Moneydj News 2024-10-01 12:03:04 Reporter Cai Chengqi reported Passive components such as capacitors and China's demand have greatly increased, which has driven the shipments of Japanese factory electronic parts for 5 months to show growth and set a single monthly high record. The Japan Electronic Intelligence Technology Industry Association (Jeita) announced on September 30 that statistical data stated that the demand for passive components and the increase in demand from China greatly increased, driving the global shipments in the Japanese electronic parts factory in July 2024 11.5%to 407.7 billion yen, showing growth for the fifth consecutive month. The monthly delivery amount is higher than the 300 billion yen mark in the 47th consecutive consecutive month. Only 421.7 billion yen in September 2022). From the perspective of regional situations, the amount of electronic parts in Japan in Japan in July increased by 16.5%to 95.6 billion yen from the same month last year; the number of shipments in China increased by 11.0%to 143.4 billion yen, and the ninth consecutive consecutive consecutive was Monthly growth; increased shipments to the Americas by 4.5%to 43.3 billion yen, decreased by 2.0%to Europe to 39.4 billion yen, and shipments to other parts of Asia increased by 17.9%to 85.1 billion yen. From the perspective of the main items, in July, the amount of passive components in the Japanese factory was 196.3 billion yen, which was 12%significantly over the same month last year. Among them, the amount of capacitor shipments increased by 12%to 136.7 billion yen, which showed a growth of the seventh consecutive month. The shipments of yen and transformer increased by 6%to 4.5 billion yen, and the amount of inductance shipments increased by 13%to 3.4.3 billion yen. Article Source: Yahoo News

The core component of modern electronic products is the electrocarmioplasty. As the components continue to shrink, the process and effectiveness of traditional silicon -based crystals have gradually approached the limit. In order to break through this bottleneck, the international research team from the United Kingdom and Canada used the quantum interference effect to successfully develop single -molecular crystal prototypes. The new crystal tube not only has higher switching efficiency, but also has the advantages of low energy consumption and high reliability. It is expected to be applied to the next generation of electronic components. The development of science and technology has continuously miniaturized electronic components, but traditional silicon -based electrical crystals will face many restrictions at nano -scale, such as quantum effects cause leakage current. Therefore, researchers are trying to seek a new type of switching mechanism and materials to overcome the bottleneck of silicon -based crystals. The research team adopts the principle of quantum interference to create a new single -molecular transistor design. The core of this new type of transistor is a single zinc porphyrin molecule that places it between two graphene electrodes. Using the quantum interference effect, through the adjustment of the voltage, the electrons can control the constructive (on) or destructive (OFF) interference when passing through the vita to achieve accurate switch switching. Different from traditional silicon -based transistors, this quantum interference design can effectively eliminate the problem of leakage current. Researchers have found that this single molecular crystal has a very high switch ratio, which can accurately switch the switch status. At the same time, it has excellent stability and reliability. Not damaged. In addition, the quantum interference effect also helps reduce the sub -threshold swing of the electrode, which improves the efficiency of the crystal. Article Source: https://iknow.stpi.narl.org.tw/post/read.aspx? Postid = 20592

Industrial Research Department (Jack) -Suctive Analysis 2024.07.11 Passive components are electronic components that do not generate electricity, but consume, store and / or release electricity. Among them, the "three major passive components": the resistance of the resistor, a capacitor, and an inductor Important components. Resistors: The market value is about 8.6 billion US dollars, mainly the size of the regulating current and voltage, and the CAGR is 6.14%. Electrochemicals: The market value is about 10 billion US dollars, mainly in the filtering current, preventing electromagnetic wave interference, and stabilizing the current. The CAGR is 4.86%. Capacitors: The market value is about 20 billion US dollars, mainly storage of electrical energy, and the functions such as coupling and coordination. The CAGR is 6.14%. Integrated elements; such as filter, the function is to screen signals, coupling (LED plus resistance or diode), the function is to distribute microwave power into several microwaves. Passive components are made from upstream materials, manufactured in the middle reaches, and using PC, mobile phones, and vehicles. At present Also improve simultaneously. The influence of passive components in various fields In terms of cars, in the past, a traditional car was used for about 1000∼2,000 passive components. Entering electric vehicles or autonomous driving, it is estimated that it will use 5,000 ∼ 10,000 passive components, and the demand will grow. Article Source: https: //Uanalyze.com.tw/articleS/941185624