Authors: Dr. Manju R, Ms. P. Devi, Dr. R. Sarath and Mr. China Raju Manda

ISBN: 978-81-995355-0-3

DOI: https://doi.org/10.59646/511

Date of Publication: November 21, 2025

About the Book: 

Introduction to Standards in Electronics and Communication offers a comprehensive and foundational exploration of how global standards shape the reliability, safety, interoperability, and long-term evolution of modern electronic and communication systems, beginning with the fundamental role of standardization in engineering—where harmonized specifications reduce design errors, ensure quality, promote global trade, and enable seamless interaction among devices, networks, and technologies—and progressing through the work of major standardization bodies such as IEEE, IEC, ITU, ANSI, ETSI, BIS, and the ISI mark that signifies consumer trust. Building on this foundation, the book explains how standards are formally developed through meticulous proposal, drafting, review, balloting, approval, and continuous revision cycles, before moving into the rigorous frameworks that govern electronic components and systems, including standardized requirements for passive and active components, modular semiconductor design, PCB manufacturing through IPC standards, RoHS environmental compliance, and global benchmarks like IEC 62368-1 and 80 PLUS efficiency certifications. Communication standards form the heart of Unit 3, where wired, wireless, cellular, satellite, and optical communication protocols are unpacked from first principles—using the Shannon–Hartley theorem, layered architectures, link budgets, dispersion control, SONET/SDH overhead structures, and evolving generations of cellular technologies up to 5G and its mmWave challenges. The narrative then shifts toward networking protocols and the philosophical architecture of OSI and TCP/IP models, data encapsulation, IP addressing, DNS operations, management frameworks like SNMP, VLAN standards, QoS requirements, and security norms including ISO/IEC 27001. Wireless and mobile standards are presented through the evolution of GSM, UMTS, LTE, and 5G NR, the impact of W-CDMA, IMT-2020 criteria, and emerging 6G and quantum-safe communication paradigms. Broadcasting and multimedia standards follow, covering AM/FM, DAB, DVB families, multiplexing structures, end-to-end signal workflows, audio–video compression, streaming, and media container formats. The book culminates with instrumentation and measurement standards, emphasizing calibration traceability, ISO/IEC 17025 compliance for laboratories, IEEE 1057 for ADC characterization, EMC/EMI regulation via CISPR and IEC 61000, and standardized protocols for oscilloscopes, signal generators, analyzers, and automated instrument control through GPIB and SCPI—ultimately offering students, researchers, and professionals a structured, coherent, and highly practical understanding of the standards ecosystem that underpins every device, network, and communication technology in the modern world.