A 28nm CMOS Dual-Band Concurrent WLAN and Narrow Band Transmitter with On-chip Feedforward TX-to-TX Interference Cancellation Path for Low Antenna-to-Antenna Isolation in IoT Devices-Reference-Cited by-同舟云学术

A 28nm CMOS Dual-Band Concurrent WLAN and Narrow Band Transmitter with On-chip Feedforward TX-to-TX Interference Cancellation Path for Low Antenna-to-Antenna Isolation in IoT Devices

Published:2023-06-11 Issue: Volume: Page:
ISSN:
Container-title:2023 IEEE Radio Frequency Integrated Circuits Symposium (RFIC)
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Author:

Tam Sai-Wang¹,Razzaghi Alireza¹,Wong Alden¹,Narravula Sridhar¹,Xu Weiwei¹,Loo Timothy¹,Kambale Akash¹,Liu Andrew¹,Carnu Ovidiu¹,Lin Yui¹,Tsang Randy¹

Affiliation:

1. NXP Semiconductors,USA

Publisher

IEEE

Link

http://xplorestaging.ieee.org/ielx7/10186107/10186112/10186192.pdf?arnumber=10186192

Reference8 articles.

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2. A 0.2–3-GHz N-Path True Time Delay Circuit Achieving <1% Delay Variation Over Frequency

3. A Full-Duplex Receiver With True-Time-Delay Cancelers Based on Switched-Capacitor-Networks Operating Beyond the Delay–Bandwidth Limit

4. In-Band Full-Duplex Technology: Techniques and Systems Survey

5. A 1–20 GHz 400 ps true-time delay with small delay error in 0.13 µm CMOS for broadband phased array antennas;hu;2015 IEEE MTT-S International Microwave Symposium,0

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1. Doubling Down on Wireless Capacity: A Review of Integrated Circuits, Systems, and Networks for Full Duplex;Proceedings of the IEEE;2024-05

2. A 28 nm CMOS Dual-Band Concurrent WLAN and Narrow Band Transmitter With On-Chip Feedforward TX-to-TX Interference Cancellation Path for Low Antenna-to-Antenna Isolation in IoT Devices;IEEE Journal of Solid-State Circuits;2024-05