Linear Integrated Circuits By Bakshi Pdf Free Download 'LINK'
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Linear Integrated Circuits By Bakshi Pdf Free Download 'LINK'
How to Download Linear Integrated Circuits by Bakshi PDF for Free
Linear integrated circuits are electronic devices that consist of multiple components such as transistors, resistors, capacitors and diodes on a single chip. They are widely used in various applications such as amplifiers, oscillators, filters, converters, timers and regulators. One of the popular books that covers the theory and design of linear integrated circuits is Linear Integrated Circuits by Uday A. Bakshi.
This book provides a comprehensive and systematic coverage of the topics related to linear integrated circuits, such as differential and cascode amplifiers, operational amplifiers, negative feedback, frequency response, applications of op-amps, specialized ICs and voltage regulators. It also includes numerous examples, solved problems, exercises and review questions to enhance the understanding of the concepts. The book is suitable for undergraduate students of electronics and communication engineering, electrical and electronics engineering, instrumentation engineering and allied branches.
If you are looking for a free PDF download of Linear Integrated Circuits by Uday A. Bakshi, you can try some of the following sources:
Google Books: You can preview some of the pages of the book on Google Books and download them as PDF files. However, you may not be able to access the full book due to copyright restrictions.
Google Books: You can also preview some of the pages of another book by the same author on Google Books and download them as PDF files. This book covers similar topics but with a different approach and presentation.
BTech Geeks: This website provides linear integrated circuit notes and study material in PDF format for free download. You can find various topics related to linear integrated circuits such as op-amps, filters, oscillators, comparators and more.
However, we recommend that you buy the original book from a reliable source if you want to get the complete and updated content. You can also support the author by purchasing the book from their official website or publisher.
Linear integrated circuits have many advantages over discrete circuits, such as:
Small size: The physical size of an integrated circuit is much smaller than that of a discrete circuit. This reduces the space and weight requirements of the electronic devices.
Low cost: Thousands of silicon wafers consisting of number of components individually, are produced simultaneously, called mass production. This lowers the manufacturing cost per unit and makes the ICs affordable.
High reliability: The integrated circuits have no soldered joints or interconnections that can fail or degrade over time. The components are also matched and tested for their performance and compatibility.
Low power consumption: The integrated circuits operate at low voltages and currents, which reduces the power dissipation and heat generation. This also extends the battery life of portable devices.
High speed: The integrated circuits have short signal paths and low parasitic capacitance, which improves the speed and frequency response of the circuits.
Improved functional performance: The integrated circuits can implement complex and sophisticated functions that are difficult or impossible to achieve with discrete components. They can also be easily modified or customized for specific applications.
However, linear integrated circuits also have some disadvantages, such as:
Limited power rating: The integrated circuits cannot handle high power levels (greater than 10 W) due to their small size and heat dissipation limitations. They may require external power amplifiers or heat sinks for high power applications.
External components: The integrated circuits cannot incorporate inductors and transformers on the semiconductor chip due to their large physical size and fabrication difficulties. They may also require external capacitors for