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通用CMOS工艺的新角色RF厂商Silicon Labs和MEMS公司Cavendish Kinetics,是今年Globalpress电子高峰论坛上利用成熟工艺开发创新产品的代表,尽管产品不同、采用的工艺也各异,但Silicon Labs采用CMOS工艺的接收器产品,Cavendish Kinetics基于MEMS工艺的可调电容产品,都通过CMOS让高集成度成为可能。Silicon Labs高级副总裁暨广播产品总经理James Stansberry通过混合信号的创新,改变了射频产品的设计方式。从Silicon Labs最新接收器产品Si468x的架构可以看出,由于采用通用CMOS工艺,而使其将更多的功能集成于同一芯片成为可能,其中包括低噪放大器、射频AGC、LDO、频率合成、乘法器、可编程放大器以及ADC等,包括射频调节器和基带。Silicon Labs高级副总裁兼广播产品总经理James
Silicon Labs, a new versatile CMOS technology, and Cavendish Kinetics, a MEMS company, represented this year at the Globalpress Electronic Summit using proven processes to develop innovative products that vary in terms of product and process, but Silicon Labs uses CMOS technology Receiver Products, Cavendish Kinetics MEMS-based, adjustable-capacitance products all enable high levels of integration through CMOS. James Stansberry, senior vice president and general manager of broadcast products at Silicon Labs, has changed the way RF products are designed with the innovation of mixed signals. From the architecture of Si468x, the latest receiver product from Silicon Labs, it is possible to integrate more functions into the same chip thanks to a common CMOS process, including low noise amplifier, RF AGC, LDO, frequency synthesis, multiplication Devices, programmable amplifiers and ADCs, including RF regulators and basebands. James Labs, Senior Vice President and General Manager, Broadcast Products, Silicon Labs