Here I explain the concept:
https://youtu.be/AjdURCTv4Mk
The process of generating an AC source from a phone line might sound like an impossible feat, but with the right equipment and knowledge, it is actually quite feasible. By utilizing a simple and efficient process of pulsing the phone line with a positive voltage, it is possible to create a 60Hz compatible AC source.
The process involves the use of a NPN transistor as a switch, which rapidly opens and closes the circuit to produce the desired frequency. The speed of the switching can be fine-tuned to produce a stable and reliable AC output. By using this method, it is possible to power small current devices such as LED bulbs.
To generate a higher voltage, an AC step-up transformer is employed. This device boosts the voltage from the phone line to a much higher level, typically around 110 volts AC. This voltage is more than enough to power small current devices and provide adequate lighting for a small space.
In conclusion, by pulsing the phone line with a positive voltage and utilizing a NPN transistor switch, it is possible to generate a stable and reliable AC source. By using an AC step-up transformer, this voltage can be boosted to power small current devices, making this a practical and cost-effective solution for lighting in certain situations.
https://youtu.be/AjdURCTv4Mk
The process of generating an AC source from a phone line might sound like an impossible feat, but with the right equipment and knowledge, it is actually quite feasible. By utilizing a simple and efficient process of pulsing the phone line with a positive voltage, it is possible to create a 60Hz compatible AC source.
The process involves the use of a NPN transistor as a switch, which rapidly opens and closes the circuit to produce the desired frequency. The speed of the switching can be fine-tuned to produce a stable and reliable AC output. By using this method, it is possible to power small current devices such as LED bulbs.
To generate a higher voltage, an AC step-up transformer is employed. This device boosts the voltage from the phone line to a much higher level, typically around 110 volts AC. This voltage is more than enough to power small current devices and provide adequate lighting for a small space.
In conclusion, by pulsing the phone line with a positive voltage and utilizing a NPN transistor switch, it is possible to generate a stable and reliable AC source. By using an AC step-up transformer, this voltage can be boosted to power small current devices, making this a practical and cost-effective solution for lighting in certain situations.