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Plumbrian Phillips Lead (II) Oxide (PbO) target is a registered trademark for vikonons. Broadcast camera applications are frequently used, these tubes are low output, but a high signal-to-noise ratio. They had excellent solutions compared to image orthologies, but there was a lack of artificial sharp edges of Io-tubes, which meant viewers were somewhat soft. CBS labs have first discovered outboard edge growth circuits to sharpen the edges of the plasma generated images. [114] [115] [116]

A plumbicon tube is designed. (This image is not designed, not scale; Plumbicon is the same shape as a vikon.)
Compared to Saticons, Plumbicons burn-in from shining lights in shots, and comets and back decorations had much greater resistance. Although Saticons, there was usually a slight higher resolution. After the launch of 1980 and the introduction of the diode-gun plumbing tube, the resolution of both types was so high that the maximum limit of broadcast quality, the resolution of SATIC became stronger. Although transmitted cameras are transferred to fixed-state charge-connected devices, plumbing tubes remain a major imaging device in the medical field. [114] [115] [116]

Until the year 2016, the last company created the Plumberics using Phillips built in Norgreenet imaging company Rhode Island. Although part of Philips, the company bought EVE (English Electric Valve) lead oxide camera tube business and earned monopoly in producing lead-oxide pipe. [114] [115] [116]

SATICON
Satikon's registered trademark Hitachi since 1973, also produced by Thomson and Sony. It was enhanced by the joint efforts of Hitachi and NHK Science and Technology Research Laboratories (NHK Japan Broadcasting Corporation). To make the signal more stable, the surface of selenium, along with the trace amounts of arsenic and telurium addition (SeAsTe) The name is derived from the SAT (SeAsTe). [117]

Pascon
Originally developed by Toshiba, such as chalnicon in 1972, Pasecon is registered by Heimann GmbH Department from 1977 on its surface, the cadmium selenide trioxide (CdSeO 3). Due to its wide spectral reaction, it is labeled as panromomatic salineum videicon, so initially 'pasecon'. [117] [118] [119]

Neuvikon
Newvicon's registered trademark Matsushita was characterized by high light sensitivity to the Newvicon tube from 1974. The page has a combination of Zinc Silineide (ZENSE) and Zinc Cadmium Teluride (ZnCdTe). [117]

Trincon
Trinity Sony is a registered trademark. It uses vertical RGB color filters vertically on the front of the standard videoconical imaging tube to share the scan in red, green and blue segments. Only one tube is used in the camera instead of each color tube as the quality of color cameras used in television broadcasts. It is mostly used in low-end consumer cameras, although Sony used it in the 1980s, with some medium-sized spending in professional cameras like DXC-1800 and BPP-1 models. [120]

The idea of ​​using color strip filters on the target was not new, but the trunk was the only tube used for initial RGB colors. The screen electron beam strip filter contains an additional electrode that burns the target in order to detect it. The previous color stripe systems used color, where the color was able to separate the colors from the relative width of the circuitry signal. As a result, the Trinicone operation featured a larger dynamic range.