Podcast
Questions and Answers
To ENABLE an OR gate, one of its inputs is connected to logic level?
To ENABLE an OR gate, one of its inputs is connected to logic level?
To INHIBIT (or DISABLE) an AND gate, one of its inputs is connected to logic level?
To INHIBIT (or DISABLE) an AND gate, one of its inputs is connected to logic level?
An AND gate is ENABLED by connecting one of its inputs to logic level?
An AND gate is ENABLED by connecting one of its inputs to logic level?
The universal gates cannot be used as inverters. (True/False)
The universal gates cannot be used as inverters. (True/False)
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If one of the inputs of an EX-OR gate is high, its output will be?
If one of the inputs of an EX-OR gate is high, its output will be?
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Study Notes
Logic Gates
- To enable an OR gate, one of its inputs is connected to a high logic level.
- To inhibit (or disable) an AND gate, one of its inputs is connected to a low logic level.
- An AND gate is enabled by connecting one of its inputs to a high logic level.
- The universal gates can be used as inverters. (False)
- If one of the inputs of an EX-OR gate is high, its output will be high if the other input is low, and low if the other input is high.
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Description
Test your knowledge of digital logic gates with this quiz. Answer questions about enabling and disabling OR, AND, and NOR gates by connecting inputs to specific logic levels. Sharpen your understanding of digital electronics and logic gate operations.
