H (dB) 20 0,1 -20 0.2 Y O a. H(s) 1250s/ [(+10).(+25)] Ob. H(s) = 1500s/ [(+20).(+38)] OCH(s) = 6250s/ [(+10)(+25)] O d. H(s) = 250s/ [(+10).(+25)] OH(s) = 1000s/ [(+20).(+75)] Of. H(s) = 750s/ [(+20).(+50)] Og. H(s) = 1000s/ [(+10).(+25)] Oh. H(s) = 2500s/ [(s + 10) (+25)] 10X 10Y 100X Soru 2) Yukarıda genlik bode diagrami verilen H(s) transfer fonksiyonu aşağıdakilerden hangisi olabilir. Şekilde X-10 ve Y=25 dir. Q 2) The Bode magnitude plot of H(w) is shown in above figure. Which one can be its transfer function H(s). In the above figure X-10 ve Y=25.
H (dB) 20 0,1 -20 0.2 Y O a. H(s) 1250s/ [(+10).(+25)] Ob. H(s) = 1500s/ [(+20).(+38)] OCH(s) = 6250s/ [(+10)(+25)] O d. H(s) = 250s/ [(+10).(+25)] OH(s) = 1000s/ [(+20).(+75)] Of. H(s) = 750s/ [(+20).(+50)] Og. H(s) = 1000s/ [(+10).(+25)] Oh. H(s) = 2500s/ [(s + 10) (+25)] 10X 10Y 100X Soru 2) Yukarıda genlik bode diagrami verilen H(s) transfer fonksiyonu aşağıdakilerden hangisi olabilir. Şekilde X-10 ve Y=25 dir. Q 2) The Bode magnitude plot of H(w) is shown in above figure. Which one can be its transfer function H(s). In the above figure X-10 ve Y=25.
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Quantization is a methodology of carrying out signal modulation by the process of mapping input values from an infinitely long set of continuous values to a smaller set of finite values. Quantization forms the basic algorithm for lossy compression algorithms and represents a given analog signal into digital signals. In other words, these algorithms form the base of an analog-to-digital converter. Devices that process the algorithm of quantization are known as a quantizer. These devices aid in rounding off (approximation) the errors of an input function called the quantized value.
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![H (dB)
20
0.1
-20
0.2
O a. H(s) = 1250s/ [(s + 10).(s+25}]
O b. H(s) = 1500s/ [(s+20).(s+38)]
Y
O c. H(s) = 6250s / [(s + 10).(s+25)]
O d. H(s) = 250s/ [(s + 10).(s+25)]
O e. H(s) = 1000s / [(s+20).(s+75)]
Of. H(s) = 750s/ [(s+20).(s+50)]
Og. H(s) = 1000s / [(s + 10).(s+25)]
Oh. H(s) = 2500s / [(s + 10).(s+25)]
10X
10Y
Soru 2) Yukanda genlik bode diagramı verilen H(s) transfer fonksiyonu aşağıdakilerden hangisi olabilir. Şekilde X=10 ve Y=25 dir.
Q 2) The Bode magnitude plot of H(w) is shown in above figure. Which one can be its transfer function H(s). In the above figure X=10 ve Y=25.
100X](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Feaa75cec-73f1-487f-b53f-172a471872da%2F32df8513-9b2f-42b7-ac2e-da98102ccc93%2F276qp9v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:H (dB)
20
0.1
-20
0.2
O a. H(s) = 1250s/ [(s + 10).(s+25}]
O b. H(s) = 1500s/ [(s+20).(s+38)]
Y
O c. H(s) = 6250s / [(s + 10).(s+25)]
O d. H(s) = 250s/ [(s + 10).(s+25)]
O e. H(s) = 1000s / [(s+20).(s+75)]
Of. H(s) = 750s/ [(s+20).(s+50)]
Og. H(s) = 1000s / [(s + 10).(s+25)]
Oh. H(s) = 2500s / [(s + 10).(s+25)]
10X
10Y
Soru 2) Yukanda genlik bode diagramı verilen H(s) transfer fonksiyonu aşağıdakilerden hangisi olabilir. Şekilde X=10 ve Y=25 dir.
Q 2) The Bode magnitude plot of H(w) is shown in above figure. Which one can be its transfer function H(s). In the above figure X=10 ve Y=25.
100X
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