(d) A TTL gate has a following actual voltage level values: VH (min) = 2.25V and Vn (max) = 0.65V Assuming it is being driven by a gate with Von (min) = 2.4V and Vor (max) = 0.4V, determine the HIGH and LOW level noise margins.
(d) A TTL gate has a following actual voltage level values: VH (min) = 2.25V and Vn (max) = 0.65V Assuming it is being driven by a gate with Von (min) = 2.4V and Vor (max) = 0.4V, determine the HIGH and LOW level noise margins.
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![(d)
A TTL gate has a following actual voltage level values:
VH (min) = 2.25V and Va (max) = 0.65V
Assuming it is being driven by a gate with VoH (min) = 2.4V and Voz (max) =
0.4V, detemine the HIGH and LOW level noise margins.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7b085eb1-2ac1-4857-bfe5-6adf1762d663%2F145f17eb-5278-49b9-967f-bb921830e342%2Fxdjmfcw_processed.png&w=3840&q=75)
Transcribed Image Text:(d)
A TTL gate has a following actual voltage level values:
VH (min) = 2.25V and Va (max) = 0.65V
Assuming it is being driven by a gate with VoH (min) = 2.4V and Voz (max) =
0.4V, detemine the HIGH and LOW level noise margins.
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