Sensors and Transducers because it is not indexed in the Web of Science. Its scientific influence is modest, reflected by a CiteScore ~1.0 and an h5-index ~17. Researchers seeking a high-impact factor venue should consider journals listed in the comparison above. However, for niche sensor topics or open-access publication with rapid turnaround, Sensors and Transducers remains a valid, though low-impact, option.
IFSA offers open-access models, ensuring your research is available to engineers and startups worldwide without a paywall.
The field of sensors has seen a massive influx of papers over the last decade due to the rise of the Internet of Things (IoT), wearable technology, and flexible electronics. Because of this, the Impact Factors for these journals have generally trended upward, bucking the trend of some older, established physics journals.
Consequently, journals dedicated to this niche have seen submission volumes triple over the last decade. With high volume comes high rejection rates, and with high rejection rates comes a higher perceived Impact Factor. sensors and transducers journal impact factor
The standard calculation methodology used by major tracking databases like Clarivate and Scopus follows a rigid window of observation. To understand what a journal impact factor truly implies for an author, it helps to review the core math behind the metric. The Two-Year Formula
Let's explore the most significant journals and their latest performance.
Using IF alone, an administrator might judge Paper A as “better.” However, Paper B might be more useful to practicing engineers and have greater long-term archival value. The IF difference partly reflects field citation norms, not inherent quality. Sensors and Transducers because it is not indexed
Sensors & Transducers journal (ISSN: 1726-5479), published by IFSA Publishing
Ensure your paper emphasizes the sensor or transducer mechanism itself, rather than just using a commercial sensor as a minor component of a larger software system. Conclusion
Papers discussing topics like analog-to-digital converters (ADCs) in sensor systems or micro-mechanical membrane designs are highly practical but have a smaller pool of citing researchers compared to general-science papers. However, for niche sensor topics or open-access publication
The metrics associated with the Sensors & Transducers journal matter for several practical reasons: Institutional Benchmarking
This metric weights citations based on the prestige of the citing journal, offering a nuanced look at the journal's influence within the specific niche of electrical and electronic engineering. 4. Why the Impact Factor Matters to Researchers
The (ISSN 2306-8515, e-ISSN 1726-5479) is an established, international, peer-reviewed open-access journal, published since 2005 in both print and electronic (PDF) formats. It is the official journal of the International Frequency Sensor Association (IFSA) , a non-profit professional society for the sensor industry and academia, founded in 1999.
Measured at approximately 0.281 , which indicates a slow but stable citation velocity for specific technical designs.
But how does it stack up in the world of academic metrics? Let’s break down its impact factor, scope, and how it compares to other heavy hitters in the field. What is the Impact Factor of Sensors & Transducers?