Editing non-restoring logic

'''Non-restoring logic''' are a class of [[logic families]] that  consist of passive switching devices that cannot amplify but instead dissipates power - i.e. producing outputs that has not been restored or regenerated. This king of logic may be because the specific transistor topology relies on [[pass-transistor logic|logic that gets passed]] from input directly to output such as in the case of [[transmission gates]]. It may also simply be because of the nature of the technology such as in the case of [[diode logic]].
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−	'''Non-restoring logic''' are a class of [[logic families]] that consist of passive switching devices that cannot amplify but instead dissipates power - i.e. producing outputs that has not been restored or regenerated. This ~~kind~~ of logic may be because the specific transistor topology relies on [[pass-transistor logic\|logic that gets passed]] from input directly to output such as in the case of [[transmission gates]]. It may also simply be because of the nature of the technology such as in the case of [[diode ~~logic]]. The opposite of this type of logic is [[fully-restoring~~ logic]].	+	'''Non-restoring logic''' are a class of [[logic families]] that consist of passive switching devices that cannot amplify but instead dissipates power - i.e. producing outputs that has not been restored or regenerated. This king of logic may be because the specific transistor topology relies on [[pass-transistor logic\|logic that gets passed]] from input directly to output such as in the case of [[transmission gates]]. It may also simply be because of the nature of the technology such as in the case of [[diode logic]].