Complete Technology Handbook On Semiconductor, Microchips And Electronic Circuits With Project Profiles (Manufacturing, Fabrication And Physics)

Complete Technology Handbook on Semiconductor, Microchips and Electronic Circuits with Project Profiles (Manufacturing, Fabrication and Physics) (Engineers India Research Institute, ISBN 9788189765675) covers semiconductor device physics, wafer fabrication unit processes, packaging and test, and the printed and flexible electronics that sit alongside them.

Foundation sections cover semiconductor device structure, bandgap and crystal structure, doping, band theory and the distinction between conductors, semiconductors and insulators, electric circuit fundamentals, and the history of the transistor and integrated circuit. Device sections cover bipolar junction transistors in common base, emitter and collector configurations with characteristic curves and amplifier circuits, junction field effect transistors with biasing and pinch-off behaviour, MESFET and MISFET structures, and integrated circuit design across digital, analog and mixed signal.

Fabrication sections work through the unit processes individually: epitaxy and epitaxial growth control, thermal processing including anneals, rapid thermal processing and dry and wet oxidation, microlithography with immersion and multiple patterning and reticle handling, wet and dry etching, ion implantation, physical vapour deposition by sputtering and evaporation, chemical vapour deposition at atmospheric, low pressure and plasma enhanced conditions, atomic layer deposition, electrochemical deposition, chemical mechanical planarization, AFM metrology, wafer thinning and singulation, and dielectric film growth for silicon dioxide and silicon nitride. Process integration content covers wafer preparation, isolation by local oxidation and shallow trench, transistor formation, FinFET technology and nanoscale silicide formation.

Further sections cover wafer-level packaging with bumping, flip chip, redistribution layers, fan-out and through-silicon vias, interconnect reliability and electromigration, automatic test equipment, MEMS and microsystems, 3D integrated circuits, printed, flexible and RF printed electronics, flat panel and flexible displays, photovoltaics and photonic devices, yield management, cleanroom ESD and contamination control, statistical experimental design, and project profiles.

Frequently Asked Questions

What does the Complete Technology Handbook on Semiconductor, Microchips and Electronic Circuits cover?

The Complete Technology Handbook on Semiconductor, Microchips and Electronic Circuits (EIRI, ISBN 9788189765675) covers semiconductor technology from device physics to factory operations. Its main divisions are: semiconductor fundamentals and band theory; transistor and integrated circuit devices; wafer fabrication unit processes including lithography, etching, implantation and deposition; process integration and FinFET technology; packaging, interconnect and test; nanotechnology and nanofabrication; printed, flexible and RF electronics; displays, photovoltaics and photonics; fab operations, yield management and cleanroom control; statistical process methods; and project profiles for integrated circuits and electrical accessory manufacture.

Who is this semiconductor technology handbook written for?

This handbook is written for readers who need process and device detail across the semiconductor value chain. Its intended audience includes process and equipment engineers in fabrication and assembly, electronics and microelectronics students, quality and reliability engineers, professionals moving into the semiconductor sector from adjacent industries, technical libraries, and those studying India's semiconductor manufacturing programme and its associated schemes.

Who should consider entering semiconductor or electronics manufacturing in India, and why?

The realistic entry points differ enormously by segment, and this is the distinction that matters most. Wafer fabrication is not an entrepreneurial category: a leading-edge fab costs billions of dollars, requires deep process expertise and a secured customer base, and in India proceeds under government programmes with approved consortium partners rather than through independent startups. The accessible segments are downstream and adjacent: assembly, testing, marking and packaging operations, printed circuit board fabrication and laminate production, electrical accessories such as switches, miniature circuit breakers and distribution boards, printed and flexible electronics, and electronic component manufacture supported by government incentive schemes. These suit entrants with electronics engineering capability, quality system discipline and a route into original equipment supply chains. The constraints across all of them are demanding: capital equipment is largely imported and priced in dollars; cleanroom and contamination control add cost before a single unit ships; customer qualification cycles are long and require audited processes; and margins depend on yield, which improves slowly and only with disciplined data collection. Anyone assessing this sector should establish which segment they are actually entering before evaluating equipment.

Does the book explain semiconductor fabrication processes step by step?

Yes, with a dedicated section for each unit process. Lithography content covers the lithographic sequence, immersion lithography, multiple patterning, reticles, alignment targets and calibration standards. Deposition content covers physical vapour deposition by sputtering and thermal evaporation with vacuum chamber requirements and materials, chemical vapour deposition at atmospheric, low pressure and plasma enhanced conditions, atomic layer deposition with its comparison to conventional layer deposition, and electrochemical deposition parameters. Further sections cover wet and dry etching, ion implantation, epitaxial growth methods and control parameters, thermal oxidation kinetics for both dry and wet routes, low temperature oxide and PECVD silicon dioxide and nitride, chemical mechanical planarization including its role in shallow trench isolation, and wafer thinning and dicing.

What does the book cover on packaging, test and reliability?

Packaging content covers wafer-level packaging, bumping and flip chip technology, redistribution layers, fan-out wafer level packaging, through-silicon vias and the evolution of packaging technology. Interconnect reliability content covers nano-interconnects, 3D integration, and the mechanisms of electromigration and stress migration with the factors affecting them. Test content covers automatic test equipment history, system components, linear and mixed-signal testers and continuity testing. Reliability content covers build-in reliability, reliability growth management, failure data reporting and review, corrective action, and test types including burn-in, environmental stress screening, design verification, growth and qualification testing.

Does the book cover printed and flexible electronics?

Yes, across several sections. Printed electronics content covers the concept and its comparison with traditional device manufacturing, functional pattern carriers, functional electronic inks, printing materials and pressure, curing and sintering, limitations and product trends. Flexible electronics content covers the fabrication process, key materials and manufacturing technologies, flexible hybrid electronics opportunities and challenges, 3D interconnects, and inkjet printed capacitive touch sensor fabrication. RF printed electronics content covers substrate selection, rigid, flexible, rigid-flex, high-frequency and antenna printed circuit boards, signal integrity and electromagnetic interference, smart skin patches and energy harvesting for Internet of Things applications. Micro and nano printing content covers stereolithography, two photon polymerization and dip-pen nanolithography.

What project economics does the book include?

The book includes five project profiles, each covering plant and machinery, fixed capital, monthly working capital requirement, total capital investment and annual turnover, with most also covering land and building. The projects are: integrated circuits; earth leakage circuit breakers; electric switches, plugs, sockets and miniature circuit breakers; miniature circuit breakers with distribution boards; and PCB laminate and PCB board. Readers should note that four of the five profiles cover electrical accessory and circuit board manufacture rather than semiconductor wafer fabrication, which reflects what is realistically costable at entrepreneurial scale in this sector.

Does the book cover India's semiconductor programme and fab operations?

Yes. Policy content covers the Indian semiconductor sector, the India Semiconductor Mission and its progress, the impact of recent approvals, the Modified Programme for Semiconductors and Display Fab Ecosystem, the Scheme for Promotion of Manufacturing of Electronic Components and Semiconductors, and research and development activity in India. Operations content covers yield management strategies and the role of data analytics, computer integrated manufacturing and factory automation, manufacturing execution system functions, advanced process control, airborne molecular contamination monitoring, electrostatic discharge control in cleanrooms covering flooring, footwear, clothing and grounding, humidity control, vacuum system cleanliness, RF plasma generation and control, and equipment parts cleaning procedures.