Question

Notify Me Bookmark

In the circuit shown in figure 3 , assume Iss = 1 mA, and W/L = 50/0.5 for all transistor. The ratio of current through M5 over M3 and M6 over M4 are both 4:1. μncox = 350 μA/V2; μpcox = 100 μA/V2, Vtn = Vtp = 0.8 V. a) Determine the voltage gain (all transistors are in saturation region). b) Calculate Vb such that ID5 = ID = 0.8 (Iss/2). c) If the current source IsS requires a minimum voltage of 0.4 V, what is the maximum differential output swing? Figure 3

In the circuit shown in figure 3 , assume Iss = 1 mA, and W/L = 50/0.5 for all transistor. The ratio of current through M5 over M3 and M6 over M4 are both 4:1. μncox = 350 μA/V2; μpcox = 100 μA/V2, Vtn = Vtp = 0.8 V. a) Determine the voltage gain (all transistors are in saturation region). b) Calculate Vb such that ID5 = ID = 0.8 (Iss/2). c) If the current source IsS requires a minimum voltage of 0.4 V, what is the maximum differential output swing? Figure 3

Image text
In the circuit shown in figure 3 , assume Iss = 1 m A , and W / L = 50 / 0.5 for all transistor. The ratio of current through M 5 over M 3 and M 6 over M 4 are both 4:1. μ n c o x = 350 μ A / V 2 ; μ p c o x = 100 μ A / V 2 , V t n = V t p = 0.8 V . a) Determine the voltage gain (all transistors are in saturation region). b) Calculate V b such that I D 5 = I D = 0.8 (Iss/2). c) If the current source IsS requires a minimum voltage of 0.4 V , what is the maximum differential output swing? Figure 3

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

In the circuit of figure below, assume that ISS = 1 mA and W/L = 50/0.5 for all the transistors. (a) Determine the voltage gain. (b) Calculate Vb such that ID5 = ID6 = 0.8(ISS/2). (c) If ISS requires a minimum voltage of 0.4 V, what is the maximum differential output swing? VDD = 3 V, μnCox = 134 μA/V2, Vthn = 0.7 V, λn = 0.1 V−1 for L = 0.5 μm μpCox = 38.3 μA/V2, |Vthp| = 0.8 V, λp = 0.2 V−1 for L = 0.5 μm
Solution
0 0

In the circuit of figure below, assume that ISS = 1 mA and W/L = 50 /0.5 for all the transistors. (a) Determine the voltage gain. (b) Calculate Vb such that ID5 = ID6 = 0.8(ISS/2). (c) If ISS requires a minimum voltage of 0.4 V, what is the maximum differential output swing? VDD = 3 V, μnCox = 134 μA/V2, Vthn = 0.7 V, λn = 0.1 V−1 for L = 0.5 μm μpCox = 38.3 μA/V2, |Vthp| = 0.8 V, λp = 0.2 V−1 for L = 0.5 μm

Solution
0 0

7 (8 marks) In the circuit of Fig. 7, assume that ISS = 1 mA and (W/L) = 50/0.5 for all the transistors. The circuit is fully symmetric. VDD = 3 V, kn′ = 4kp′ = 400 μA/V2, |VTn,p| = 0.6 V a. Determine the voltage gain with ID5 = ID6 = 0.9(ISS/2). b. Calculate Vb such that ID5 = ID6 = 0.9(ISS/2). c. If ISS requires a minimum voltage of 0. 3 V, what is the maximum differential output swing?
Solution
0 0