prepare and submit a term paper on The Using of Circut Board. Your paper should be a minimum of 2000 words in length.

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You will prepare and submit a term paper on The Using of Circut Board. Your paper should be a minimum of 2000 words in length. The experiment is centrally centered on the TRANSISTOR FEEDBACK CIRCUITS board. Since the TRANSISTOR FEEDBACK CIRCUITs circuit boards have 4 circuit blocks, this experiment will explore all the four circuit blocks. The four include the SERIES FEEDBACK or SHUNT FEEDBACK circuits block, the MULTISTAGE SHUNT SERIES FEEDBACK circuits block, the MULTISTAGE SERIES SHUNT FEEDBACK circuits block, and the DIFFERENTIAL AMPLIFIER circuits block. In regard to this, the experiment is set to achieve one key object, which is locating and identifying the key circuit blocks along the TRANSISTOR FEEDBACK CIRCUITS circuit boards. In order to realize this key objective, there are other objectives the experiment has to realize. First, at the end of the experiment, one is expected to have gained the ability to set up and activate circuit blocks through the two-post connectors, as well have the ability to apply power. Secondly, he or she needs to be able to describe how a series feedback circuit works when using the measurements of both the alternating and direct current. Thirdly, the experiment is set to help the student realize the ability to observe the effects of the series negative feedback on bandwidth when using a typical series feedback circuit. Understanding the effects of the shunt negative feedback upon the output and input impedance when a given typical shunt feedback circuit is applied should also be achieved. One other aim would be that the learner should be able to observe the effects of the shunt negative feedback upon the output and input impedance when using the typical shunt feedback circuit. After completing this experiment, the learner is also expected to understand the operation, as well as the characteristics of two types of multistage feedback amplifiers. This should be done using direct and alternating current measurements.&nbsp.