In: Electrical Engineering

Design a complete single-stage amplifier using transistor to amplifier a sine-wave voltage signal with an amplitude of 2 mV, frequency range from 20-20kHz and internal resistance of 1k ohm. the output of the amplifier supplies to a load of 5k ohm and the required voltage amplitude around 300 mV.

One transistor amplifier BJT 1.Design a single transistor
amplifier BJT with appropriate coupling and bypassing capacitors.
2.Draw the DC equivalent circuit and find the Q point. Draw the AC
equivalent circuit and find parameters of your full amplifier
circuit (gain and input resistance) . 3.Simulate the FULL amplifier
circuit in DC state, indicate the Q point on the diagram and
compare with theoretical results. 4.Simulate the FULL amplifier
circuit using appropriate sin input signal(s). Using the simulation
results from the...

Topic 6. One transistor amplifier (BJT)
1. Design a single transistor amplifier (BJT) with appropriate
coupling and bypassing capacitors. You can use the examples from
the book or homework, but need to change the parameters values
.
2. Draw the DC equivalent circuit and find the Q point. Draw the
AC equivalent circuit and find parameters of your full amplifier
circuit (gain and input resistance) .
3. Simulate the FULL amplifier circuit in DC state (you cannot
use DC operating...

Design a three-stage operational amplifier at the transistor
level using BJT technology. Your design should
include a differential input stage with large input resistance,
a gain stage, and an output stage with low
input resistance. Justify your design choices. Use the op-amp
you designed to create an inverting amplifier
using negative feedback with a given gain, A = −Rf/Ri . Provide
a characterization of your op-amp design which
includes input resistance, output resistance, input bias
currents, input offset current, input...

In the following graph of a sine wave, the Y-axis is voltage (Volts) and the X-axis is time seconds). What is the voltage amplitude? What is the phase shift in seconds?What is the phase shift in degrees?What is the phase shift in radians?

Design a sine wave generator with adjustable frequency and
amplitude. Show circuit diagram please!

a) As an Engineer you are to design a single stage
JFET Amplifier. Explain in your own words its operation ,
identifying each components and their functions .
b) With your knowledge and understanding in MOSFET ,
explain electrically with graph supporting your answers , the three
regions of operation of a MOSFET.
please answer all.thank you.

Design a single stage BJT amplifier with the following
constraints:
This involves the following:
-DC and AC analysis and the frequency response of the
amplifier.
-Use a 2N2222 transistor
-Power supply (VCC): 6 V
-An input impedance near to 3 kΩ
-Overall midband voltage gain of -30 V/V
-A load resistance of 2 kΩ
-The input signal has an RSignal of 500 Ω
-Choose a good Qpoint and select the coupling and bypass
capacitors to obtain an fL-3dB of 100...

1.
Imagine a sine wave on the oscilloscope screen that had an
amplitude of 4V and a period of 2ms. If you turn the time/division
knob to something larger, will one number change, both, or neither?
If one does change, does it increase or decrease?
2. When measuring amplitude of a wave, why is it useful to
measure from the bottom to the top of the wave?
3. What is the mechanical audio signal that the microphone
receives changed to...

1. A sinusoidal voltage wave on a transmission line has real
amplitude, V_0. The wave is expressed in phasor form as
V_s(z) = V_0*e^(-alpha*z)*e^(-j*(beta)*z)
a. In which direction does this wave propagate and why?
b. Express the given wave in real instantaneous form.
c. The parameters of the line, operating at ω= 6.0×10^8 rad/s
are L = 0.350 μH/m, C = 40.0 pF/m, G = 0 and R = 15.0 Ω/m. Find
α,β,λ, andZ_0 (in magnitude and phase).
d. Calculate...

Design a differential amplifier using three 2N3904 transistors.
Use the third transistor as acurrent source device. The
differential transistors are to be biased at 10v and 10mA. Use Vcc
of your choice and differential gain at 1KHz is to be 50.

ADVERTISEMENT

ADVERTISEMENT

Latest Questions

- Utilize the data below to answer the following question: Ready-to-Drink (RTD) Coffee Market Overall RTD Market...
- An investor buys a 3.8% annual payment bond with 8 years to maturity. The bond is...
- In Shavertown, Pennsylvania, the owner of Wilkes-Barre Bookkeeping LLC was indicted for embezzling over $375,000 of...
- JavaScript is executed all on the client side within the browser. What kind of tasks or...
- Facts Most flights are scheduled during early morning or early evening. Based on their circumstances passengers...
- Eric has faced the lower sales from his laundry business and it business has gone to...
- #4. A vase was placed on the coffee table. The coefficient of static friction between the...

ADVERTISEMENT