Are you struggling to draft a well-founded dissertation on Semiconductor Devices and Circuits. If that is the case then, we are here with complete semiconductor devices and circuits dissertation help. At My Assignment Services, we have a team of subject specialists and Ph.D. veterans who can help you ace your program by understanding the intricate concepts related to semiconductor devices and circuits. A student doing a Ph.D. or post graduation knows the importance of submitting a flawless dissertation. Hence, the students do not hesitate to take the expert’s help for writing a dissertation. Our technical writers are experts of semiconducting circuits and devices and deliver an exceptionally well-written thesis. So, if you want to have a stress-free academic session, contact us! We will not disappoint you in any way.

Semiconductor Devices and Circuits Dissertation Help

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Semiconductor Devices and Circuits Dissertation sample

What are semiconductor devices?

A device that lets the electric current flow through it is a semiconducting device. For instance, a CPU consists of multiple transistors on it. The transistors are made of semiconducting material, which allows the flow of current through them. It is in control of a switch. The flow of current depends on the state of the switch that is ON or OFF. Hence, the devices which allow the flow of current through them partially are the semiconductor devices.

The semiconductor devices and circuits ideal for a dissertation

Hall Effect Sensor

An electronic device that is for detecting the Hall effect and converting its findings into a form of electronic data, is the hall effect sensor. Its use is for switching the circuit on and off, for measuring the variations in the magnetic field. The representation is on the interface or by processing through an embedded computer. In 1879, Edwin Hall discovered that if a magnet is in a perpendicular position to a conductor, all the electrons present in the conductor tend to be on one side. It creates a change in the charge. This effect shows the presence of magnitude and magnetic field near a conductor. Since then, there has been extensive research and development of Hall Effect Sensor.

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Rectification and Switching are the two main functions of a thyristor, which is a semiconducting device. There are 3 junctions and 4 layers in this device, which are the result of combining the alternating n and p-type semiconducting materials. Thyristor got its name from the paring of Thyraton and Transistor. It is because a thyristor has the rectification property of thyratron and the switching property of the transistor. The three terminals in a thyristor are the gate, cathode, and anode. A unique property of thyristor is its unidirectionality. The researchers have a great interest in thyristor because of the scope of adding other properties of thyratron and transistor to it.

Integrated Circuits

An integrated circuit is a semiconducting wafer which can be a microchip or a chip. There are thousands of capacitors, transistors, and resistors on the integrated circuit chip. IC can operate as computer memory, amplifier, oscillator, or microprocessor, the research around it has been extensive, and the development is tremendous. An integrated circuit is either digital, or analog depending on its application. In the analog integrated circuits, the output is consistently variable and it depends on the input signals. On the other hand, in digital integrated circuits, there are a few dedicated levels of operation and not a continuous signal amplitude. With the extensive use of ICs in technology, it becomes the center of attraction for researchers.

Solar Cell

solar cell

It is a photovoltaic cell that is for converting light energy into electric energy by utilizing the photovoltaic effect. Simply put, a solar cell is nothing but a p-n junction diode. The electrical characteristics of a solar cell like voltage, current, or resistance show variations with the exposure to light. Many solar cells are combined to form a solar panel. Though the solar cells are small, their combination into a solar panel can generate a large quantity of renewable energy. Thus, the researchers prefer to analyze the ways to utilize solar cells extensively in producing renewable energy.

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