In this paper we present a RF-DC rectifier which operates over a wide range of input power by providing a regulated output DC voltage. The circuit solution we propose is based on a novel active load circuit which adjusts the output current as a function of the incoming RF power. This allows maximizing both the efficiency and sensitivity of the circuit. Circuit prototypes fabricated in 130nm CMOS technology start to operate at -14dBm, providing a regulated output voltage of 1.6÷1.8V in the -14÷1dBm RF input power at 868MHz. Noticeably, the circuit efficiency of the rectifier peaks at 45%, remaining above 30% in the -12÷+1dBm input power range
This paper presents a fully integrated CMOS analog front end for a passive 900-MHz radio-frequency i...
A RF powering circuit used in radio-frequency identification (RFID) tags and other batteryless embed...
This paper presents a wide dynamic-range CMOS rectifier with high efficiency and high sensitivity fo...
In this paper we present a RF-DC rectifier which operates over a wide range of input power by provid...
In this paper we present a novel CMOS RF-DC converter circuit, operating at 868MHz, for RFID and rem...
This paper proposes an RF-to-dc power converter for ambient wireless powering that is efficient, hig...
A wide-range, differential, cross-coupled rectifier is proposed with an extended dynamic range of in...
In this paper, we present for the first time a novel optimization procedure which allows to maximize...
Radio frequency identification (RFID) technology is used today in a number of differentareas, such a...
This paper analyses the frequency limitations of an active rectifier for RFID applications that has ...
Effective matching and efficient power conversion play key roles in long- range power telemetry. Thi...
Efficient voltage rectification is one the main challenges in passive UHF RFID. When the tag is loca...
The ability to store information electronically in small tags that can be read wirelesslyhas great p...
Abstract In this paper, a new high-efficiency CMOS bridge rectifier for driving RFID tag chips is de...
The paper proposes a high efficiency RFID UHF power converter unit to overcome the low efficiency pr...
This paper presents a fully integrated CMOS analog front end for a passive 900-MHz radio-frequency i...
A RF powering circuit used in radio-frequency identification (RFID) tags and other batteryless embed...
This paper presents a wide dynamic-range CMOS rectifier with high efficiency and high sensitivity fo...
In this paper we present a RF-DC rectifier which operates over a wide range of input power by provid...
In this paper we present a novel CMOS RF-DC converter circuit, operating at 868MHz, for RFID and rem...
This paper proposes an RF-to-dc power converter for ambient wireless powering that is efficient, hig...
A wide-range, differential, cross-coupled rectifier is proposed with an extended dynamic range of in...
In this paper, we present for the first time a novel optimization procedure which allows to maximize...
Radio frequency identification (RFID) technology is used today in a number of differentareas, such a...
This paper analyses the frequency limitations of an active rectifier for RFID applications that has ...
Effective matching and efficient power conversion play key roles in long- range power telemetry. Thi...
Efficient voltage rectification is one the main challenges in passive UHF RFID. When the tag is loca...
The ability to store information electronically in small tags that can be read wirelesslyhas great p...
Abstract In this paper, a new high-efficiency CMOS bridge rectifier for driving RFID tag chips is de...
The paper proposes a high efficiency RFID UHF power converter unit to overcome the low efficiency pr...
This paper presents a fully integrated CMOS analog front end for a passive 900-MHz radio-frequency i...
A RF powering circuit used in radio-frequency identification (RFID) tags and other batteryless embed...
This paper presents a wide dynamic-range CMOS rectifier with high efficiency and high sensitivity fo...