2007대한전자공학회 학술대회Requires access

Design of RSSI for use of AGC in Multi-Standard RF system

최문호, 이종수, 김영식, 김영석, 김준규

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Abstract

This paper presents received signal strength indicator(RSSI) for use of automatic gain control in multi-standard RF system. In oder to compensate offset and input dynamic range in each RF input specification, we proposed RSSI with the function of the output control. The proposed RSSI have -95 ㏈m input sensitivity, 60 ㏈ input dynamic range control in 0.8V~1.2V control signal, and 62.34㎽ power dissipation with 3.3V power supply and it was simulated by using 0.35㎛ CMOS process library.

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What this paper is about

This paper presents received signal strength indicator(RSSI) for use of automatic gain control in multi-standard RF system. In oder to compensate offset and input dynamic range in each RF input specification, we proposed RSSI with the function of the output control. The proposed RSSI have -95 ㏈m input sensitivity, 60 ㏈ input dynamic range control in 0.8V~1.2V control signal, and 62.34㎽ power dissipation with 3.3V power supply and it was simulated by using 0.35㎛ CMOS process library.

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Available abstract

This paper presents received signal strength indicator(RSSI) for use of automatic gain control in multi-standard RF system. In oder to compensate offset and input dynamic range in each RF input specification, we proposed RSSI with the function of the output control. The proposed RSSI have -95 ㏈m input sensitivity, 60 ㏈ input dynamic range control in 0.8V~1.2V control signal, and 62.34㎽ power dissipation with 3.3V power supply and it was simulated by using 0.35㎛ CMOS process library.

Key concepts: Automatic gain control, Offset (computer science), CMOS, Sensitivity (control systems), Dynamic range, SIGNAL (programming language), Electronic engineering, Computer science

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