Question 1. The voltage between control the current flow between, A) Gate and So

Question

Question 1. The voltage between control the current flow between, A) Gate and Source, Drain and Source B) Gate and Drain, Gate and Source C) Drain and Source, Drain and Gate Question 2. The gate of an N-Channel MOSFET is connected to a 4V digital signal. You measure a 3.5V drop across the Source and Drain terminals on the MOSFET. Looking at the graph below, what is the Drain current (ID)? Round to the nearest 5A increment Figure 6. Output characteristics Figure 7. Transter characteristics 70 60 5V 50 40 20 3V 10 10 2 34 Vosv 6 B Vas(V) 6/21 Doc ID 15617 Rev 3 Current- Amps Question 3. What region is the MOSFET from Question 2 operating in? A) Cutoff B) Linear C) Saturation D) Unknown

Explanation / Answer

Question 1; The Voltage Vgs applied at the gate controls current between drain and source terminals . Hence please choose option A)

Question 2 4V digital signal means VGS=4 V now measure on Vgs = 4 V curve in the output characterisitcs Current Id = 40 amps when Vds = 3.5 V

Question 3 Saturation mode

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