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For a logic family
VOH is the minimum output high level voltage
VOH is the maximum output low level voltage
VIH is the minimum acceptable input high level voltage
VIL is the maximm acceptable input low level voltage
The correct relationship among these is
- a)V IH > VOH > VIL > VOL
- b)V OH > VIH > VIL > VOL
- c)V IH > VOH > VOL > VIL
- d)V OH > VIH > VOL > VIL
Correct answer is option 'B'. Can you explain this answer?
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Relationship among VOH, VOL, VIH, and VIL in a Logic Family
Definition of terms:
- VOH: Minimum output high level voltage
- VOL: Maximum output low level voltage
- VIH: Minimum acceptable input high level voltage
- VIL: Maximum acceptable input low level voltage
Explanation:
The relationship among VOH, VOL, VIH, and VIL is important in determining the performance of a logic family. The correct relationship among these terms is:
VOH > VIH > VIL > VOL
This relationship can be explained as follows:
VOH: VOH represents the minimum output high level voltage that the logic family can provide. This voltage level is important because it determines whether the output signal is interpreted as a logic high or low. A higher VOH ensures that the output signal is interpreted as a logic high, which is important for the correct operation of the circuit.
VIH: VIH represents the minimum acceptable input high level voltage that the logic family can accept. This voltage level is important because it determines whether the input signal is interpreted as a logic high or low. A higher VIH ensures that the input signal is interpreted as a logic high, which is important for the correct operation of the circuit.
VIL: VIL represents the maximum acceptable input low level voltage that the logic family can accept. This voltage level is important because it determines whether the input signal is interpreted as a logic high or low. A lower VIL ensures that the input signal is interpreted as a logic low, which is important for the correct operation of the circuit.
VOL: VOL represents the maximum output low level voltage that the logic family can provide. This voltage level is important because it determines whether the output signal is interpreted as a logic high or low. A lower VOL ensures that the output signal is interpreted as a logic low, which is important for the correct operation of the circuit.
Conclusion:
In conclusion, the correct relationship among VOH, VOL, VIH, and VIL in a logic family is VOH > VIH > VIL > VOL. This relationship ensures that the circuit operates correctly and that the input and output signals are interpreted as logic high or low as intended.
Definition of terms:
- VOH: Minimum output high level voltage
- VOL: Maximum output low level voltage
- VIH: Minimum acceptable input high level voltage
- VIL: Maximum acceptable input low level voltage
Explanation:
The relationship among VOH, VOL, VIH, and VIL is important in determining the performance of a logic family. The correct relationship among these terms is:
VOH > VIH > VIL > VOL
This relationship can be explained as follows:
VOH: VOH represents the minimum output high level voltage that the logic family can provide. This voltage level is important because it determines whether the output signal is interpreted as a logic high or low. A higher VOH ensures that the output signal is interpreted as a logic high, which is important for the correct operation of the circuit.
VIH: VIH represents the minimum acceptable input high level voltage that the logic family can accept. This voltage level is important because it determines whether the input signal is interpreted as a logic high or low. A higher VIH ensures that the input signal is interpreted as a logic high, which is important for the correct operation of the circuit.
VIL: VIL represents the maximum acceptable input low level voltage that the logic family can accept. This voltage level is important because it determines whether the input signal is interpreted as a logic high or low. A lower VIL ensures that the input signal is interpreted as a logic low, which is important for the correct operation of the circuit.
VOL: VOL represents the maximum output low level voltage that the logic family can provide. This voltage level is important because it determines whether the output signal is interpreted as a logic high or low. A lower VOL ensures that the output signal is interpreted as a logic low, which is important for the correct operation of the circuit.
Conclusion:
In conclusion, the correct relationship among VOH, VOL, VIH, and VIL in a logic family is VOH > VIH > VIL > VOL. This relationship ensures that the circuit operates correctly and that the input and output signals are interpreted as logic high or low as intended.
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For a logic familyVOH is the minimum output high level voltageVOH is the maximum output low level voltageVIH is the minimum acceptable input high level voltageVIL is the maximm acceptable input low level voltageThe correct relationship among these isa)V IH VOH VIL VOLb)V OH VIH VIL VOLc)V IH VOH VOL VILd)V OH VIH VOL VILCorrect answer is option 'B'. Can you explain this answer?
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