蜀道难
射频微系统SiP相控阵TR
- 2
- 30
他的服务
查看全部
仿真分析；付费答疑；其他服务
暂无成交
¥100起
- 蜀道难2年前发布了帖子Design of a X-Band 2×2 Phased-Array Transceiver Module Using Chiplet Method Abstract—radio frequency (RF) microsystem, which uses advanced heterogeneous integration (hetero-structure and hetero-material integration) package, has been widely attracted. In order to acquire more efficient design of complex RF microsystem, the method of chiplet based on accurate chip model (Intellectual Property, IP) is studied in this paper. Four RF chips are modeled and applied to design a X-band phased array T/R module. Compared with traditional design, the modified method can improve simulation accuracy of module.
Keywords—Chiplet, RF IP, behavior model, RF microsystem
- 蜀道难2年前发布了帖子Design of a X-Band 2×2 Phased-Array Transceiver Module Using Chiplet Method Abstract—radio frequency (RF) microsystem, which uses advanced heterogeneous integration (hetero-structure and hetero-material integration) package, has been widely attracted. In order to acquire more efficient design of complex RF microsystem, the method of chiplet based on accurate chip model (Intellectual Property, IP) is studied in this paper. Four RF chips are modeled and applied to design a X-band phased array T/R module. Compared with traditional design, the modified method can improve simulation accuracy of module.
Keywords—Chiplet, RF IP, behavior model, RF microsystem - 蜀道难2年前发布了帖子Design of a X-Band 2×2 Phased-Array Transceiver Module Using Chiplet Method Abstract—radio frequency (RF) microsystem, which uses advanced heterogeneous integration (hetero-structure and hetero-material integration) package, has been widely attracted. In order to acquire more efficient design of complex RF microsystem, the method of chiplet based on accurate chip model (Intellectual Property, IP) is studied in this paper. Four RF chips are modeled and applied to design a X-band phased array T/R module. Compared with traditional design, the modified method can improve simulation accuracy of module.
Keywords—Chiplet, RF IP, behavior model, RF microsystem
