A 3 V data transceiver chip for dual-mode cellular communication systems

S. Bang, Joongho Choi, B. Sheu
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Abstract

Wireless communication is of crucial importance in the information era, especially with the rapid trends toward digital communication industries. Furthermore, the growing demand for physical mobility and service portability is one of the driving market forces for personal communication systems. A 3V data transceiver chip is described for both the conventional analog and dual-mode analog/digital cellular mobile telephone systems. With enhanced data reception capability, it features a low operating voltage, low power consumption and is suitable for battery-operated, hand-held operation. Our development of the data transceiver chip adopts the mixed analog/digital approach to greatly simplify the integration of the mobile phone set.
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一种用于双模蜂窝通信系统的3v数据收发器芯片
在信息时代,无线通信具有至关重要的意义,特别是随着数字通信产业的迅速发展。此外,对物理移动性和服务可移植性日益增长的需求是推动个人通信系统的市场力量之一。介绍了一种用于传统模拟和双模模拟/数字蜂窝移动电话系统的3V数据收发器芯片。具有增强的数据接收能力,低工作电压,低功耗,适合电池供电,手持操作。我们开发的数据收发芯片采用模拟/数字混合的方式,大大简化了手机的集成。
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Open/folded bit-line arrangement for ultra high-density DRAMs A new very fast pull-in PLL system with anti-pseudo-lock function A 3 V data transceiver chip for dual-mode cellular communication systems A 12.5 ns 16 Mb CMOS SRAM Low voltage mixed analog/digital circuit design for portable equipment
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