seven-segment display

Seven-segment displays handle all numbers and a limited set of letters.

The following phrases come from a portable media player's seven-segment display.

The digits are usually shown as a seven-segment display.

The seven-segment display allows the number 9 to be constructed two ways, either with a hook at the end of its stem or without one.

On the seven-segment displays of calculators and watches, 6 is usually written with six segments.

After the leading sign, digits consisted of a seven-segment display plus decimal point.

The numerals 6, 7 and 9 may be represented by two or more different glyphs on seven-segment displays.

This unit contains two seven-segment displays that together show a single two-digit fault code.

On seven-segment displays, when an 8 is illuminated, all the display bulbs are on.

It counts clock pulses and returns the output in a form which can be displayed on a seven-segment display.

The numerals were displayed via green high-voltage electroluminescent seven-segment displays.

Hexadecimal digits can be displayed on seven-segment displays.

LEDs are also used in seven-segment display.

Scoreboard is revamped, with eggcrate display replacing the seven-segment display.

On the seven-segment display of a calculator, 101 is both a strobogrammatic prime and a dihedral prime.

These Iseden "itron" tubes have a unique digit style which is very different from today's seven-segment displays.

Most of these calculators do not use seven-segment displays, instead using dot matrix displays for greater versatility.

The first practical uses were in seven-segment displays used in televisions, radios and calculators.

Seven-segment display (most common, digits only)

In 1910, a seven-segment display illuminated by incandescent bulbs was used on a power-plant boiler room signal panel.

Seven-segment displays are widely used in digital clocks, electronic meters, and other electronic devices for displaying numerical information.

An unintended characteristic of the seven-segment display is that many numbers, when read upside-down, resemble letters of the Latin alphabet.

It takes the binary-coded decimal from a binary counter and decodes it to drive a seven-segment display.

The sun's rays shine on ten linearly distributed sockets of optical waveguides that transport the light to a seven-segment display.

Calculator spelling on seven-segment displays, where numbers represent letters upside down (e.g. , "hello").