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Amazon Basics Rechargeable LED Table Lamp Review: Features, Battery Life, Drawbacks & Real-User Verdict

 In this article, I share a detailed hands-on review, including the lamp’s best features, battery performance, everyday usability, and the one major drawback that buyers often discover too late.

๐Ÿ‘‰ Watch the full video review here: https://youtu.be/URIiMSa2Yo4




1. Design & Flexibility: A Lamp That Moves the Way You Need

One of the first things you notice is the lamp’s highly flexible neck. Unlike rigid metal stems, this one bends effortlessly, allowing you to adjust it to any position—perfect for studying in bed, reading a book on a couch, or directing focused light onto your laptop keyboard.

Key design benefits:

  • Lightweight and portable

  • Fully flexible stem for angle adjustment

  • Minimalist design suitable for bedrooms, study tables, and home offices

This feature alone makes it one of the most user-friendly study lamps in its price range.


2. Three Light Modes: White, Yellow & Mixed

Lighting preferences change depending on the task—white for reading, yellow for relaxing, and mixed for balanced usage.
The Amazon Basics lamp offers three touch-sensitive modes:

  1. Cool White Light – Bright and sharp; ideal for reading textbooks or writing notes

  2. Warm Yellow Light – Comfortable for evening use and reduces eye strain

  3. Mixed Light Mode – A blend of both, suitable for long study sessions

Switching between modes is intuitive:
✔ Tap once → White
✔ Tap twice → Yellow
✔ Tap thrice → Mixed
✔ Tap again → OFF

This simplicity makes it ideal for students and working professionals alike.


3. Adjustable Brightness: Press-and-Hold Dimming

The lamp also offers smooth brightness control.
All you need to do is press and hold the touch button:

  • The brightness gradually decreases

  • Hold again to increase the light intensity

This dimmable feature is extremely useful during late-night study sessions when harsh lighting can cause fatigue.


4. Battery Life: 4–6 Hours on a Full Charge

With regular use, the lamp delivers around 4 to 5 hours of continuous light, depending on the mode and brightness level.

A fully charged battery easily lasts an entire evening of studying or binge-reading. Once the brightness begins to fade, it's a sign that the lamp needs recharging.

This makes the lamp perfect for:

  • Hostel rooms

  • Power cuts

  • Late-night reading

  • Portable table lighting without messy cables


5. The Major Drawback: Charging Socket Loosens Over Time

Here’s where things get tricky—and this is the main reason many users hesitate to repurchase the product.

After a few months of constant plugging and unplugging, the DT-type charging socket tends to loosen.
Once loose, the lamp stops charging properly, and eventually becomes unusable.

In my experience:

  • This issue appeared on multiple units

  • It is a recurring manufacturing flaw

  • Once the port loses grip, repairing it is difficult

For a lamp designed to be recharged daily, this becomes a critical long-term problem.


6. Packaging & What You Get Inside

Amazon Basics usually maintains good packaging standards.

Inside the box, you will find:

  • The Rechargeable LED Table Lamp

  • A DT-type charging cable

  • A user instruction manual

Note:
An adapter is not included, but you can use any standard mobile charging adapter from home.


7. Should You Buy This Lamp in 2025? – Verdict

The Amazon Basics Rechargeable LED Table Lamp is ideal if you want:

  • A budget-friendly study lamp

  • Multiple light modes

  • Flexible design

  • Adjustable brightness

  • Portability

However, the recurring charging socket issue makes it a risky long-term investment.

Buy it if:

You need a short-term or occasional-use lamp.

Avoid it if:

You want a lamp that lasts for years without charging problems.


Conclusion: A Good Lamp Held Back by One Serious Flaw

Based on features alone, the lamp performs exceptionally well for its price.
But durability is where it struggles.

If Amazon improves the charging port in future versions, this could easily become one of the best budget study lamps in India.

For a complete demonstration—flexibility, modes, dimming, charging, and live usage—
๐Ÿ‘‰ Watch the full video review here: https://youtu.be/URIiMSa2Yo4




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Beginner’s Guide to Essential Electronic Components (With Images & Easy Examples)

 

Beginner’s Guide to Essential Electronic Components (With Images & Easy Examples)

A complete introduction for school students, engineering beginners, and DIY hobbyists




Electronics can look intimidating when you’re just getting started—so many components, so many pins, so many small markings! But once you understand the basics, building circuits becomes one of the most enjoyable ways to learn science.

This guide walks you through the 10 most important components you’ll use in almost every project. Whether you’re making a school model, preparing for engineering, or exploring Arduino, these components form the foundation of real-world electronics.

At the end, you’ll also understand how to connect everything on a breadboard using a simple power source like an Arduino Uno.


๐Ÿ”Œ 1. Resistors: The Guardians of Safe Current

A resistor limits the flow of current so that other components are not damaged.
Resistors come in different values—220ฮฉ, 330ฮฉ, 1kฮฉ, 4.7kฮฉ, 10kฮฉ and more.

How to identify them:
Color bands painted on the resistor follow a universal code. Once you decode the colors, you can read any resistor’s value instantly.

Where you’ll use it:
LED protection, voltage dividers, sensors, logic circuits.


➡️ 2. Diodes: One-Way Gates for Current

A diode allows current to flow only in one direction.
They always have polarity, meaning one side is positive and the other is negative.

How to identify polarity:
A silver (or white) band on one end marks the negative (cathode) side.

Where you’ll use it:
Rectifiers, reverse-current protection, switching circuits.


๐Ÿ’ก 3. LEDs: The Most Fun Component for Beginners

LEDs glow when current passes through them.
They too have polarity:

  • Long leg = Positive (Anode)

  • Short leg = Negative (Cathode)

Different colours have different voltage ratings—red LEDs glow at ~2V, while blue/green/white need ~3–3.3V.

Where you’ll use it:
Indicators, Arduino projects, displays, mini-lamps.


⚡ 4. Electrolytic Capacitors: Mini Charge Storage Devices

Capacitors store small amounts of electrical charge.
Electrolytic capacitors have polarity and are identified by:

  • Short leg = Negative

  • Long leg = Positive

Markings like “100ยตF 25V” tell you the capacitance and voltage rating.

Where you’ll use it:
Filtering, smoothing power supplies, timing circuits.


๐Ÿ”ฒ 5. MOSFET: The Efficient Electronic Switch

A MOSFET behaves like a high-speed switch or amplifier.
It has three terminals: Source → Gate → Drain.

How to identify the terminals:
Face the flat side of the MOSFET towards you.
From left to right, the terminals are:

  1. Source

  2. Gate

  3. Drain

Where you’ll use it:
Motor control, high-power switching, battery-powered circuits.


๐Ÿ”˜ 6. Push Button: The Simplest Control Element

A push button has no polarity.
When it’s pressed, it closes the circuit and allows current to flow.
When released, the circuit opens.

Where you’ll use it:
Doorbells, reset buttons, project inputs, counters.


๐ŸŽš️ 7. Potentiometer: A Variable Resistor

A pot has three terminals and allows you to vary resistance manually.

  • The two outer pins give a fixed resistance (e.g., 10kฮฉ).

  • The middle pin gives a variable resistance based on the rotation.

Where you’ll use it:
Volume control, brightness adjustment, sensitivity control.


๐ŸŒ€ 8. 5V DC Fan: A Perfect Motor for Starters

A 5V DC fan can run safely on USB power or Arduino.

  • Red wire = +5V

  • Black wire = GND

The connector at the end makes it easy to plug into jumper wires.

Where you’ll use it:
Cooling, mini robots, airflow sensors.


๐Ÿ”— 9. Jumper Wires: The Nervous System of the Breadboard

Jumper wires connect everything together.

Types you’ll commonly use:

  • Male-to-Male

  • Male-to-Female

  • Female-to-Female

Each one has a different purpose depending on the connection required.


๐Ÿงฑ 10. Breadboard: Your First Real Workspace

A breadboard lets you build circuits without soldering.
You simply push the component legs into the board and connect them using jumper wires.

But remember:
A breadboard does not generate its own power.

So you need a power source like…


๐Ÿ’ป Powering Your Breadboard Using an Arduino Uno

The Arduino Uno receives power from your computer via USB.
You can then use its 5V and GND pins to power the breadboard:

  • Connect 5V → Positive rail

  • Connect GND → Negative rail

Once powered, all your components become active, and you can start experimenting with real circuits.


๐Ÿงช What You Can Build After Learning These Components

Once you know these basics, you can make:

  • LED blink circuits

  • Automatic night lamp

  • Touch sensor

  • Temperature-based fan

  • Simple motor driver

  • RGB light controller

  • Basic alarm systems

These are perfect for school projects, engineering mini-projects, and learning Arduino.


๐Ÿ“ฅ Download the PDF with High-Res Images

A separate PDF with images, labels, and identification markers is available in the video description.
Perfect for printing or revision.


๐ŸŽฏ Final Thoughts

Electronics doesn’t have to be complicated.
Start small. Understand each component. Combine them gradually.
Within a few projects, you’ll find yourself confidently building impressive circuits.

If you’re a parent, student, or educator looking for 1-to-1 math & science tuitions, visit:
๐Ÿ‘‰ isequaltoklasses.in

Class 10 CBSE Boards Maths 2026 | COMPLETE Strategy + Chapter-wise Weightage | Tricky Questions + Past Paper Guide

 

๐Ÿ“˜ Class 10 Maths | Complete Roadmap for 2026 Boards | Question Pattern + Strategy Breakdown




In this lecture, I present a full roadmap for the next few months that will help you score excellent marks in Class 10 Maths. I have carefully analysed every type of question asked in the 2025 papers, including tricky identities, word problems, diagram-based questions, proofs, probability cases, mensuration composites, AP logic problems, and graph-based polynomial questions. Using this analysis, I’ve created a clear, practical strategy that shows you exactly what to study, how to study, and which chapters carry the real weight in exams.

You’ll learn:

1. What the 2025 Papers Reveal

  • Question types that will definitely repeat

  • Traps that students fall into

  • Why NCERT-level practice is no longer enough

  • How CBSE is increasing conceptual & figure-based questions

2. Chapter-wise Difficulty Mapping

  • Most important: Trigonometry, Circles, Mensuration, Statistics & Probability

  • Moderately important: Similar Triangles, AP, Linear Equations

  • Support chapters: Polynomials, Coordinate Geometry, Quadratics, HCF/LCM

3. Exact Preparation Roadmap

  • The order in which you should study the chapters

  • How to use the printed syllabus and six 2025 past papers

  • Why you must practise tricky and higher-order questions early

  • How to convert an 80+ score into a 95+ score with structured practice and error-logging

4. What You Will Gain From This Session

  • A clear monthly and weekly strategy

  • Awareness of all recurring question types

  • Confidence in proofs, identities, and mensuration figures

  • The ability to handle conceptual, multi-step problems without panic


๐ŸŽฏ Final Message

If you follow this roadmap for the next few months, you will walk into the exam hall fully prepared, with no surprises — and ready to score excellent marks in Class 10 Maths.


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All important links:

syllabus link: 

https://cbseacademic.nic.in/curriculum_2026.html

past papers : 

https://www.cbse.gov.in/cbsenew/question-paper.html








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