vacuum fluorescent display

The display was a 22 character single line vacuum fluorescent display.

Noritake also invented the vacuum fluorescent display in 1967.

Not to be confused with vacuum fluorescent display.

The display is a vacuum fluorescent display, the first such display ever used in a production calculator.

It includes a case which is sized to fit in a 5.25-inch drive bay and has a vacuum fluorescent display text display on the front.

Calculators usually have liquid crystal displays as output in place of historical vacuum fluorescent displays.

It is more like a modern Vacuum fluorescent display than a CRT.

The photoresistors easily withstood voltages up to 400 volts, which made them ideal for driving vacuum fluorescent displays.

Futaba was established on February 3, 1948 as a manufacturer of vacuum tubes for receivers and vacuum fluorescent displays.

Problems with the cold solder connections can disable the vacuum fluorescent display; this is remedied by resoldering.

Examples are most common fluorescent lamps, high pressure discharge lamps and vacuum fluorescent displays.

It was expensive stuff, judging from the brushed stainless-steel cabinetry and the remains of flat panel and vacuum fluorescent displays.

The display resembled a vacuum fluorescent display, not unlike an LED display.

It weighed about 455 grams or one pound, had a vacuum fluorescent display, rechargeable NiCad batteries, and initially sold for $395.

It has a ten-digit (eight digit mantissa, two digit exponent) green vacuum fluorescent display.

These have since been replaced by other display devices such as light emitting diodes, vacuum fluorescent displays, and liquid crystal displays.

A modern indicator device, the vacuum fluorescent display (VFD) is also a sort of cathode ray tube.

The video-display employed in the Speak & Spell was a vacuum fluorescent display (VFD).

The unit was shaped like a miniature arcade cabinet, was controlled with a small built-in joystick, and used a multicolor vacuum fluorescent display.

Vacuum fluorescent display (VFD) (preformed characters, 7 segment, starburst)

The chip can drive up to 10 LEDs, LCDs, or vacuum fluorescent displays on its outputs.

The vacuum fluorescent display, although cool-looking and very easy to read, was prone to malfunction after much time of use and very hard to replace or repair.

Electronic alphanumeric displays may use LEDs, LCDs, or vacuum fluorescent display devices.

The Select-a-Game used a 7 x 16 vacuum fluorescent display (VFD) array of large dots as the main display.

Sixteen-segment displays may be based on one of several technologies, the three most common optoelectronics types being light-emitting diode, liquid crystal display and Vacuum fluorescent display.