Calculate the bandwidth and input-output resistance, Electrical Engineering

Using the LM741operational amplifier build a voltage amplifier with the voltage gain of  |AV| = 500 v/v ± = 20%. Measure all necessary parameters of the amplifier (as per deliverables). Then, use the same operational amplifier to build a voltage amplifier with the voltage gain of  |AV| = 10 v/v ± = 20%

Deliverables:

a.) Show the proposed amplifier circuit and your hand calculations of the voltage gain, bandwidth and input/output resistance.

b.) Show the amplifier circuit in PSpice that you have used to evaluate the output resistance of your amplifier. 

c.) Show the actual frequency response of your amplifier using NI ELVIS. 

d.) Fill in the following table using the data from your hand calculations, PSpice simulations and actual measurements and present it to your tutor:

1855_Calculate the Bandwidth and Input-Output Resistance.png

Posted Date: 2/21/2013 6:25:24 AM | Location : United States







Related Discussions:- Calculate the bandwidth and input-output resistance, Assignment Help, Ask Question on Calculate the bandwidth and input-output resistance, Get Answer, Expert's Help, Calculate the bandwidth and input-output resistance Discussions

Write discussion on Calculate the bandwidth and input-output resistance
Your posts are moderated
Related Questions

conclusion about electrical engireng??

The creation of a magnetic field in a ring may need to be accessed by means of an air gap. This is typically used to apply the magnetic field to a current carrying conductor to pro


Lack of Accountability - High Technical Usage In huge, complex and widespread ST&D networks such as ours, the subsequent factors pose problems in arriving at reasonable estima

Commercial television broadcasting is allocated frequencies that fall in the VHF and UHF bands. Table lists the television channel allocations in the United States, with the channe

see figure on this link: http://tinypic.com/r/1zodevk/8. A. j400 I1-j1200 I2 (A) B. -j400 I1+j1600 I2 (A) C. j400 I1+j400 I2 (A) D. -j400 I1-j400 I2 (A)

In use, an appropriate bias voltage is applied between the two bases, with B2 made positive with respect to B1. Because the N-type bar is resistive, a relatively small current will

circuit diagram of 2 bit magnitude comparator

#questsdfsdfsdfsion..