David Yates

David Yates

Imperial College London

H-index: 25

Europe-United Kingdom

About David Yates

David Yates, With an exceptional h-index of 25 and a recent h-index of 20 (since 2020), a distinguished researcher at Imperial College London, specializes in the field of Wireless Power Transfer.

His recent articles reflect a diverse array of research interests and contributions to the field:

A 3 kW 3.39 MHz DC/DC Inductive Power Transfer System with Power Combining Converters

Generalized Multistage Modeling and Tuning Algorithm for Class EF and Class Inverters to Eliminate Iterative Retuning

Wireless power transfer system

Wireless power transmission system and method

Design of a One-to-Four Isolated DC-DC Converter Using a 13.56 MHz Resonant Air-Core Transformer

Transmitter and receiver circuitry for power converter systems

A 110w e-scooter wireless charger operating at 6.78 mhz with ferrite shielding

Induced voltage estimation from class ef switching harmonics in hf-ipt systems

David Yates Information

University

Position

___

Citations(all)

3658

Citations(since 2020)

1947

Cited By

2522

hIndex(all)

25

hIndex(since 2020)

20

i10Index(all)

52

i10Index(since 2020)

34

Email

University Profile Page

Google Scholar

David Yates Skills & Research Interests

Wireless Power Transfer

Top articles of David Yates

Title

Journal

Author(s)

Publication Date

A 3 kW 3.39 MHz DC/DC Inductive Power Transfer System with Power Combining Converters

Ioannis Nikiforidis

Christopher H Kwan

David C Yates

Konstantinos Bampouras

James Gawith

...

2023/6/4

Generalized Multistage Modeling and Tuning Algorithm for Class EF and Class Inverters to Eliminate Iterative Retuning

IEEE Transactions on Power Electronics

Ioannis Nikiforidis

Juan M Arteaga

Christopher H Kwan

Nunzio Pucci

David C Yates

...

2022/5/20

Wireless power transfer system

2021/2/16

Wireless power transmission system and method

2021/7/1

Design of a One-to-Four Isolated DC-DC Converter Using a 13.56 MHz Resonant Air-Core Transformer

Juan M Arteaga

Christopher H Kwan

Ioannis Nikiforidis

Nunzio Pucci

Lingxin Lan

...

2021/6/14

Transmitter and receiver circuitry for power converter systems

2021/12/2

A 110w e-scooter wireless charger operating at 6.78 mhz with ferrite shielding

Christopher H Kwan

Juan M Arteaga

Nunzio Pucci

David C Yates

Paul D Mitcheson

2021/6/1

Induced voltage estimation from class ef switching harmonics in hf-ipt systems

IEEE Transactions on Power Electronics

Nunzio Pucci

Juan M Arteaga

Christopher H Kwan

David C Yates

Paul D Mitcheson

2021/11/12

A 13.56 mhz bidirectional ipt system with wirelessly synchronised transceivers for ultra-low coupling operation

Nunzio Pucci

Juan M Arteaga

Christopher H Kwan

David C Yates

Paul D Mitcheson

2021/10/10

Inductive power transfer coil and method for making the same for use in wireless power transfer systems

2021/7/6

A 600w 6.78 mhz wireless charger for an electric scooter

Christopher H Kwan

Juan M Arteaga

Samer Aldhaher

David C Yates

Paul D Mitcheson

2020/11/15

Inverter for inductive power transfer

2020/5/5

Rectifier for wireless power transfer

2020/4/7

A 100W 6.78 MHz inductive power transfer system for drones

Lingxin Lan

Christopher H Kwan

Juan M Arteaga

David C Yates

Paul D Mitcheson

2020/3/15

Towards lightweight magnetic components for converters with wide-bandgap devices

G Calderon-Lopez

R Todd

AJ Forsyth

J Wang

W Wang

...

2020/11/29

Characterisation of high frequency inductive power transfer receivers using pattern recognition on the transmit side waveforms

Juan M Arteaga

Lingxin Lan

Christopher H Kwan

David C Yates

Paul D Mitcheson

2020/3/15

An induction-based localisation technique for wirelessly charged drones

Lingxin Lan

Tomamaso Polonelli

Yuan Qin

Nunzio Pucci

Christopher H Kwan

...

2020/11/15

See List of Professors in David Yates University(Imperial College London)