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Antonio Passamani
Antonio Passamani
Apple, Inc
Email verificata su ieee.org
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Citata da
Citata da
Anno
13.9 A 1.1 V 28.6 dBm fully integrated digital power amplifier for mobile and wireless applications in 28nm CMOS technology with 35% PAE
A Passamani, D Ponton, E Thaller, G Knoblinger, A Neviani, A Bevilacqua
2017 IEEE international solid-state circuits conference (ISSCC), 232-233, 2017
372017
Digital to analog converter circuits, apparatus and method for generating a high frequency transmission signal and methods of digital to analog conversion
F Kuttner, A Passamani, D Ponton
US Patent 9,571,120, 2017
232017
A linear model of efficiency for switched-capacitor RF power-amplifiers
A Passamani, D Ponton, G Knoblinger, A Bevilacqua
2014 10th conference on Ph. D. Research in microelectronics and electronics …, 2014
182014
SiP solutions for wireless transceiver impedance matching networks
G Batistell, T Holzmann, S Leuschner, A Wolter, A Passamani, J Sturm
2017 12th European Microwave Integrated Circuits Conference (EuMIC), 329-332, 2017
62017
Analysis and design of a 1.1 dB-IL third-order matching network for switched-capacitor PAs
A Passamani, D Ponton, G Knoblinger, A Bevilacqua
2015 Nordic Circuits and Systems Conference (NORCAS): NORCHIP …, 2015
52015
Injection locked ring oscillator based digital-to-time converter and method for providing a filtered interpolated phase signal
D Ponton, A Passamani, A Bevilacqua
US Patent 9,819,356, 2017
42017
Method for operating radio frequency digital to analog conversion circuitry in the event of a first and a subsequent second input sample with different signs and an digital to …
A Passamani, F Kuttner, M Fulde
US Patent 9,647,678, 2017
42017
Digital to analog converter local oscillator tracking systems and methods
A Passamani
US Patent 11,336,293, 2022
12022
Concept of capacitor scaling
D Ponton, A Passamani
US Patent 11,082,058, 2021
12021
A Quadrature Switched-Capacitor RF-DAC Drain Efficiency Model for Back-Off Operation
E Hager, T Buckel, S Schmickl, A Passamani, H Pretl, A Springer
2018 Austrochip Workshop on Microelectronics (Austrochip), 27-31, 2018
12018
Clock alignment and uninterrupted phase change systems and methods
A Passamani
US Patent 11,984,896, 2024
2024
Accurate sign change for radio frequency transmitters
V Vorapipat, M Nick, KCR Gangavaram, A Passamani
US Patent 11,949,769, 2024
2024
DIGITAL-TO-ANALOG CONVERTER WITH LOCALIZED FREQUENCY MULTIPLICATION CIRCUITS
A Passamani
US Patent App. 17/899,450, 2024
2024
DIGITAL-TO-ANALOG CONVERTER WITH LOCALIZED FREQUENCY MULTIPLICATION CIRCUITS
A Passamani
US Patent App. 17/899,446, 2024
2024
Split pass device applications for dac supply systems
A Passamani, TW Gossmann, AF Vargas, G Gourlat
US Patent App. 17/872,989, 2024
2024
Split pass device applications for dac supply systems
A Passamani, TW Gossmann, AF Vargas, G Gourlat
US Patent App. 17/872,993, 2024
2024
Tunable matching network
AE Raidl, A Passamani, CY Hsieh
US Patent App. 17/864,188, 2024
2024
Digital-to-analog converter with dynamic alternating fill order systems and methods
A Passamani
US Patent App. 17/843,516, 2023
2023
Digital-to-analog converter with static alternating fill order systems and methods
A Passamani
US Patent App. 17/843,523, 2023
2023
Digital-to-analog converter clock tracking systems and methods
A Passamani
US Patent App. 17/840,309, 2023
2023
Il sistema al momento non può eseguire l'operazione. Riprova più tardi.
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