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The internal block diagram and schematic of the 555 timer are highlighted with the same color across all three drawings to clarify how the chip is implemented: [2] Voltage divider : Between the positive supply voltage V CC and the ground GND is a voltage divider consisting of three identical resistors (5 kΩ for bipolar timers, 100 kΩ or ...
The block diagram in yellow and orange. A flip-flop, deposited in the color purple, stores the state of the timer and is controlled by the two comparators. Via the reset terminal overrides the other two inputs, the flip-flop (and therefore the entire timer device) be reset at any time.
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English: Pinout diagram of the 555 timer IC. Inputs are green, outputs are blue and power pins are red. Date: 23 June 2009: ... NE555; Usage on en.wikibooks.org
Date/Time Thumbnail Dimensions User Comment; current: 21:06, 18 February 2012: 275 × 250 (27 KB) Wdwd: fix connection (dot in the upper left corner) SVG optimization : 21:49, 13 January 2010: 275 × 250 (43 KB) Jack1993jack {{Information |Description=Circuit diagram of a standard 555 Astable circuit.
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Date/Time Thumbnail Dimensions User Comment; current: 01:32, 23 June 2009: 275 × 250 (41 KB) Inductiveload {{Information |Description={{en|1=Diagram of a monostable circuit made using the en:555 timer IC. A low pulse on the {{overline|trigger}} line starts the monostable.}} |Source=Own work by uploader |Author=Inductiveload |Date=2
Clock skew (sometimes called timing skew) is a phenomenon in synchronous digital circuit systems (such as computer systems) in which the same sourced clock signal arrives at different components at different times due to gate or, in more advanced semiconductor technology, wire signal propagation delay.