 Multiband Receiver |
• Bill designed an original superheterodyne, multiband receiver. • Then, Bill built and successfully tested his a superheterodyne, multiband receiver. • In addition, Bill built, from scratch, and and successfully tested a multiband ham transmitter. (Unlike the receiver, this transmitter was built from a ARRL Handbook design). • Keywords: RF, IF, Multiband receiver, Antenna Coupling, LNA, Mixer, RF Filters, Local oscillator, IF Filters, Amplifiers, Power supply. |
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• Bill demonstrated his expertise in RF design and fabrication: (e.g. LC Filters-he calculated and wound all the tuning and filter coils, Amplifiers -he impedance matched and biased them, RF Layout and Shielding -he designed and built those, too). |
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Leadership / Management • Bill led the entire Receiver and transmitter project. Theory / R&D • Bill demonstrated mastery of many aspects of electronics and physics theory. Hardware • As mentioned above, Bill designed, built and successfully tested an original superheterodyne, multiband receiver. In addition, Bill built, from scratch, and and successfully tested a multiband ham transmitter. |
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By pushing beyond the current state-of-the-art, there are these opportunities: • As already demonstrated in the self-matching doubly balanced mixer, Bill's knowledge and creative skills have been applied to state-of-the-art RF circuitry. • Bill's hands-on experience in RF design and construction adds to his exceptional breadth of R&D knowledge and skills, which are applicable to numerous future projects. |
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• http://www.arrl.org/ |