Yes. A magnetic or electromagnet generator (MAGG) is an electric or magnetic field generator that creates an alternating magnetic field. It is capable of producing an alternating magnetic field from a positive to a negative voltage. At least four elements or components are needed in order to meet the requirements for a MAGG, e.g. the circuit, inductor (inductor) and the electromagnet. Figure 1 shows a simplified drawing of a MAGG. The circuit has a coil and a magnetic gate element which creates and controls the magnetic field created by the gate.
Figure 1: An example of a MAGG circuit
The electromagnet is the electromagnet. It is made up of the magnet and an open-ended coil of wire, or any other suitable electrical component. The length of the coils could be as little as 10 cm long and as long as up to 100 cm long.
In the MAGG circuit illustrated in Figure 1, the magnetic gates are made up of the coils or coils of wire, which are connected with a permanent magnet to form one pole and an open-ended coil of wire to form the other pole. The open-ended coil of wire is connected with a ground and is connected to the current to be produced by the current generating the voltage and the magnetic field on an alternator coil which is being created. Also, a capacitor is connected in series with the current transformer, hence the current source is an alternating current. This is illustrated in Figure 1. A resistor is used to measure the voltage at the gate, and the voltage at the coil is used to measure the current being generated. The magnetic field strength can be determined at several points on the circuit, e.g. at the open-ended coil of wire and the coil of wire inside the gate coil. In such cases, the voltage across the coil must be measured by an oscilloscope before any of the elements connected in parallel to the coil are connected.
Figure 2: A typical MAGG circuit
Is there a practical advantage to using a MAGG as an electric heat sink?
No! The MAGGs are not available as a product and cannot be used as such. Magg circuits are much more complex than a typical electric heat sink and they are not suitable for use in a home as long as they are used to provide power to an industrial source of heating or cooling. The MAGG circuit provides only a minimal level of protection against the possible damage caused by a small heat pump or
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