Lab 1

The transistor parameters for the circuit in Figure are B1 =B2 = 100, VBE1(on) = VBE2(on) = 0.7 V, and VA1 = VA2 %3D =00.Find the small signal voltage gain Av = vo/vs. (Note that VT=0.026 V) %3D Vcc=9 V Rib Q2 1 ko -R. 20 V 100 Q -14.76 O 0.899 -55.3 ww ww

I need to design a multi stage amplifier with the following specs:

Q1. Figure 1 shows a differential amplifier. Assume that all transistors are identical. 3=180, V₂=0.026 Vand VBE = 0.7V. a) b) c) Show that the d.c. bias current to the differential pairs is Iccs = 0.6 m.A. Calculate the d.c. voltages at the output terminals V1 and 12 Given that the input signals are V₁ = 4sin(wt) and V₁ = 2 sin(wt) in mV, find the a.c. voltage between Vo1 and Vo2- 5k0 9.6k0 +12 V 6k0 200411 01₁ Figure 1 I CCS 12k0 6k0 0411

The transistor parameters for the circuit in Figure are B, =B2 = 100, VBE1on) = VBE2ton) = 0.7 V, and %3D VA1 =VA2 =0.Find the small signal voltage gain Av = vo/vs. (Note that V-=0.026 V) Vcc=9 V Rib Q1 Vs 1 ko -Ro 20 V 100 Q -ww

Please solve it.

Determine the small signal voltage gain, input resistance and output resistance of the circuit shown in figure 3 .Assume the transistor parameters are β=100,Vbe=0.7V  and Va=100V

Consider the Wilson current source in Figure 1. Assume the reference current IREF is 0.25mA. The transistor parameters are VBE(ON) = 0.7V, VA= 120V and B= 80. a) Determine the output resistance Ro looking into the collector of transistor Q3 of the Wilson current mirror b) What is the change in Io as the output voltage change by +5 V? IREF R Figure 1 ww

........ (Figure-1) R. RB= 380kN,Rc= 1kN B = 100, VBB = Vcc=12V RB ww Vec CC ......... I, V CE СЕ V ВЕ BB Q-1-b) Describe briefly the input / output characteristics and application of Common Emitter BJT Configuration

I need to create a multistage amplifier

Among the three characteristics of a transistor amplifier, which region is normally employed for linear (undistorted) amplifiers? a. active region b. capital region c. saturation region d. cutoff region Choose correct answer

I need to create a multistage amplifier. With the following specs.

Detail step

4. A current measuring operational amplifier is made by bridging a resistor across the inverting terminal (pin 2) and the output terminal (pin 6). The noninverting terminal is grounded. a. Draw a sketch of the current measuring circuit. Determine an appropriate resistor for converting a current of 1.0 picoamperes (1.0 × 10-¹2 A) to a voltage of 0.010 V. (The math for this question is very easy, don't overthink this question. b. There are a few reasons that circuit you drew in part a will not be effective. First, you will have a difficult time finding a resistance with the required resistance value. Second, the input terminals do not have infinite resistance value. In fact, for an inexpensive 741 op-amp, the input terminal resistance may only be a few MOhms, which is far less than the resistance your calculated for the feedback resistor. This means that more current will be drawn into the op-amp than will go around it. Finally, the op-amp may have a bias current that is larger than the…

Which of the following is the basic feature of the emitter-connected amplifier circuit? I. It has voltage gain II. It has current gain III. There is a 180 degree phase difference between the input signal and the output signal

Book: Operational amplifiers and Linear Integrated circuits Chap#03