ConnectCode MICR E13B is a Magnetic Ink Character Recognition font based on the E13B industry standard. Popular Windows Apps. ConnectCode MICR E13B Fonts.

It comes in both TrueType, and PostScript OTF. To install a font, double click on it, and in the window that appears, click Install. Because applications may be looking for different font names, there are three different font files: MICREBMatch MICRE13B MICR You may install all files or only the one you need. They are technically identical, but the name will differ in the font menu. To create the proper magnetic stripe, you need numbers, and separator symbols. The separators are ABCD. For compatibility with some programs, you can also use single quote, sharp, dollar and percent.

Below is an example of the data one would enter in a plain font, to get the same as the bottom of a check: 9 '#$% 10 '#$%%006016% #325070760#% #1220'9% #3222202801% 12 '#$% Here is how it looks, when the MICR E13B Match font is used (the font must be installed to show the result): 9 '#$% 10 '#$% #1220'9% #3222202801% 12 '#$% (12, This is is the proper size) If you need Unicode encoded separator characters, they are supported as well, compliant to Unicode page U2440 MICR (Magnetic Ink Character Recognition) strips are used by U.S. Bank systems to automate check processing, around 68 Billion last year.

The MICR techology has been invented around the mid-fifties to help processing the growing number of checks that took much too long to handle by hand. The MICR E13B Match font has been created with extremely accurate positioning, and tested with the finest benchmark systems. It is used daily by major corporations, as well as regional and national banks.

Sample for a fictional bank in Canada using MICR encoding for cashing in the United States MICR code is a character-recognition technology used mainly by the banking industry to ease the processing and clearance of cheques and other documents. The MICR encoding, called the MICR line, is at the bottom of cheques and other vouchers and typically includes the document-type indicator,,, cheque number, cheque amount, and a control indicator. The technology allows MICR readers to scan and read the information directly into a data-collection device.

Unlike and similar technologies, MICR characters can be read easily by humans. The MICR E-13B font has been adopted as the international standard in 1004:1995, but the CMC-7 font is widely used in Europe, Brazil and Mexico. An example of the CMC-7 MICR font. Shown are the 15 characters of the CMC-7 font. The control characters after the numerals are (from left to right) internal, terminator, amount, routing, and an unused character. There are two major MICR in use: E-13B and CMC-7. E-13B has a 14 character set, while CMC-7 has 15—the 10 numeric characters along with control characters.

The MICR E-13B font is the standard in Australia, Canada, the United Kingdom, the United States, and other countries. Besides decimal digits, it also contains the following symbols: • ⑆ (transit: used to delimit a bank branch ), • ⑈ (on-us: used to delimit a customer account number), • ⑇ (amount: used to delimit a transaction amount), • ⑉ (dash: used to delimit parts of numbers—e.g., routing numbers or account numbers). Major European countries, including France and Italy, and others like Brazil and Mexico use the CMC-7 font, developed by in 1957. MICR reader [ ] MICR characters are printed on documents in either of the MICR fonts. Das Xentry Key Generator. The ink used in the printing is a magnetic ink or toner, usually containing.