EST Technology Integration Corp.

Slides:



Advertisements
Similar presentations
INDIVIDUAL PROJECT BY R.KARTHIKMANOJ
Advertisements

RF Circuit Design Chris Fuller /7/2012.
Lecture 51 The Telephone System. Lecture 52 The Telephone System The modern telephone system draws from these Electrical Engineering subdisciplines: Signal.
Finding objects. Prepared by: Laial Al Jeans Mais Dabous Supervised by: A.Jammal Kharoshah.
RADIO FREQUENCY MODULE. Introduction  An RF module is a small electronic circuit used to transmit and receive radio signals.  As the name suggests,
Palm Wireless Morgan Demers Erik Golen. Presentation Agenda  Project Definition  Technical Specifications - Hardware - Communication Protocol - Chat.
TETS for Powering Implantable Biomedical Devices T. Dissanayake, D. Budgett, A.P. Hu, S. Malpas and L. Bennet.
L/O/G/O FOUR CHANNEL WIRELESS TRANSMITTER AND RECEIVER.
Chip tag A radio-frequency identification system uses tags readers send a signal to the tag and read its response RFID tags can be either passive active.
Wireless Charging Technology Junhui Zhu Shiyu Zhang Fengchun Yang.
1 Wireless power for mobile phones - System overview Nov 25, 2012 V1.1.
The Voice Operated and Wirelessly Controlled Elevator Jeremy Hester Advisor: Dr. Mohammad Saadeh Class: ET 494 (Senior Design II), Fall 2013 Class Professor:
MCARC Repeater – MHz Design & Operation A repeater is an automatically controlled transmitter and receiver that simultaneously transmits what the.
Frank Jiang Wireless power module introduce.
By: Khalid Hawari Muath Nijim Thaer shaikh Ibrahim Supervisor: Dr. Jamal Kharousheh Dr. Nasser Hamad 27 December 2010.
1 Capstone Design Project Silent Alarm System Students: Su Huang & Fenghua Chen Advisor: Professor James Hedrick March 03, 2007.
Complementary Code Keying with PIC based microcontrollers for The Wireless Radio Communications.
Name Of The College & Dept
CONTENTS: 1.Abstract. 2.Objective. 3.Block diagram. 4.Methodology. 5.Advantages and Disadvantages. 6.Applications. 7.Conclusion.
Physical Layer Issues and Methods Outline Physical Layer Overview Non-Return to Zero Manchester 4B/5B.
CONTENTS: 1.Abstract. 2.Objective. 3.Block diagram. 4.Methodology. 5.Advantages and Disadvantages. 6.Applications. 7.Conclusion.
Name Of The College & Dept
Maze Twinbots Group 28 Uyen Nguyen – EE Ly Nguyen – EE Luke Ireland - EE.
Energy Efficient Source Coding and Modulation for Wireless Applications Yashwanth Prakash Sandeep.K.S.Gupta Arizona State University Tempe, AZ
ECE 445 Track Vehicle Project Team 25: Kuangxiao Gu Jialun Liu Jilin Jiang.
 ACCELEROMETER  TRANSMITTER- BLOCK DIAGRAM  RECEIVER- BLOCK DIAGRAM  COMPONENTS DESCRIPTION- ENCODER TRANSMITTER RECEIVER OPTICAL SENSOR.
FSAEe Data Acquisition System ECE 445 Senior Design Mohan Sha Raviraj Mahajan Mohammad Farooq Shaik TA: Ryan May Project No. 34 Spring 2013.
Wireless Power Transfer Via Inductive Coupling SENIOR DESIGN GROUP 1615 RYAN ANDREWS, MICHAEL DONOHUE, WEICHEN ZHANG.
Magic Wand Battle Game Team 53 Shanoon Martin, Jialin Sun, Manfei Wu.
Student Name USN NO Guide Name H.O.D Name Name Of The College & Dept.
SMART CART Group 20 Ciju Francis, Tom Rosengrant.
SUBMITTED BY EDGEFX TEAM PORTABLE CODED WIRELESS MESSAGE COMMUNICATION BETWEEN TWO PARTIES SECRETLY WITH LCD DISPLAY.
Wireless Bluetooth Controller For DC Motor. Introduction Wireless becoming more and more available and widely used Bluetooth is one of the major players.
4.Read card part design Design description: U2270B is a typical transmission frequency of 125 KHZ RF chips. This chip U2270B's output connect the MCU input.
A Project by ABHISHEK N (1P909EC001) YASHAS B R (1PI09EC129) J CHETAN (1PI09EC051) Guided by Ms. ANNAPOORNA K Y DEPARTMENT OF ELECTRONICS AND COMMUNICATION.
Fundamentals of Communications. Communication System Transmitter: originates the signal Receiver: receives transmitted signal after it travels over the.
Final Year Project: Wireless Power Transfer For Mobile Phone Kong Chin Hung D Supervisor: Dr. Wei-Nong FU.
Bq51013 vs bq51013A Comparison Change to bq51013ADescription Addition of Dynamic Efficiency Scaling Optimizes performance over wide range of output loads.
Wireless Power How it works
Michael Rahaim, PhD Candidate Multimedia Communications Lab
WEBENCH® Coil Designer
Ultrasonic Rangefinder
Blower-/Fan Coil-Actuator
4.2 Digital Transmission Pulse Modulation (Part 2.1)
Textbook Detection System With Radio-Frequency Identification
Weather Station Weather station design for measuring
SUBMITTED BY EDGEFX TEAM
Dynamic Ferrofluid Lamp Team 59
Component Identification
WIRELESS ENERGY MEASUREMENT SYSTEM
Infrared Transmitter and Receiver
‘SONAR’ using Arduino & ultrasonic distance sensor
High Performance Low Cost Low Lost Wireless DC Motor Speed Control
RAILWAY TRACK SNAP NOTIFICATION
Graduation project ii: 3-axis cnc milling machine
Directional Driver Hazard Advisory System
Remote Controlled Smart Socket
Wireless Power Transmitter Solutions
Antennas.
Inductive Charging Case
Fu Da Tong Technology 2017 α6、β3H
Asynchronous Serial Communications
Wireless Power Transmission
Student’s Name with USN No.
Design Of Low-Power Wireless Communication System Based On MSP430
Manual Robotics ..
EEC4113 Data Communication & Multimedia System Chapter 2: Baseband Encoding by Muhazam Mustapha, September 2012.
Applications Issues.
Applications Issues.
Error Detection and Correction
Presentation transcript:

EST Technology Integration Corp. FDT Wireless power Intro Kevin Chen kevin@estcorp.com.tw www.estcorp.com.tw

Excellent Service Team FDT Wireless Power Module Performance Operation Excellent Service Team

Excellent Service Team Performance 2017 FDT 6th Generation Power/Data Transmission Tech 200W  Max Output power over 200W  Hardware design and no software effort  TX chip A6 and RX chip B3H can support wide power range by H/W design.  The max vertical distance 50mm.  The max horizontal distance 50mm.  FOD Protection  Efficiency over 90%  Simplify circuit than previous generation  Standby current less than 1m  Enhance response to prevent high voltage to damage RX board  Strengthen the anti-noise processing capabilities  Wide range of input voltage  Solve the problem of coil noise FOD Excellent Service Team

Excellent Service Team Performance Package for Transmitter and Receiver Main Chips Transmitter Chip α6 QFN 44 8 X 8 Receiver Chip β3H QFN 16 4 X 4 Excellent Service Team

Excellent Service Team Operation How Tx & Rx code Transmit Adjustment of coil displacement Variety power transmit FOD Protection Excellent Service Team

How Tx & Rx code Transmit Distinguish un-available RX device by FDT code Magnetic Shield Receiver Board RX Coil ID signal is encoded by B3H chip. Detection Close code Initiation code ID need to be verified by A6 chip within 3mS. Charging energy Feedback Transmitter Board TX Coil Magnetic Shield Excellent Service Team

Excellent Service Team Adjustment of Coil Displacement Adjustment TX power for coil displacement. Receiver Board Magnetic Shield B3H adjust operation freq. RX Coil Feedback Long distance Detection TX Coil Transmitter Board A6 adjust operation freq depend on distance. Magnetic Shield Excellent Service Team

Excellent Service Team Variety Power System Adjusting output power automatically depends on receiver’s need Receiver Board Magnetic Shield B3H always receive main voltage level RX Coil Detection High power need Raise charging energy Low power need Feedback TX Coil Transmitter Board A6 adjust power depend on B3H need Magnetic Shield Excellent Service Team

Excellent Service Team FOD(Foreign Object Damage) Protection Package for Transmitter and Receiver Main Chips Part Masking can’t block code Receiver Board Magnetic Shield RX Coil Feedback Charging Power Send out control code to stop Power from TX Metal Object Detection TX Coil Transmitter Board Magnetic Shield Excellent Service Team

Excellent Service Team FOD(Foreign Object Damage) Protection Video on YouTube https://youtu.be/uUAXF8IrBvk Excellent Service Team

FDT WPC qi FDT VS WPC QI Transmission power Maximum 200W Maximum 15W Transmission efficiency 200W over 90% 15W≒70% Circuit design Integrated circuit and easy to modify Circuit complexity, poor feedback response Chip support power range 5W ~ 200W 5W ~ 15W Design include Only H/W design H/W and S/W design Excellent Service Team

Thank you ! w w w . e s t c o r p . c o m . t w