Electronic Timers
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Electronic timers can achieve higher precision than mechanical timers because they are '''[[quartz clocks]]''' with special electronics. Electronic timers can be analog (resembling a mechanical timer) or '''[[digital]]''' (uses a display much like a digital clock). Integrated circuits have made digital logic so inexpensive that an electronic timer is now less expensive than many mechanical and electromechanical timers. Individual timers are implemented as a simple single-chip computer system, similar to a watch. Watch technology is used in these devices. | Electronic timers can achieve higher precision than mechanical timers because they are '''[[quartz clocks]]''' with special electronics. Electronic timers can be analog (resembling a mechanical timer) or '''[[digital]]''' (uses a display much like a digital clock). Integrated circuits have made digital logic so inexpensive that an electronic timer is now less expensive than many mechanical and electromechanical timers. Individual timers are implemented as a simple single-chip computer system, similar to a watch. Watch technology is used in these devices. | ||
- | + | == '''Also See:''' == | |
- | Also See: | ||
*'''[[Freestyle Timing Booklet]]''' | *'''[[Freestyle Timing Booklet]]''' | ||
*'''[[Data Service Requirements World Cup]]''' | *'''[[Data Service Requirements World Cup]]''' |
Current revision
Electronic timers can achieve higher precision than mechanical timers because they are quartz clocks with special electronics. Electronic timers can be analog (resembling a mechanical timer) or digital (uses a display much like a digital clock). Integrated circuits have made digital logic so inexpensive that an electronic timer is now less expensive than many mechanical and electromechanical timers. Individual timers are implemented as a simple single-chip computer system, similar to a watch. Watch technology is used in these devices.
[edit] Also See:
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