Solar Plexus, a Stargate?

STARADIGM

The paradigm of the Stars

The Solar Plexus, a Stargate?

Stargates: transformers, transmitters, and receivers of energies, as well as transitions from one state or pattern to another state or pattern of mental and emotional being.

A transmitter is an electrical circuit inside an electronic device. Its purpose is radio communication of information over a distance.

A radio transmitter is an electronic circuit which transforms electric power from a stored supply into a radio frequency alternating current, reversing direction millions of times/sec. The energy in such a rapidly-reversing current can radiate off an antenna as EM waves (radio waves).

A transmitter also impresses information, audio/video signals, onto the radio frequency current, carried by the radio waves. When they strike the antenna of a radio receiver, the waves excite similar, less powerful, radio frequency currents in it. This receiver extracts information from the incoming waves.

A radio transmitter usually consists of:

A power supply circuit to transform the electrical input to higher voltages, needed to produce the required power output.
An electronic oscillator circuit to generate the required radio frequency signal, in the form of a sine wave of constant amplitude often called the carrier wave, because it serves to “carry” the information through space. A crystal oscillator is often used, whereby the frequency is controlled by the invariable vibrations of a quartz crystal.
A modulator circuit to add the information to be transmitted to the carrier wave produced by the oscillator. The information is provided either in the form of an audio signal, a video signal, or for data in the form of a binary digital signal. This is done by varying a certain aspect of the carrier wave:
- In an AM (amplitude modulation) transmitter the amplitude (strength) of the carrier wave is varied in proportion to the modulation signal.
- In an FM (frequency modulation) transmitter the frequency of the carrier is varied by the modulation signal.
- In an FSK (frequency-shift keying) transmitter, which transmits digital data, the frequency of the carrier is shifted between two frequencies which represent the two binary digits, 0 and 1.
- Many other types of modulation are also used. In large transmitters the oscillator and modulator together are often referred to as the exciter.
  - An RF power amplifier to increase the power of the signal, and thus the range of the radio waves.
  - An impedance matching (antenna tuner) circuit to match the impedance of the transmitter to the impedance of the antenna (or the transmission line to the antenna), allowing a more efficient power transfer to the antenna. If these impedances are not equal, standing waves occur, in which the power is reflected back from the antenna toward the transmitter, thus wasting power and chances of transmitter overheating.