| EAN-13 | 5051890328106  |
| Product Name | 5051890328106 |
| Created | 12-22-2021 11:38:16am |
| Modified | 05-31-2023 11:02:10am |
| MD5 | 180a88746ceba238a5bb1b6633eeeef7 |
| SHA256 | b5315b2f319cc12c4bcd922f2265bc8b9a41b63983eeb9083e4542ef5180a6c4 |
| Search Google | by EAN or by Title |
| Query Time | 0.0028379 |
This product was recently detected and it could take some time for us to locate more information. You can check back later or you can contribute to the site by entering the additional information to this page.
We do our best to track down as much information as possible about each product but in the end, it takes people like you to help us out by looking at the products and adding information. After all, we can't get our hands on every product in the database.
We have web bots that go out into the wild and try to find additional data but they can only do so much. That is why we rely on the public and manufacturers to provide quality data.
Hopefully, what you are finding here is of value and you will continue to use the site and to help us by adding more data. We really appreciate every bit of help we get.
Article of interest
This symbology was developed by the Plessey Company in England. A variation of Plessey was used by the ADS Company and is known as Anker Code. Anker Code was used in European point of sale systems prior to the advent of EAN. Another variation is known as the MSI Code.
Plessey offers a full range of HEX digits 0-F. The bit pattern of the bits sets the high order bit at the right which is reverse of how we normally think of bits these days. (MSI puts the high order bit on the left).
The start bar is always "D" (1101) and the terminator can be two binary 1's (11) if the barcode is to be read from left to right only. If the barcode can be read in either direction the terminator will be a single binary 1 (1) and is followed by a reverse of the start character or the "B" (1011).
| Digit | Strip Bits | Binary Value |
| 0 | 100100100100 | 0000 |
| 1 | 110100100100 | 1000 |
| 2 | 100110100100 | 0100 |
| 3 | 110110100100 | 1100 |
| 4 | 100100110100 | 0010 |
| 5 | 110100110100 | 1010 |
| 6 | 100110110100 | 0110 |
| 7 | 110110110100 | 1110 |
| 8 | 100100100110 | 0001 |
| 9 | 110100100110 | 1001 |
| A | 100110100110 | 0101 |
| B | 110110100110 | 1101 |
| C | 100100110110 | 0011 |
| D | 110100110110 | 1011 |
| E | 100110110110 | 0111 |
| F | 110110110110 | 1111 |
| START | 110110100110 | 1101 |
| STOP > | 110110 | 11 |
| STOP < > | 110110100110110 | 11011 |
You can use the stripe bits can be used to generate the graphic pattern. If you want to see this trick, check out the MSI Code page. Plessey uses a cyclic (or polynomial) check code technique which is applied to the reading of barcode labels and transmission of data. This technique is a fair compromise between the extra redundancy and the error detecting power. Roughly one undetected error per hundred million 6 digit transactions.
If you would like to generate your own Plessey Barcode, please visit our free barcode generator page. Make your code, save it and use it how ever you like.