Image:DigitalInverterVTC.png
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[edit] Summary
[edit] Voltages marked on the graph
VOH: Output High - output above this mark is considered on (1) VOL: Output Low - output below this mark is considered off (0) VIH: Input High - input at or above this mark will turn the device off VIL: Input Low - input at or below this mark will turn the device on Vm: Midpoint Voltage - used for calculating noise margins, gain, and other parameters
Author | Nader Moussa |
Source | Myself |
Date | |
Location | |
Description | I constructed this data from a device I built for my ECE442 class at North Carolina State University. This is a Voltage Transfer Curve used to analyze a digital inverter circuit. The data represents a general behavior for similar devices. |
[edit] Licensing
I, the creator of this work, hereby release it into the public domain. This applies worldwide.
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I grant any entity the right to use this work for any purpose, without any conditions, unless such conditions are required by law.
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- (del) (cur) 18:13, 17 December 2005 . . Nimur (Talk | contribs) . . 814×467 (17,144 bytes) (I am the author (Nader Moussa). I constructed this data from a device I built for my ECE442 class at North Carolina State University. This is a Voltage Transfer Curve used to analyze a digital inverter circuit. The data represents a general behavio)
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