Assuming kn' = 3kp' = 140 uA/V^2, W/L = 700, and VTh = 0.7 V Determine the current ID in the following circuit: Write your answer in milli-Amps (without units)
In the circuit shown, M1 and M2 serve as current sources. Assume kp'W/L = 8 uA/V^2, Lambda = 0, and |VTH| = 0.6 V. Calculate IX and IY if VDD = 1.8 V, VB = 1 V,R = 1 kohm.
In the circuit shown, M1 and M2 serve as current sources. Assume kn' = 200 uA/V^2, kp' = 100 uA/V^2, Lambda = 0, and |VTH| = 0.4 V. Calculate IX and IY if VDD = 1.8 V, VB = 1 V, R = 1 k-ohm, and W/L = 20/0.25.
Figure 9.80 shows an arrangement where M1 and M2 serve as current sources for circuits 1 and 2. Design the circuit for a power budget of 3 mW. Figure 9.77 shows an arrangement where M1 and M2 serve as current sources for circuits 1 and 2. Design the circuit for a power budget of 3 mW. Figure 2 shows an arrangement where M1 and M2 serve as current sources for circuits 1 and 2. Design the circuit (that is, find suitable values of IREF and W/L ratio of the 3 MOSFETs) for a power budget of 3 mW.