include the relevant margins as needed. Download the font below and install it on your computer. For windows users place it in C:WINDOWSFONTS
Download Code 128 Barcode FontFree download of code 39 (3 of 9 extended) Barcode Font
This free font package includes two versions. Font named 3 of 9 is the basic standard which includes letters and following symbols ($ % + - . /). The other one is the extended standard which includes the full ASCII character set.
Download 3 of 9 Barcode FontFor best usage of Code 3 of 9 extended font TrueType format make sure to add * (asterisk) before and after your barcode text like this *YOUR-TEXT-HERE*
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Game winning eleven pc ukuran kecil. Word programs like Microsoft Word and office might move the text spacing and make the created barcode unreadable by readers and scanners. Simple word programs like WordPad gives better results
Above free barcode fonts will work with any Mac or Windows programs that supports True Type fonts, feel free to use them both private and commercial
Code 128 Barcode Font
Code 128 is one of the most popular modern barcodes. It is a very high density barcode supporting alphanumeric characters. This barcode is used as the basis for many other barcodes like UCC/EAN, HIBC(Health Industry Barcode) and the Blood Bank Industry barcode.Other than being high density, this barcode supports the ASCII character set. And is thus increasingly adopted in many different applications. This barcode has 106 unique representations and supports the Full ASCII by using a multiple character set mechanism.
Character Set supported in barcode
- Code128 Auto - Support Code 128 A/B/C characters. Automatically switch between the different code sets and performs characters optimization
- Code128A - ASCII without lowercase characters
- Code128B - ASCII without the initial ASCII special characters
- Code128C - Numeric
Barcode Font Names and Sizes
ConnectCode Code 128 (Auto/A/B/C) barcode font support up to seven different heights. These barcodes with seven different heights are provided in seven fonts with different names. The barcode names are appended with characters like 'S1' or 'S2' etc., with each one of them representing a different height. The list below illustrates the seven different fonts that is supplied for Code128.Code 128 Font Free
- CCode128_S1
- CCode128_S2
- CCode128_S3
- CCode128_S4
- CCode128_S5
- CCode128_S6
- CCode128_S7
- CCode128B_HS3
Code 128 Character Mappings
All characters supported by the barcode are as shown below. All of them have a simple a direct mapping.Code 128 Value (For Check Character) | Code 128 A | Code 128 B | Code 128 C | Barcode Font Character |
0 | ' ' | ' ' | 00 | ' ' (Space) |
1 | '!' | '!' | 01 | '!' |
2 | '' | '' | 02 | '' |
3 | '#' | '#' | 03 | '#' |
4 | '$' | '$' | 04 | '$' |
5 | '%' | '%' | 05 | '%' |
6 | '&' | '&' | 06 | '&' |
7 | '' | '' | 07 | '' |
8 | '(' | '(' | 08 | '(' |
9 | ')' | ')' | 09 | ')' |
10 | '*' | '*' | 10 | '*' |
11 | '+' | '+' | 11 | '+' |
12 | ',' | ',' | 12 | ',' |
13 | '-' | '-' | 13 | '-' |
14 | '.' | '.' | 14 | '.' |
15 | '/' | '/' | 15 | '/' |
16 | '0' | '0' | 16 | '0' |
17 | '1' | '1' | 17 | '1' |
18 | '2' | '2' | 18 | '2' |
19 | '3' | '3' | 19 | '3' |
20 | '4' | '4' | 20 | '4' |
21 | '5' | '5' | 21 | '5' |
22 | '6' | '6' | 22 | '6' |
23 | '7' | '7' | 23 | '7' |
24 | '8' | '8' | 24 | '8' |
25 | '9' | '9' | 25 | '9' |
26 | ':' | ':' | 26 | ':' |
27 | ';' | ';' | 27 | ';' |
28 | '<' | '<' | 28 | '<' |
29 | '=' | '=' | 29 | '=' |
30 | '>' | '>' | 30 | '>' |
31 | '?' | '?' | 31 | '?' |
32 | '@' | '@' | 32 | '@' |
33 | 'A' | 'A' | 33 | 'A' |
34 | 'B' | 'B' | 34 | 'B' |
35 | 'C' | 'C' | 35 | 'C' |
36 | 'D' | 'D' | 36 | 'D' |
37 | 'E' | 'E' | 37 | 'E' |
38 | 'F' | 'F' | 38 | 'F' |
39 | 'G' | 'G' | 39 | 'G' |
40 | 'H' | 'H' | 40 | 'H' |
41 | 'I' | 'I' | 41 | 'I' |
42 | 'J' | 'J' | 42 | 'J' |
43 | 'K' | 'K' | 43 | 'K' |
44 | 'L' | 'L' | 44 | 'L' |
45 | 'M' | 'M' | 45 | 'M' |
46 | 'N' | 'N' | 46 | 'N' |
47 | 'O' | 'O' | 47 | 'O' |
48 | 'P' | 'P' | 48 | 'P' |
49 | 'Q' | 'Q' | 49 | 'Q' |
50 | 'R' | 'R' | 50 | 'R' |
51 | 'S' | 'S' | 51 | 'S' |
52 | 'T' | 'T' | 52 | 'T' |
53 | 'U' | 'U' | 53 | 'U' |
54 | 'V' | 'V' | 54 | 'V' |
55 | 'W' | 'W' | 55 | 'W' |
56 | 'X' | 'X' | 56 | 'X' |
57 | 'Y' | 'Y' | 57 | 'Y' |
58 | 'Z' | 'Z' | 58 | 'Z' |
59 | '[' | '[' | 59 | '[' |
60 | ' | ' | 60 | ' |
61 | ']' | ']' | 61 | ']' |
62 | '^' | '^' | 62 | '^' |
63 | '_' | '_' | 63 | '_' |
64 | NUL | '`' | 64 | '`' |
65 | SOH | 'a' | 65 | 'a' |
66 | STX | 'b' | 66 | 'b' |
67 | ETX | 'c' | 67 | 'c' |
68 | EOT | 'd' | 68 | 'd' |
69 | ENQ | 'e' | 69 | 'e' |
70 | ACK | 'f' | 70 | 'f' |
71 | BEL | 'g' | 71 | 'g' |
72 | BS | 'h' | 72 | 'h' |
73 | HT | 'i' | 73 | 'i' |
74 | LF | 'j' | 74 | 'j' |
75 | VT | 'k' | 75 | 'k' |
76 | FF | 'l' | 76 | 'l' |
77 | CR | 'm' | 77 | 'm' |
78 | SO | 'n' | 78 | 'n' |
79 | SI | 'o' | 79 | 'o' |
80 | DLE | 'p' | 80 | 'p' |
81 | DC1 | 'q' | 81 | 'q' |
82 | DC2 | 'r' | 82 | 'r' |
83 | DC3 | 's' | 83 | 's' |
84 | DC4 | 't' | 84 | 't' |
85 | NAK | 'u' | 85 | 'u' |
86 | SYN | 'v' | 86 | 'v' |
87 | ETB | 'w' | 87 | 'w' |
88 | CAN | 'x' | 88 | 'x' |
89 | EM | 'y' | 89 | 'y' |
90 | SUB | 'z' | 90 | 'z' |
91 | ESC | '{' | 91 | '{' |
92 | FS | ' ' | 92 | ' ' |
93 | GS | '}' | 93 | '}' |
94 | RS | '~' | 94 | '~' |
95 | US | DEL | 95 | 227 (ASCII value) |
96 | FNC3 | FNC3 | 96 | 228 (ASCII value) |
97 | FNC2 | FNC2 | 97 | 229 (ASCII value) |
98 | Shift | Shift | 98 | 230 (ASCII value) |
99 | Code C | Code C | 99 | 231 (ASCII value) |
100 | Code B | FNC4 | Code B | 232 (ASCII value) |
101 | FNC4 | Code A | Code A | 233 (ASCII value) |
102 | FNC1 | FNC1 | FNC1 | 234 (ASCII value) |
103 | Start A | Start A | Start A | 235 (ASCII value) |
104 | Start B | Start B | Start B | 236 (ASCII value) |
105 | Start C | Start C | Start C | 237 (ASCII value) |
106 | Stop | Stop | Stop | 238 (ASCII value) |
Using the Code 128 barcode font
Code 128 ATo encode 'ABCDEF' in Code 128A.
'J' is the check character. The calculation of this character is specified in the next section. 'ë' is the start character of Code 128 A while 'î' is the stop character.
Input: ëABCDEFJî
Output:
Code 128 B
To encode 'abcdef' in Code 128B.
'å' is the check character. The calculation of this character is specified in the next section. 'ì' is the start character of Code 128 B while 'î' is the stop character.
Input: ìabcdefåî
Output:
Code 128 C
To encode '12345678' in Code 128C.
'O' is the check character. The calculation of this character is specified in the next section. 'í' is the start character of Code 128 C while 'î' is the stop character.
Input: í,BXnOî
Output:
If you are using the Encoder, it will automatically put in the start/stop characters and generate the check character for you.
Code 128 Auto
It is recommended to use the Encoder or VB macros to generate the barcode if you intend to use Code 128 Auto. For example to encode '12345678'.
Code 128 Ttf How To Use
Input (Using the Encoder or VB macros): 12345678Output:
Calculation of Code128 Check Character
Code 128A
Data - ABCDEF
Data Characters | A | B | C | D | E | F |
Multiply each of the character (the Code 128 value) with an increasing weight. | ||||||
Code 128 Value | 33 | 34 | 35 | 36 | 37 | 38 |
Weight | *1 | *2 | *3 | *4 | *5 | *6 |
Sum : | (33*1) + (34*2) + (35*3) + (36*4) + (37*5) + (38*6) = 763 | |||||
For Code 128A, add an additional of 103 to the sum above | ||||||
Total | 763 + 103 = 866 | |||||
Modulo 103 Check Character: | 866 % 103 = 42 (which maps to the character 'J') |
Code 128B
Data - abcdef
Data Characters | a | b | c | d | e | f |
Multiply each of the character (the Code 128 value) with an increasing weight. | ||||||
Code 128 Value | 65 | 66 | 67 | 68 | 69 | 70 |
Weight | *1 | *2 | *3 | *4 | *5 | *6 |
Sum : | (65*1) + (66*2) + (67*3) + (68*4) + (69*5) + (70*6) = 1435 | |||||
For Code 128B, add an additional of 104 to the sum above | ||||||
Total | 1435 + 104 = 1539 | |||||
Modulo 103 Check Character: | 1539 % 103 = 97 |
Code 128C
Data - 345678
Data Characters | 3 | 4 | 5 | 6 | 7 | 8 |
Multiply each of the two digits with an increasing weight. | ||||||
Weight | *1 | *2 | *3 | |||
Sum : | (34*1) + (56*2) + (78*3) = 380 | |||||
For Code 128C, add an additional of 105 to the sum above | ||||||
Total | 380 + 105 = 485 | |||||
Modulo 103 Check Character: | 485 % 103 = 73 (which maps to the character 'i') |