More about graphics (161)

1-05-1986 | PROG =0 A PROG =1 A 432A B=■i The proposed circuit has been de- signed for insertion between the digital RGB(I) outputs of the Elektor hig...

1-04-1986 | EE April 1986 While many users of graphics terminals are content with the colour features of their 8- or 16-colour systems, the era of true...

1-02-1986 | This sixth article in the series deals with the colour extension, which is basically a large amount of extra RAM (Random Access Memory) for...

1-01-1986 | EE January 1986 by P Lavigne a- D Meyer The graphics control program, further on referred to as "video inter- preter", consists of a little...

1-12-1985 | After the preliminary and theoretical con- siderations of the past three months, this fourth article in the series deals with the constructi...

1-11-1985 | high resolution colour graphics card 3 by P Lavigne a- D Meyer Circuit description Address decoding The eight most significant address lines...

1-10-1985 | high-resolution colour graphics card - 2 by P Lavigne Et D Meyer A graphics display processor (GDP) such as the Thomson Types EF9365, EF9366...

1-09-1985 | elektor electronics september 1985 1 high-resolution colour graphics card the first in a series of articles describing a 512x512 or 512x256...

1-06-1985 | electronic pantograph elektor june 1985 A pantograph is an instrument with jointed rods for copying plans, drawings, etc., on any scale; the...

1-09-1983 | video graphics elektor september 1983 • • • how does a video card work? While researching the background for the VDU (Video Display Un...