16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit...

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10Bert st 90 VDD VinoM1 Vout RD Figure 16.38

16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit as a logical inverter. Compute the low and high output levels if (W/L), 20/0.18 and RD 5 k2. As- sume the input swings from zero to VDD
10Bert st 90 VDD VinoM1 Vout RD Figure 16.38

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Ans 2 /0.16 VDD Rp 5 RD TiT DD when Caie 1 Vin Condion PMOS thia Cale Sn ce flawing urrent There will be no c Ahus Circuit th atuvalion We know that the Flawing through he eurrt transitar i iven by (Vis- Vin)1Vs 2 equation Aimpl To the a wme Top Co (V

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16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit...

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6.3. The CS stage of Fig. 6.10 is designed with (W/L) 50/0.5, Rs 1 kS2 and R 2 ks2. If 1D1 1 mA, ...

A common source amplifier circuit based on a single n-channel MOSFET is shown in Figure 4b. Assume that the transconductance gm-60 mS (equivalent to mA/ V) and drain source resistance, os,...

16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit...

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Add Answer to: 16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit...

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6.3. The CS stage of Fig. 6.10 is designed with (W/L) 50/0.5, Rs 1 kS2 and R 2 ks2. If 1D1 1 mA, ...

A common source amplifier circuit based on a single n-channel MOSFET is shown in Figure 4b. Assume that the transconductance gm-60 mS (equivalent to mA/ V) and drain source resistance, os,...

Add Answer to:
16.2. Consider the PMOS common-source stage shown in Fig. 16.38. We wish to utilize this circuit...