TDK develops and mass-produces high-frequency inductors with the highest level of Q characteristics in the industry
TDK Corporation (President: the tank Jianhong) developed the highest level of industry Q characteristics of the laminate construction method using a high frequency circuit inductors MHQ0603P series, and from mass production in July 2013. The MHQ0603P (L:0.65×W:0.35×H:0.35mm) series has improved the Q characteristic to 35 at 35 GHz (inductance value of 3.9 nH), which is 25% higher than the previous product MLG0603W. At the same time, the Q value also has a high value comparable to that of a winding method product of the same size. Compared with the previous high-Q product lineup MHQ1005P (L: 1.0×W: 0.6×H: 0.5 mm), the volume is reduced by 26%, the package area is reduced by 38%, and the miniaturization is realized, further saving space. Contributed. By using a new dielectric material and an internal electrode material, the product tends to smooth the internal electrode surface roughness and reduce the high frequency loss resistance. By adopting the unique structural design of the company, high Q characteristics are achieved with a small size of L: 0.65 × W: 0.35 × H: 0.35 mm. In recent years, mobile devices have become a problem in the context of multi-functionality. We will meet the high efficiency requirements of high frequency circuits with high Q characteristics while saving space. In addition to the previous high-Q product lineup of 1005 (L: 1.0 × W: 0.6 × H: 0.5mm), plus this product, we will provide a richer product lineup in the future. the term main application Smartphone, tablet terminal, Bluetooth, Wi-Fi main feature Through the high-Q characteristics, the loss of the high-frequency circuit is reduced by 26% compared with the conventional product MHQ1005P, and the package area is reduced by 38%, achieving miniaturization and saving space. The main parameters
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Q: indicates the ratio of the inductive reactance to the resistance at any frequency, and its efficiency is expressed by a numerical value. The higher the Q value, the more characteristic the ideal inductance value has.
High-frequency circuits and high-frequency modules (PA, VCO, FEM, etc.) for various devices of mobile communication 
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