T-SOL Global

Our new video on FPGA is released now 👇. Where we have explained basic syntax of Verilog and implemented an example in Altera/Intel MAX 10 Development Kit.
Please consider watching if you are interested knowning the basics syntax of Verilog.

Introduction to Verilog Featuring Altera/Intel MAX 10 Development Kit (Part-1) This is our FPGA video series. In this series we will explain different aspects of FPGA and will demonstrate different examples.In today’s video, we explaine...

Anyone interested learning about Kirchhoff’s Current Law and Kirchhoff’s Voltage Law. Then the following video 👇👇 is for you. Please give it a look, If you like it please subscribe our channel and appriciate our efforts. Thanks😃😃

Theory of Calculating Voltage and Current in Circuits (Part 2: Kirchhoff’s Current and Voltage Law) This is the continuation of our previous tutorial videos where we showed the techniques to measure voltage and current in a circuit using multimeters. It is ...

Our new video from project series has been released now, Please check our Youtube channel 👇👇 All sort of recomendations are welcome 😃😀 Please suggest us what type of videos you want to see more. Thanks !!

Project Demo 2: Fire Alarm System (Flame and Smoke Detector) In this video we demonstrated a demo project on how to build a fire alarm system with flame and smoke detector sensors. We used Freenove ESP32 Wrover as micr...

We are now publishing tips and tricks on Cyber security periodically. 👇
Please stay tunned for more useful contents.

Tips & Tricks This page contains different useful tips and tricks on Cyber Security from our expert Siddique Reza Khan. Contact us for more details. 8th July 2024 Buffer Overflows This topic explains how to get …

Hi, Many of you might be confuse in instalment of Field Programmable Gate Array (FPGA)? If yes, then please watch this video 👇👇👇
It explained about the FPGA software's and implemented our first FPGA example for Altera/Intel MAX 10 Development Kit.

For more information please contact us on:
email: [email protected]
email: [email protected]

FPGA Software and First Example for Altera/Intel MAX 10 Development Kit (Part-1) This is our FPGA video series. In this series we will explain different aspects of FPGA and will demonstrate different examples.In today’s video, we explaine...

Are you curious to know about Field Programmable Gate Array (FPGA), What are its basics? How it works?
then please watch this video 👇

https://youtu.be/ONxmrbCb7mw?si=NlaXn0CbKWu1KE5E

For more information please contact us:
https://tsolglobal.com/

Introduction to FPGA (What is FPGA?) This is our FPGA video series. In this series we will explain different aspects of FPGA and will demonstrate different examples.In this video, we explained w...

*** Our new video on "Theory of Calculating Voltage and Current in Circuits (Part 1: Ohm’s Law)" is online now. Please visit the link below 👇 👇 and all suggestions are welcome 😃 😀 ****
https://www.youtube.com/watch?v=2i-k87pwr-U&t=280s

This is the continuation of our previous tutorial videos where we showed the techniques to measure voltage and current in a circuit using multimeter. It is also necessary to calculate the voltage and current by hand or manually in many applications and projects. Therefore, we will focus on explaining some of the key theories. In this video, we will explain Ohm’s law with some example circuits.

Theory of Calculating Voltage and Current in Circuits (Part 1: Ohm’s Law) This is the continuation of our previous tutorial videos where we showed the techniques to measure voltage and current in a circuit using multimeter. It is a...

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*****Our new video from Project demo series has been released, Please have a look on it, it will increase your vision in Electronics / Embedded system design ******

In this video we demonstrated a demo project on how to build an accurate house temperature and humidity monitoring device. We used Arduino Nano ESP32 as microcontroller, thermistor and DHT11 as sensors and serial monitor to display the sensor output.
If you are interested in this project or any other projects on our T-SOL Global website, then please contact us. We are happy to help you with the schematic and necessary codes for such projects.

[email protected]

[email protected]

+447305478249

Accurate House Temperature and Humidity Monitoring Device In this video we demonstrated a demo project on how to build an accurate house temperature and humidity monitoring device. We used Arduino Nano ESP32 as micr...

***** Excited to know more about Technology solutions ?**** Please visit the following website 👇👇👇👇

https://tsolglobal.com/about/

Technology Solutions (T-SOL) is an initiative to provide global online consultancy and support to key educational, industrial and research fields, such as schematic & printed circuit board (PCB) design for electrical and electronics systems, embedded system & internet of things (IoT), antenna design & electromagnetic (EM) system simulations and cyber security. We are always adapting and developing new skills to accommodate the need and requirements of our customers.

About Us Technology Solutions (T-SOL) is an initiative to provide global online consultancy and support to key educational, industrial and research fields, such as schematic & printed circuit board (PCB…

How to measure current in a circuit by using voltmeter.
https://www.youtube.com/watch?v=5PZcWCkkJK8
😀

How to measure voltage and current in a circuit by using voltmeter. This video nicely explains that how to measure the current and voltage in a circuit by using voltmeter. Please like & share our channel. For contact and furt...

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How to measure voltage and current drop in a circuit by using multimeter -Part 2 This video explains how to calculate current in a circuit. For example here we have used parallel circuit. For more information please visit T SOL GLOBALPlea...

Our second video on " How to calculate current in a circuit is out now" please comment your suggestions 😀

https://www.youtube.com/watch?v=ZhbkkB_OvmM

For more information please visit us on 👇

https://tsolglobal.com/about/

Contact us:

[email protected]

[email protected]

+447305478249

How to measure voltage and current drop in a circuit by using multimeter -Part 2 This video explains how to calculate current in a circuit. For example here we have used parallel circuit. For more information please visit T SOL GLOBALPlea...

*****Exciting news*****
Our first video on "How to measure the voltage and current drop in circuits" has been online now. Please visit the following link 👇
https://www.youtube.com/watch?v=k4I7Fa6_x7o&t=46s
For further information:
https://tsolglobal.com/about/

How to measure voltage and current drop in a circuit by using multimeter -Part 1 This animated video will give simple explanation to measure voltage and current drop by using multimeter. We hope this will be helpful for engineering stude...

T-SOL Global Weekly Observation:
Ohm's law invented by Georg Simon Ohm was probably the most important of the early quantitative descriptions of the physics of electricity. It is still the most used theorem in electrical and electronic engineering (may be one of the most used in all of the engineering fields). As an electrical and electronic engineer you should memorise it like your name.

Ohm's law: The electric current (I) through a conductor between two points is directly proportional to the voltage (V) across the two points where resistance (R) is the proportionality constant. So, V = IR.

Please leave your comments and observations on this.
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*** Exciting news***
Our website has been launched 👏 https://tsolglobal.com/
Please take a moment to have a look at it. We will be very thankful to you for sharing thrilling comments with us 😊.

Technology Solutions (T-SOL) is a global initiative to provide expert online supports in the field of Electronics Hardware Design (Schematic & PCB), Embedded Systems & IOT, Antenna Design & EM Simulation and Cyber Security.
Our skilled team members are always open for new challenging projects and provide online consultation.

contact us :
[email protected]
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T-SOL Global Weekly Observation:
Resistor (or resistance) has been the most important innovation for electrical and electronics engineers. Circuits without this component is non-existent.