Podcast
Questions and Answers
What does the FO factor represent?
What does the FO factor represent?
- The maximum number of gates that can be driven by the NAND gate (correct)
- The common output voltage level in a digital system
- The input current-based calculation for the FI factor
- The value of the factor of umplere in digital signals
What will coupling the outputs of two TTL or CMOS gates in parallel result in?
What will coupling the outputs of two TTL or CMOS gates in parallel result in?
- Changing the gates’ parameters
- Destruction of both gates or one of the gates (correct)
- Proper operation of one of the two gates
- The common output voltage level being used in a digital system
For digital signals, what does the filling factor being 50% indicate about the repetition period?
For digital signals, what does the filling factor being 50% indicate about the repetition period?
- The transitory regime duration in the circuit must be shorter than this period
- It is always half the repetition period
- It is twice the pulse duration (correct)
- The transitory regime duration in the circuit must be longer than this period
How is the FI factor calculated?
How is the FI factor calculated?
To correctly define the pulse repetition period for digital signals, what must be true about the transitory regime duration in the circuit?
To correctly define the pulse repetition period for digital signals, what must be true about the transitory regime duration in the circuit?
What can be stated about the Fan-in (Fl) and Fan-out (FO) factors of the fundamental NAND gate built in TTL technology?
What can be stated about the Fan-in (Fl) and Fan-out (FO) factors of the fundamental NAND gate built in TTL technology?
In TTL technology, what is true about the Fan-in factor for logic level '1'?
In TTL technology, what is true about the Fan-in factor for logic level '1'?
What can be inferred about the relationship between the Fan-in and Fan-out factors in the fundamental NAND gate of TTL technology?
What can be inferred about the relationship between the Fan-in and Fan-out factors in the fundamental NAND gate of TTL technology?
What is a characteristic of the Fan-out factor for logic level '0' in TTL technology?
What is a characteristic of the Fan-out factor for logic level '0' in TTL technology?
What can be inferred about the significance of the Fan-in and Fan-out factors in TTL technology?
What can be inferred about the significance of the Fan-in and Fan-out factors in TTL technology?
Flashcards
FO Factor (Fan-Out Factor)
FO Factor (Fan-Out Factor)
The maximum number of gates that a single NAND gate can drive without compromising its functionality.
Parallel Coupling of TTL/CMOS Gate Outputs
Parallel Coupling of TTL/CMOS Gate Outputs
Connecting the outputs of two TTL or CMOS gates in parallel can lead to the destruction of either or both gates.
50% Filling Factor in Digital Signals
50% Filling Factor in Digital Signals
A filling factor of 50% in digital signals indicates that the pulse duration is half the repetition period.
FI Factor (Fan-in Factor)
FI Factor (Fan-in Factor)
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Transitory Regime Duration vs. Pulse Repetition Period
Transitory Regime Duration vs. Pulse Repetition Period
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Fan-in & Fan-out in Fundamental TTL NAND Gate
Fan-in & Fan-out in Fundamental TTL NAND Gate
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Fan-in for Logic Levels in TTL
Fan-in for Logic Levels in TTL
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Fan-out's Greater Impact in TTL NAND
Fan-out's Greater Impact in TTL NAND
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Fan-out vs. Fan-in for Logic '0' in TTL
Fan-out vs. Fan-in for Logic '0' in TTL
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Significance of Fan-in & Fan-out in TTL
Significance of Fan-in & Fan-out in TTL
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