She must send all those who are pro immigration out with all the Illegals, if they want Islam send them to an Islamic State.
12.8 volt Battery in smart meter
Copper Heat Resistance
Copper’s high thermal conductivity makes it an excellent material for heat exchangers and heat sinks, facilitating efficient heat transfer. When power flows through a copper conductor, the temperature rise depends on factors such as the conductor’s resistance, the current, and the thermal resistance between the conductor and its surroundings. For instance, if you pass a current through a copper conductor, the temperature rise is proportional to the power dissipated, which is in turn proportional to the square of the current and the resistance of the conductor. To estimate the temperature rise, you need additional parameters like the thermal resistance between the copper conductor and the surrounding air.
The SMART meter is a Microwave Transmitter and cooks everything with microwaves.
The house wiring becomes the Emitter within the entire house.
The house wiring for running appliances is used to transmit the Microwave transmissions.
That is mostly protection for the surrounding area, when burning and killing those parts are not needed.
Simple Microwave Emitter
A simple microwave emitter is a device that generates and emits microwaves, which are a form of electromagnetic radiation. Here are some key points about a simple microwave emitter:
Components: A simple microwave emitter typically consists of a magnetron, a transformer, a diode, and a capacitor. The magnetron is the core component that generates the microwaves.
Operation: The magnetron is excited by a high voltage supplied by the transformer and diode, which causes it to emit microwaves. These microwaves are then directed using an antenna or waveguide.
Safety: Building and operating a microwave emitter can be extremely dangerous. High voltage and microwave radiation can cause serious injury, including blindness and damage to electronic devices.
Applications: In a controlled and safe environment, microwave emitters can be used for various purposes, such as heating, communication, and even as weapons, though the latter is highly regulated and dangerous.
Legal Concerns: Constructing and using a microwave emitter can violate FCC rules and other legal constraints, and it is generally not advisable to attempt this without proper training and authorization.
Single Wire Magnetron
A single wire magnetron setup involves connecting the high voltage transformer to the magnetron using a single wire, with the return path being the earth itself. This configuration is used in some projects where a transmission line is created using two intact transformers. One transformer steps up the voltage from the wall, and the other steps it back down to power a small light bulb. The two transformers are connected via a 20ft length of 32AWG copper wire, strung across posts, and the return path is the earth, connected via steel grounding rods.
However, it’s important to note that such setups are not typical in standard microwave ovens or radar systems. In these conventional applications, magnetrons are usually connected using a more complex network of wires and components to ensure proper operation and safety. The single wire configuration can be risky and is not recommended for inexperienced individuals due to the high voltage and potential hazards involved.
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