~SWR~
Did the LRL proponents post the report or something from the alleged "peer group" that would contradict the report debunking the use of calculators as variable frequency oscillators?
A peer group is a social group consisting of humans. Peer groups are an informal primary group of people who share a similar or equal status and who are usually of roughly the same age, tended to travel around and interact within the social aggregate[1] Members of a particular peer group often have similar interests and backgrounds, bonded by the premise of sameness.[2] However, some peer groups are very diverse, crossing social divides such as socioeconomic status, level of education, race, creed, culture, or religion
A variable frequency oscillator (VFO) in electronics is an oscillator whose frequency can be tuned (i.e. varied) over some range.[1] It is a necessary component in any tunable radio receiver or transmitter that works by the superheterodyne principle, and controls the frequency to which the apparatus is tuned.
I don’t think so
One Electrical Engineer has furnished your "proof positive" and we don’t know if he is qualified to perform the test..ART
http://www.careerplanner.com/Job-Descriptions/Electrical-Engineering-Technicians.cfm
Apply electrical theory and related knowledge to test and modify developmental or operational electrical machinery and electrical control equipment and circuitry in industrial or commercial plants and laboratories. Usually work under direction of engineering staff.
http://www.collegesurfing.com/content/electrical-engineer/
Duties of an electrical engineer
Electrical engineers may specialize in areas such as power systems, equipment manufacturing, or building design -- and their daily responsibilities vary accordingly. Overall, though, electrical engineers handle the development of lighting, wiring systems, electric motors, navigation systems, and utilities. Electrical engineers who focus on the field of electronics might design communications systems or develop new tech gadgets.
http://careers.stateuniversity.com/pages/397/Electrical-Electronics-Engineer.html
Definition and Nature of the Work
Electrical and electronics engineers are concerned with the production and use of electricity. They are members of the largest branch of engineering. The focus of electrical engineers is on the generation and supply of power, and the focus of electronics engineers is on applications of electricity to control systems or signal processing. Engineers use basic knowledge collected by scientists to solve a wide range of problems.
Electrical and electronics engineers generally specialize in one of the two branches of their profession—either electric power or electronics. Engineers specializing in electric power often are involved with the creation of electricity at generating stations. These generating stations primarily use steam or water power to drive their turbines and change mechanical energy into electricity. Steam-powered plants may use coal, gas, oil, nuclear, or solar energy for fuel. Electrical engineers working in the area of electric power also work with the equipment that transmits electricity from the power plant to the consumer. They are concerned with electric motors and with the lighting and wiring in buildings, automobiles, airplanes, and other places. These engineers generally work with relatively large amounts of electricity.
Engineers specializing in electronics deal with relatively small amounts of electricity. Electronics engineers work with a variety of equipment including radar, telephone systems, and missile guidance systems. They also work with consumer goods, such as televisions and stereo equipment.
In either branch of electrical and electronic engineering, engineers work in a wide range of jobs. Many work in research, development, and design. These engineers come up with the ideas and plans for new equipment and methods or for improvements in existing equipment and methods. Their work may result in a
