regarding low-power FM/AM broadcasting mentioned in the book?
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Typically utilizing a single-stage or dual-stage transistor oscillator configuration.
NE602 mixer IC (or discrete transistor), 1MHz crystal, long wire antenna. Range: 200 feet (if well grounded). Lesson: Using a crystal for frequency stability. This is the legal limit in many countries for unlicensed broadcasting. regarding low-power FM/AM broadcasting mentioned in the book
Using variable capacitors (trimmers) and grid-dip meters to align a transmitter to a blank spot on the dial. Modern Relevance and Legal Considerations
Circuits for UHF/VHF video broadcasting.
The audio signal varies the amplitude of the continuous RF carrier wave. Range: 200 feet (if well grounded)
: Shortwave and microwave transmitters, as well as nearly a dozen test equipment projects to assist with system set-up and troubleshooting.
Braga includes projects that turn a basic workbench into an RF lab. These include:
Published in 2000, Newton C. Braga’s Pirate Radio and Video Experimental Transmitter Projects arrived at a unique technological crossroads. The internet was still in its dial-up infancy, streaming video did not exist, and community broadcasting required physical hardware. Using variable capacitors (trimmers) and grid-dip meters to
: The projects are described as "simple" and "enthusiastically presented," making them appealing to builders who want quick, functional results.
Whether you are a student, teacher, or curious researcher, this work by the renowned electronics author Newton C. Braga serves as a practical guide to the fundamental, yet often mysterious, world of radio and video signals. What is "Pirate Radio and Video" About?
The "video" aspect of the title sets this book apart. It provides projects that can, with appropriate equipment, transmit video signals in the UHF and VHF bands. 3. Test and Measurement Equipment
The 2000 paperback edition of Pirate Radio and Video: Experimental Transmitter Projects
Newton C. Braga , a prolific electronics author and educator. Publication Date: December 27, 2000 (Paperback). Series: Electronic Circuit Investigator.