Electronic clock having time indicating light display

An electonic clock having a time indicating light display, said electronic clock comprising:

• pulse generating means for providing output pulses at predetermined times;
• decoding means including three frequency dividers connected with said pulse generating means and controlled by said output pulses therefrom, the first of said frequency dividers including a pair of Johnson counters and providing an output indication of time in seconds, the second of said frequency dividers including a pair of Johnson counters and providing an output indication of time in minutes, and the third of said frequency dividers including a Johnson counter and providing an output indication of time in hours;
• first and second light matrix means connected with said first and secondary dividers, said first and second matrix means being 6.times.10 matrixes including light emitting diodes to visually indicate time in minutes and seconds;
• and
• third matrix means connected with said third frequency divider, said third matrix means being a 1.times.12 matrix with light emitting diodes to visually indicate time in hours.

An electronic clock having a light display indicating time and a simulated pendulum, said electronic clock comprising:

• pulse generating means for providing output pulses at predetermined times;
• first decoding means connected with said pulse generating means to receive said output pulses therefrom, said first decoding means including a plurality of frequency dividers providing separate outputs including pulses at different frequencies with said pulses being indicative of time in hours, minutes and seconds.
• a first light matrix connected with said first decoding means and responsive to said pulses at different frequencies therefrom indicating time in hours, minutes and seconds;
• second decoding means connected with said pulse generating means to receive said output pulses therefrom, said second decoding means including a frequency divider for providing a preselected output that includes pulses at a predetermined lower frequency than are said pulses produced by said pulse generation means;
• and
• a second light matrix connected with said second decoding means and responsive to said pulses therefrom to visually indicate a simulated swinging pendulum.