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The ESTL circuit as a single conductor transmission line

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In this video we want to show how to operate the ESTL circuit as a single wire electrical power transmitter. The circuit consists of two parts, including transmitter and receiver section. It should be noted that the transmitter and receiver are connected only by single wire. First, power supply is checked by a multi-meter to ensure that a voltage of about 12 volts is ready at the transmitter's input.
Now, we connect the power supply to the transmitter.
The receiver section is terminated with the six LED lumps as power consumers.
It can be seen that all lamps are lit by connecting the power supply.
We see that the lamps are turned off by disconnecting the power supply and by re-connecting the power supply; the lamps are turned on again.
Now we want to measure the open circuit voltage.
It can be seen that the open circuit voltage is about 133 volts.

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The ESTL circuit as a single conductor transmission line

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۰ نظر

In this video we want to show how to operate the ESTL circuit as a single wire electrical power transmitter. The circuit consists of two parts, including transmitter and receiver section. It should be noted that the transmitter and receiver are connected only by single wire. First, power supply is checked by a multi-meter to ensure that a voltage of about 12 volts is ready at the transmitter's input.
Now, we connect the power supply to the transmitter.
The receiver section is terminated with the six LED lumps as power consumers.
It can be seen that all lamps are lit by connecting the power supply.
We see that the lamps are turned off by disconnecting the power supply and by re-connecting the power supply; the lamps are turned on again.
Now we want to measure the open circuit voltage.
It can be seen that the open circuit voltage is about 133 volts.

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