The waveforms shown below are V₁ and Vo of a schmitt trigger circuit. From these waveforms the values of the two comparison voltages V₁ and V₂ are: a) V₁ = 2.5v and V₂ = 5v. b) V₁ = 10v and V₂ = -5v. c) V₁ = 5v and V₂ = -2.5v. d) V₁ = 15v and V₂ = -2.5v.
The waveforms shown below are V₁ and Vo of a schmitt trigger circuit. From these waveforms the values of the two comparison voltages V₁ and V₂ are: a) V₁ = 2.5v and V₂ = 5v. b) V₁ = 10v and V₂ = -5v. c) V₁ = 5v and V₂ = -2.5v. d) V₁ = 15v and V₂ = -2.5v.
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![The waveforms shown below are V₁ and Vo of a schmitt trigger circuit. From
these waveforms the values of the two comparison voltages V₁ and V₂ are:
a) V₁ = 2.5v and V₂ = 5v.
b) V₁ = 10v and V₂ = -5v.
c) V₁ = 5v and V₂ = -2.5v.
d) V₁ = 15v and V₂ = -2.5v.
Vi scale (green): 5v/Div.
Vo scale (red): 5v/Div](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc5135ac4-01c4-41ab-8f71-e88f546d0869%2F2494a079-787e-405b-a694-665323c14d1b%2Fxs6suwq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The waveforms shown below are V₁ and Vo of a schmitt trigger circuit. From
these waveforms the values of the two comparison voltages V₁ and V₂ are:
a) V₁ = 2.5v and V₂ = 5v.
b) V₁ = 10v and V₂ = -5v.
c) V₁ = 5v and V₂ = -2.5v.
d) V₁ = 15v and V₂ = -2.5v.
Vi scale (green): 5v/Div.
Vo scale (red): 5v/Div
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