Laboratories in which a group of radio enthusiasts and engineers participated in, out of which are worth mentioning Tomás Tello and Manuel Canale. 1919: In the US RCA is formed, a subsidiary of the General Electric Co. 1922: P. Farnsworth proposes and explains electronic television in the US. Colors during an operation were indispensable as one could imagine, the educational future of the system was undoubted and was later installed in the medicinal faculty at UNAM. Later on, the PAL and Secam norms. At age 23, he was granted the patent to create the Trichromatic Sequential Fields System and worked on making it adaptable to the black and white system of the time. It was during this time, possibly motivated by his oscilloscope tube’s color among other things, that he began to ponder the idea of making a television system based on filters that would transmit color images using a black and white television. Camarena patents his Simplified Bi-Color System, SBS. A short time after, he built a second camera of the same type as well as a mixer with which he made a closed circuit television system. In 1932 Guillermo builds a crystal controlled short wave transmitter with a 6L6 output tube. His affable character as well as his sometimes deep and sometimes ironic but still always motivating conversations, surrounded him with excellent friends who never doubted in working with him until the late hours of the night helping with his projects. On his trips to obtain special components in Chicago, he had come into contact with the Columbia College of that city, which also had a campus in New York and Los Angeles. In 1934 he built his own television camera, he was 17 years old. Camarena proceeds to patent his Trichromatic Sequential Field system. In 1941 the Federal Communications Commission (FCC) recommends instead a new norm consisting of 525 lines and 60 fields interlaced to form 30 frames, different from the previous 441 line norm. He studied engineering at the National Polytechnic Institute in Mexico D. f., and chose the specialty of electronics. The receivers are situated in various places around the city. The work done by Gonzales Camarena in the field of cultural and educational television as well as his demonstrated technical skill and his prestige as a builder and innovator were recognized abroad by the Colombia College of Los Angeles and its affiliate in Mexico. Camarena's color system was similar to that of CBS though seems to have been in the works since earlier, I cannot seem to find a CBS patent for this type of system that predates that of Camarena. Camarena exports a closed circuit system with two cameras to the Columbia College in   Chicago where he is given an Honorary Professor’s Degree. Vanessa Medina is a 17 year old Senior in the ALMA academy. Prologue: The Columbia College of Los Angeles grants him an Honorary Doctorate Degree. It did, however, have many talents who, by their own ingenuity, pocket money, and gumption, managed to make their own strides in these fields. Guillermo González Camarena (17 February 1917 – 18 April 1965) was a Mexican electrical engineer who was the inventor of a color-wheel type of color television, and who also introduced color television to the world. (Doctor Honoris Causa). Camarena makes b & w television demonstrations for the public in the Cadena de Oro theatres. Le Mexique est le quatrième pays dans le monde, derrière les États-Unis, Cuba et le Japon, à avoir diffusé des émissions de télévision en couleur[2]. In 1945 he/she managed to demonstrate all his lucidity made the first television transmissions in the Alameda cinema and managed that they grant you an own channel, Channel 5. 1951:    G.G. The mid-1950s boom raised the purchase of TVs, so the engineer Camarena emerged with Channel 2 and was appointed technical advisor of “Telesistema Mexicano”. People, including myself, seem to be left wondering how things would have turned out had he not passed away. Born 17 February 1917. J. The Columbia College of Chicago grants him an Honorary Professor’s Degree (Catedratico Honoris Causa). In Mexico, the problem of having two distribution systems simultaneously, the 50-hertz system in Mexico City and surrounding areas and the 60-hertz system in the majority of the country, caused a lot of debate in which Gonzales Camarena intervened to determine which norm should be adopted. Your email address will not be published. In the meantime, the FCCs withdrawal in regards to sequential color television and its approval of the RCA compatible system was a very unfavorable decision for Mexican color television which was adaptable with the norm rejected by the FCC. In the morning he left to study at EIME, in the afternoon he worked at the studios of XEDP, and at night in his lab, he wrestled with his Television system which took a few years to complete. His life was one that was taken to soon. He was born in 1917 and received a degree in Mechanical Engineering. 1945: The Secretary of Communications and Public Works entrusts him the elaboration of a study in regards to the units of reference for the different types of communications systems. Camarenas family was not poor but they were not rich either so Camarena from a young age learned to find the parts for his inventions in local markets like the infamouse “Tepito”. Closeup of camera. Here is an article from the July, 1964 issue of Electronics World. Camarena was a true pioneer he not only was a creative inventor but he always saw the potential of his invention as a way to teach children. Channels 2 and 4 seconded the decision due to the convenience of having the same norm as the US. Using this type of tube, Camarena built a new camera along with all its associated circuits as the orthicon tube operated in a completely new fashion than the iconoscope. 1900: The term “Television” appears. De la Herrán constructs two cameras with image orthicon at the XEW laboratories. He was born in 1917 and received a degree in Mechanical Engineering. Pictures of the Image Orthicon Color Camera. Technically the system worked but due to the lack of receivers, only 10 were built and due to the operating difficulties the system operated for a short time. he was born guillermo gonzales camarena was born on feb 17 0f 1917 Jan 1, 1930. Guillermo studied in the Alberto Correa, Jose Maria Iglesias, and Horacio Mann elementary schools and then graduated to the Number 3 secondary school on Chapultepec Avenue. These tests constituted leading-edge technology, and years later the United States would perform similar tests with the giant balloons named Echo. The work of Guillermo Gonzalez Camarena extended to the field of medicine when it began to employ black and white television, then to color as a means of teaching the subject. Camarena had worried about the speed of his color patent and how he would fund having it patented in the US. With the advent of magnetic tape video recording (black and white videotape) by the Ampex corp., Dr. Gonzales Camarena began a series of experiments in 1959 which lead to various new patents. At two years of age, his family moved to Mexico City. Biography of Guillermo González Camarena (1917-1965) Mexican engineer, born in Guadalajara in 1917 and died in Puebla in 1965, was a pioneer of Mexican TV and inventor of three sets of colour television. During this time he begins working afternoons as an audio assistant at XEDP, a radio station belonging to the board of education under orders of Eng. This last patent was granted to him when he was 23 years of age. Fernando León Grajales. In 1939 he solicited a patent for what he called the “Sequential Field Tri-Chromatic System”, patents which were granted in Mexico and the US the following year. This is due to that region having a 50-hertz electrical distribution system. 1884: In Berlin, P. Nipkow comes up with a mechanical television system with a spiral perforated disc and he patents it (Nipkow Disc). Camarena was working for the radio station of the Secretary of Public Education while he continued to work on his inventions in his laboratory. Camarena begins closed-circuit color television tests.Â, 1942:   Due to the war, TV is suspended in the US. This is why he’d say his camera was not black and white but “black and green”. About 1941 he built a smaller camera using a RCA 1847 iconoscope.
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