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Complete Radio Service and Speedy Too. |
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Majestic Radios |
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The following page contain my personal radio collection. If you want additional details Email me at: rmajestic@msn.com |
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This radio is significant since it was the last RCA tube radio. it has amazing sensitivity and audio output. It uses The RCA radio used the typical AA5 radio circuit design with 18FX6 convertor, 18FW6 IF amplifier, 19FY6 2nd detector 1st audio, 34GD5 audio output and 36AM3 rectifier. It is a compact radio receiver employing the super-heterodyne circuit. |
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1962 RCA model 1-X-4HE tube table radio |
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The RCA model 7-BX-10 Strato-World is a Zenith Transoceanic "clone" that is rather well-made. Like the Zeniths, it covers AM broadcast, two wide shortwave bands, and the 16, 19, 25, and 31 meter international "world-band" shortwave bands. The latter 4 are called spread bands, each covering a relatively narrow section of the short-waves thus eliminating the need for a separate "band-spread" function. |
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RCA model BX10 MW –SW battery radio (A TO wanna-be) |
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The RCA 6-tube radios are a compact table radio receiver employing the super-heterodyne circuit similar to all-american-5 except that it used a separate local oscillator. The inherent sensitivity, selectivity and tone quality of the super-heterodyne is a feature of this receiver. The unit type construction is used which together with the reproducer unit results in a compact receiver of excellent performance. The entire mechanism is enclosed in a cabinet of pleasing design. |
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1950s RCA models 56X2 and 56X3 table radios |
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The RCA Victor Radiola Superette is a compact radio receiver employing the super-heterodyne circuit. The inherent sensitivity, selectivity and tone quality of the super-heterodyne is a feature of this receiver. The unit type construction is used which together with the reproducer unit results in a compact receiver of excellent performance. The entire mechanism is enclosed in a cabinet of pleasing design. |
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1931 RCA Radiola model R7 tombstone radio |
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It was at Columbia University 1909 during his undergraduate study that Armstrong made his first momentous discovery, the regenerative circuit, eliminating the need for additional vacuum tube circuits and providing the foundation of many radio receivers that followed. Armstrong’s invention led to a nearly twenty-year legal battle over patent rights. Between 1914 and 1934, he and de Forest fought in court both individually and through the corporation’s (Westinghouse Electric and American Telephone and Telegraph, respectively) who had purchased rights to their patents. Long and complicated, the battle began when de Forest . |
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1923 RCA model Radiola IIIA regen radio |
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RCA Collection |
To contact us call:575 521-0018 |
