Oscillator and transmitter arrangement for power specific applications having parasitic impedances

A transmitter system for transmitting an output signal having an output level with an improved signal to noise ratio, the transmitter system comprising:

• a balanced oscillator comprising:
• a resonator for generating a reference signal, said resonator having an interface for creating a parasitic impedance;
• a first oscillator comprising:
• a first amplifier for amplifying said reference signal, said amplifier comprising a transistor;
• and
• a first feedback circuit for generating a first oscillating output signal in response to said amplified reference signal amplified by said first amplifier, said first feedback circuit comprising a first capacitor;
• a second oscillator comprising:
• a second amplifier for amplifying said reference signal;
• and
• a second feedback circuit for generating a second oscillating output signal in response to said amplified reference signal amplified by said second amplifier, said second feedback circuit comprising a second capacitor;
• and
• an antenna comprising said parasitic impedance for radiating the output signal corresponding with said first and second oscillating output signals.

A transmitter system for transmitting an output signal having an output level and a signal to noise ratio, the transmitter system comprising:

• a balanced oscillator comprising:
• a resonator for generating a reference signal, said resonator having an interface for creating a parasitic impedance;
• a first oscillator comprising:
• a first amplifier for amplifying said reference signal, said amplifier comprising a transistor;
• and
• a first feedback circuit for generating a first oscillating output signal in response to said amplified reference signal amplified by said first amplifier, said first feedback circuit comprising a first capacitor;
• a second oscillator comprising:
• a second amplifier for amplifying said reference signal;
• and
• a second feedback circuit for generating a second oscillating output signal in response to said amplified reference signal amplified by said second amplifier, said second feedback circuit comprising a second capacitor;
• a filter for phase shifting the output signal, said filter comprising:
• an inductor;
• and
• a filter parasitic impedance;
• and
• an antenna comprising said interface parasitic impedance, said inductor and said filter parasitic impedance for radiating the output signal corresponding with said first and second oscillating output signals.