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In 2004, appetency Electric Appliance Co., Ltd. was established, and in 2004, 7 experienced electromagnetic heating R & D personnel were devoted to the R & D of high-power commercial electromagnetic furnaces. While understanding the market demand, they realized the demand and solved customer problems. By the end of 2005, appetency electromagnetic heating technology R & D engineers had reached 15. In 2006, the core technology of electromagnetic heating of Shunde affinity electric appliance was developed and matured by the end of 2006. The main power segment is 8kw-60kw electromagnetic heating, which stabilizes the four series of big pot stove, small fry stove, soup stove and steam cabinet. Due to the high expenditure in Shenzhen, in order to save unnecessary cost for the end user, the company decided to put electromagnetic heating into practice in 2006 The induction technology division moved to Shunde, Foshan, the current affinity production base. By the end of 2006, affinity electromagnetic heating technology factory had 60 employees, including 22 research and development engineers of electromagnetic heating technology, and continued to win the title of the industry's larger electromagnetic heating research and development team. In 2007, the company started the era of commercial electromagnetic furnace micro-computer processor, and came to Shunde in the second year. The company gained a lot because Shunde is the kingdom of home appliances in China, and many industrial chains are complete. In addition, our team brought research and development thinking from Shenzhen, that is, the company's team introduced the new concept of micro-computer chip in Shenzhen into commercial electromagnetic furnace in October 2007 With the birth of magnetic furnace micro-computer chip, affinity electromagnetic induction technology division has become a manufacturer that applies the concept of micro-computer chip to commercial electromagnetic furnace. The concept of the micro-computer chip of affinity electromagnetic heating team originated from the CPU of smart phones at first, because among the R & D teams of affinity electromagnetic heating technology, three of them were senior embedded engineers in the bottom layer of smart phones. When they learned that the current of commercial electromagnetic furnace was large, but the reaction speed of the original analog chip was slow (8K / s), and the storage space was very small (8K), this was the reason Many protection programs are seriously lagging behind, and there are many components on the main board of commercial induction cooker. The result of slow response is the damage of current to the components with delayed response; small analog memory also leads to the increase of components around the main board. The more components, the more times of transmission, because they are all waveform signal instructions simulated by resistance and capacitance. After many times of transmission, the signal instructions are not only slow, but also become inaccurate due to the distortion after many times of transmission. It is likely that the over-current protection instructions will be distorted into other instructions, so the damage to commercial electromagnetic furnace is very large. With the emergence of micro-computer chips, the processing speed of the main board of commercial electromagnetic furnace has been increased from 8K / s to 60m / S (1m = 1024k), that is to say, the processing speed has been increased by 7680 times, so that the fast processing speed can deal with all sudden environmental changes in advance; in addition, the storage space of micro-computer chips is 64M, 8192 times that of analog chips, so that the digital storage space will put the previous Most of the analog signals are digitized, just like the memory of the digital camera replaces the film, the digital signals generated by the memory of the micro-computer chip replace many components on the main board of the commercial electromagnetic furnace, such as resistors, capacitors, diodes, triodes, etc., which transmit the analog signals, so the main board of the commercial electromagnetic furnace reduces many peripheral devices, reduces the complexity of the main board, and also reduces the complexity of the main board The failure probability of the main board is increased because the more components, the greater the failure probability. As long as one of the components is broken, the whole machine will be paralyzed. This way of replacing components with memory is a technical innovation in the commercial electromagnetic furnace industry.

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