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Terms and Conditions

Terms and Conditions 

Effective Date: 1 September 2025

Welcome to Electronics FAQ (“we,” “our,” “us”). By accessing or using our blog located at https://electronicfaq.blogspot.com/ (“Website”), you agree to be bound by these Terms and Conditions (“Terms”). Please read them carefully before using our Website.


1. Acceptance of Terms

By using this Website, you acknowledge that you have read, understood, and agree to these Terms. If you disagree, please discontinue using our Website.


2. Use of Content

  • All content provided on this Website is for educational and informational purposes only.

  • You may not reproduce, distribute, or exploit any material without prior written consent from us.

  • Users are granted a limited, non-exclusive license to access and use the Website for personal, non-commercial purposes.


3. User Responsibilities

  • You agree not to misuse the Website, post harmful content, or engage in unlawful activities.

  • You must not attempt to interfere with the security or functionality of the Website.

  • Any comments or contributions you make should be respectful and non-offensive.


4. Intellectual Property

  • Unless otherwise stated, we own the intellectual property rights for all content published on this Website.

  • You may quote or share our content only with proper attribution and a link back to our Website.


5. Third-Party Links and Ads

  • Our Website may display advertisements, sponsored content, or links to third-party sites.

  • We are not responsible for the content, accuracy, or policies of third-party websites.

  • Clicking on such links is at your own risk.


6. Disclaimer

  • All information provided is for general knowledge and should not be considered professional advice.

  • We do not guarantee the accuracy, completeness, or reliability of the content.

  • Your use of the Website is at your sole risk.


7. Limitation of Liability

We are not liable for any direct, indirect, incidental, or consequential damages arising from:

  • Use or inability to use the Website.

  • Errors, inaccuracies, or omissions in the content.

  • Third-party advertisements or external links.


8. Privacy Policy

Your use of the Website is also governed by our Privacy Policy. Please review it to understand how we collect, use, and protect your data.


9. Google AdSense and Cookies

  • This Website uses Google AdSense to serve ads.

  • Google may use cookies (including DoubleClick DART cookie) to deliver relevant ads based on your interests.

  • You may opt out of personalized advertising by visiting Google Ads Settings.


10. Termination

We reserve the right to restrict or terminate your access to the Website at our discretion, without notice, if you violate these Terms.


11. Changes to Terms

We may update these Terms from time to time. Any changes will be posted on this page with an updated Effective Date. Continued use of the Website after changes means you accept the revised Terms.


12. Governing Law

These Terms shall be governed by and interpreted in accordance with the laws of India, without regard to conflict of law principles.


13. Contact Us

If you have any questions about these Terms and Conditions, please Contact Us 

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What happens to the energy stored in an inductor carrying a current?

Can the Energy Stored in an Inductor Be Used Practically? Applications, Benefits, and Real-World Examples. Why does an inductive load create sparking across contacts?  An inductor stores energy in the form of a magnetic field as long as current is flowing through it. As the current stops, the magnetic field began to collapse. Collapsing magnetic flux is also a rate of change of magnetic flux that will induce a large voltage spike (back EMF) across it. Energy stored in an Inductor:  Since this induced voltage is parallel to the inductor coil, it decays by converting it to heat across the coil resistance. During this process, the coil generates a magnetic field again due to the flow of decaying current through the coil, which results in electromagnetic interference during radio operation and sparking across open contacts. Adverse effects of stored energy in an inductor:  Can we put this back-EMF into use? Yes. Practical Use of Stored Energy in an Inductor:  Spark-ignit...

Why are transformers rated in VA and not watts?

Why Is Transformer Rating Given in VA? Understanding Power in Volt-Ampere versus watts, Power Factor, and Transformer Efficiency related to inductive load Real reason: Because the manufacturer of the transformer never knows where it is going to be used. Suppose a transformer of 100KVA feeds a resistive load; it will develop 100 kilowatts of power across the load because the power factor of the resistive load is unity. If the same transformer feeds an inductive load of power factor 0.5, then it will develop only 50 kilowatts of power across the load. Hence, if I want to rate a transformer in watts, then I need to know the power factor of the load, which is impossible. So, the transformer is rated in VA, KVA or MVA. A mug of beer analogy of Power Factor: FAQ Set: Q1: Why is transformer rating given in VA instead of watts? Transformer ratings are given in   VA (volt-amperes)   because transformers must handle   apparent power , which includes both real power (watts) and reac...