Determine Vo for [i] Vbb=0, [ii]Vbb=1V, and [iii] Vbb=2V

Related BrainMass Solutions

• Working with Thevenin's theorem

  54731 Microelectric Circuits 10 Please check my work and if incorrect give me the correct answer Please refer to the problem stated in the attached file. (For the circuit shown below, beta = 80. What is the value of Ic?)

• AC/DC BJT transisitor Circuit Analysis

  14608 AC/DC BJT transisitor Circuit Analysis For the circuit in the image, Beta=120, VCC=5V, Va=100V, and Rb=25kohms. Determine Vbb and RC such that Rpi=5.4kOhms and the Q-point is in the center of the load line.

• MOSFET amplifier with active load

  The output voltage is VO = I*R = gm*VI*Ro, so VO/VI = gm*Ro = 100uA/V*400kohms = 40 V/V I hope that I explained this clearly for you.

• Electronics: Using Voltage

  For this duration, When Vi = -6V, Vo = -6/3 = -2V From region (1) above, we see that when Vi = -6V, Vo jumps from 0 to -2V When Vi = +4V, V0 = 4/3 = 1.33V 3. +50 >= Vi > 4, D1 is ON and D2 is OFF.

• Amplifier Design

  For this project it has been determined that an amplifier with the following specifications is needed: i) Open circuit voltage gain in |Vo/Vin| of 300 +- 10%. ii) Input resistance greater than 1 k Ω.

• Circuit analysis with LEDs, BJTs, Relays, Opto Couplers

  V_CE=1V, thus V_R=V_CC-V_CE=9V-1V V_R=8V 2 LED (Opto-Couplers) circuits are analysed and circuit parameters determined, such as currents an, voltages and component values

• Transcendental equation for a semi-infinite potential well

  Boundary Condition: For continuity of the wave function at the x=0, ψ1 =0 at x=0 Substituting in (1) 0 = A è A = 0 -----------------------------------------(2) In region III, Potential V = V0, and E<Vo Applying time independent Schrodinger

• Eigenvalues for a matrix A satisfying A^2=-A

  Then the possible values of the eigenvalues of A are i) 0, ii) 1, iii)-1, iv) i, v) -i A. i) and ii) only B. i) and iii) only C. iv) and v) only D. i), iii), iv), and v) E.

• Ideal Op Amp

  (2pi*60t)= = 0 degree If the above conditions are met, Vo max = 1 - 0 = 1V answer is C --------------------------------------------------- Hope this helped.