Editing cmos/static

'''Static [[CMOS]]''' is a circuit component or a [[logic gate|gate]] in which its output is always connected to a either [[VCC|V<sub>cc</sub>]] or [[GND]].

== Overview ==
A static CMOS circuit is composed of two networks:
* pull-up network (PUN) - a set of [[PMOS]] transistors connected between V<sub>cc</sub> and the output line
* pull-down network (PDN) - a set of [[NMOS]] transistors connected between GND and the output line

Components designed out pull-up and pull-down networks operate in a mutually exclusive way; in a steady state there is never a direct path between V<sub>cc</sub> and GND. Devices that are made up of PUN/PDN are always strongly driven and therefore office strong immunity from noise.
@@ Line 1: / Line 1: @@
-{{title|Static CMOS}}
+'''Static [[CMOS]]''' is a circuit component or a [[logic gate|gate]] in which its output is always connected to a either [[VCC|V<sub>cc</sub>]] or [[GND]].
-'''Static [[CMOS]]''' is a [[logic gate|logic]] circuit design technique whereby the output is always strongly driven due to it always being connected to either [[VCC]] or [[GND]] (except when switching). This design is in contrast to [[Dynamic CMOS]] which relies on the temporary storage of signal using various load capacitances.
 == Overview ==
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 * pull-down network (PDN) - a set of [[NMOS]] transistors connected between GND and the output line
-Components designed out pull-up and pull-down networks operate in a mutually exclusive way; in a steady state there is never a direct path between Vcc and GND. Devices that are made up of PUN/PDN are always strongly driven and therefore offers strong immunity from noise.  When both the pull-up and pull-down networks are OFF, the result is [[high impedance]]. That state is important for memory elements, tristate bus drives, and various other components such as some multiplexers and buffers. When both the pull-up and pull-down networks are ON, the result is a [[crowbarred level]]. This result is typically an unwanted condition
+Components designed out pull-up and pull-down networks operate in a mutually exclusive way; in a steady state there is never a direct path between V<sub>cc</sub> and GND. Devices that are made up of PUN/PDN are always strongly driven and therefore office strong immunity from noise.
-{| class="wikitable"
-|-
-! || PUN OFF || PUN ON
-|-
-| PDN OFF || [[high Z]] || 1
-|-
-| PDN ON || 0 || [[crowbarred level]]
-|}
-[[Category:CMOS]]