系统在一个封装解决方案的射频接收机与声波滤波器集成

Jongsoo Lee, Young-Min Lee, Choong-Mo Nam, I. Jeong, Dong-Wook Kim, Y. Kwon
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引用次数: 8

摘要

为提供系统级封装(SIP)解决方案,开发了一种包含声波滤波器的射频接收模块。接收模块最显著的特点是射频SAW(表面声波)滤波器集成在封装内。典型的硅基态上有厚氧化物(/spl sim/25 /spl mu/m),可以在单个基态上实现不同的技术,如GaAs、MMIC和SAW滤波器。采用硅衬底的MCM-D技术为SIP提供了合适的解决方案。开发射频性能和基本电路元件,如电感、电容、电阻和传输线。为了验证硅衬底在系统中的应用,在硅衬底上实现了具有双频/三模功能(CDMA, AMPS和PCS)的射频接收器模块。低噪声放大器、射频SAW滤波器和混频器集成在专门的硅衬底上,分别为PCS (1840/spl sim/1870 MHz)和CDMA (869/spl sim/894 MHz)显示2.4/spl sim/3 dB NF和27/spl sim/28 dB增益。
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System in a package solution for RF receiver with SAW filter integration
An RF receiver module including a SAW filter in a package has been developed for providing a system in a package (SIP) solution. The most significant feature for the receiver module is that the RF SAW (surface acoustic wave) filter is integrated within the package. A typical silicon substate with thick oxide on top (/spl sim/25 /spl mu/m) made it possible to implement the different technologies such as GaAs MMIC and SAW filter on a single substate. MCM-D technology using a silicon substrate in this paper shows the proper solution for a SIP. RF performance and basic circuit components such as inductors, capacitors, resistors and transmission lines are developed. To verify the application of a silicon substrate to a system, an RF receiver module having dual band/tri-mode functions (CDMA, AMPS, and PCS) is implemented on a silicon substrate. A low noise amplifier, RF SAW filter and mixer are integrated on a specialized silicon substrate and show 2.4/spl sim/3 dB NF and 27/spl sim/28 dB gain for PCS (1840/spl sim/1870 MHz) and CDMA (869/spl sim/894 MHz), respectively.
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