Question

Notify Me Bookmark

Q5.4 State (a) has no electrons stored in floating gate, state (b) has electrons stored in the floating gate. In the following drain current vs. control gate voltage (Ids−Vcg) curve, which curve corresponds to state (a) and which curve corresponds to state (b)? [3 pts] Label clearly 1 or 0 to state (a) or state (b). Floating Gate (FG)

Q5.4 State (a) has no electrons stored in floating gate, state (b) has electrons stored in the floating gate. In the following drain current vs. control gate voltage (Ids−Vcg) curve, which curve corresponds to state (a) and which curve corresponds to state (b)? [3 pts] Label clearly 1 or 0 to state (a) or state (b). Floating Gate (FG)

Image text
Q5.4 State (a) has no electrons stored in floating gate, state (b) has electrons stored in the floating gate. In the following drain current vs. control gate voltage ( I d s − V c q ) curve, which curve corresponds to state (a) and which curve corresponds to state (b)? [3 pts] Label clearly 1 or 0 to state (a) or state (b). Floating Gate (FG)

Detailed Answer

0 0

Please enter your email here. You will get email when this question is answered by our tutor.

Doubtrix Logo

Problem is not yet solved!

Click on Notify me to get email when question is answered.

Join Doubtrix with 7-days free trial

  • Icon Correct & Verified Answers
  • Icon No AI-Generated Answers
  • Icon Video Solution for Difficult Questions
  • Icon Work With Experts to Reach at Correct Answers
Notify me Login Sign Up

Similar/Related Questions

Consider the circuit below. Assume ITAIL = 1 mA, RD = 1 kΩ, VDD = 3 V The input/output transfer characteristic of the circuit is on the right. a) Indicate the values of VH, VL and VMID. b) Indicate the slope of the line in terms of small signal parameters and other element values. c) Label which curve corresponds to V01 and which to V02.
Solution
0 0

(21 pts total, 3 pts each) Determine the operating region and drain current for the following transistors. If the transistor is in saturation or triode, determine the drain voltage which is the boundary between those two regions. If the transistor is in cutoff, determine the gate voltage which is the edge of cutoff. The channel length is the minimum value. The NMOS width is 0.90 μm and the PMOS width is 1.8 μm. The channel length is 0.18 μm in all cases. Numerical answers to check your work: (a) drain voltage boundary = 0.727 V, ID = 295 μA (e) drain voltage boundary = 1.10 V, ID = 234 μA (a) (b) (c) (d) 0.6 V 1.0 V (f) (g)

Solution
0 0

Q6. For the amplifier circuit shown in Fig. Q6, the MOS Transistor Ml has the following parameters: Kn = 1 mAV−2, and VTHN = 1 V. MOS transistors M2 and M3 are identical and have the following parameters: Kp = 1 mAV−2, and VTHP = −1 V. Fig. Q6 (a) Perform the DC analysis of the amplifier circuit shown in Fig. Q6, and show that the DC gate voltage of Ml is 5 V. You need to explain briefly your answer. (b) Calculate the value of RS such that the drain current of MI is 4 mA. Verify that the Ml is operating in the saturation region. [ Ans: Rs = 0.5 kΩ] (c) Calculate the parameters, gm and ro, of the small-signal model of the transistor Ml. [Ans: gm, M1 = 4 mAV−1, and ro, M1 = ∞ ] (d) What is the configuration of this amplifier? (e) Calculate the values of Rin , and Rout . [Ans: Rin = 5 kΩ and Rout = 2 kΩ ] (f) Estimate the voltage gain, Av( = vout /vin ). [ Ans: AV = −1.78]

Solution
0 0