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IN-V-BAT-AI solution to learning loss and forgetting.

How our brain neurons remember?

Cycle to millisecond Calculator

Assume voltage or current waveform frequency
is 60 cycles/sec or 60 Hz

cycle

= millisecond

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° degree

= milliseconds

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° degree

= cycle

Assume voltage or current waveform frequency
is 50 cycles/sec or 50 Hz

cycle

= millisecond

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° degree

= millisecond

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° degree

= cycle

Assume voltage or current waveform frequency = 100,000 cycles/sec or 100 kHz

This visualization is useful in analyzing transient recovery overvoltage (TRV) due to restrike voltage in SF6 Gas in Extra High Voltage Power Circuit Breakers.

The normal operating frequency of EHV Power Circuit Breaker in the U.S. is 60 Hz. If the breaker is calibrated to trip at 2 cycles out of 60 Hz , it means the operating speed of the breakers is 33.33 millisecond not including the time delay for relay operation. TRV is very fast in 20 nanosecond up to 10 microsecond.

ASSUME FREQUENCY AT 100 kHz

cycle

= microsecond

10 microsecond = 10µsec = 10 x 10^-6 second =10 e^-6 second = 0.000010 sec

ASSUME FREQUENCY AT 50 MHz

cycle

= nanosecond

20 nanosecond = 20 nsec = 20 x 10^-9 second =20 e^-9 second = 0.000000020 sec

For 60 Hz

1 cycle * sec /60 cycles = 0.0166667 seconds = 16.667 milliseconds

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360 electrical degree = 1 cycle

1 ° degree = 1/360 cycle = 0.002778 cycle

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For 50 Hz

1 cycle * sec /50 cycles = 0.02 seconds = 20 milliseconds

Angular Degree to Radian Calculator

radian

= degree

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Review of Sampling Frequency

Electro Magnetic Transient Program Simulation Waveform (EMTP) shared in LinkedIn by Bahram Khodabakhchian

Given the distorted waveform from EMTP study how can we do fast fourier transform (fft) to discover the dominant frequency of voltage or current?
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Fast Fourier Transform shared in LinkedIn by: Source Credit to: Bingsen Wang, PhD Global Manager, HV Safety Integration at Stellantis, SMIEEE
We comply with LinkedIn Embed Term of Use

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How can IN-V-BAT-AI be used in classrooms?

The IN-V-BAT-AI solution can be a valuable tool in classrooms, enhancing both teaching and learning experience. Here are some ways it can be utilized:

⋆ Personalized Learning: By storing and retrieving knowledge in the cloud, students can access tailored resources and revisit concepts they struggle with, ensuring a more individualized learning journey.

⋆ Memory Support: The tool helps students recall information even when stress or distractions hinder their memory, making it easier to retain and apply knowledge during homework assignments or projects.

⋆ Bridging Learning Gaps: It addresses learning loss by providing consistent access to educational materials, ensuring that students who miss lessons can catch up effectively.

⋆ Teacher Assistance: Educators can use the tool to provide targeted interventions to support learning.

⋆ Stress Reduction: By alleviating the pressure of memorization, students can focus on understanding and applying concepts, fostering a deeper engagement with the material.

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