RE/MAX 6000 159 E. Live Oak Ave. #106, Arcadia, CA 91780 (626)8639467 (Office), (626)8639467 (Cell)
Languages:
Mandarin
Description:
Chef, Restaurant Manager turned Real Estate Agent. Moments that are most exciting for me are when my beloved guests take that first bite of my soft and seculent boeuf bourguignon. Moments that are most cherishing for me are when my beloved friends takes that first sip of my "roll my eyes and take me to Hawa'ii" tropical sangria. Moments that are most memorable for me when my clients break out that smile when they first lay eyes on that dream house they've always wanted when they were 8 years old. Life is about enjoyment, Life is about grinding through the hardship and struggles before finally reaching the destination. Life is about fulfillments, and sharing with those your are fortunate enough to come across. "Do what you love, and you'll never be working". I've alway believed in it. Anyone that I come across will become my friends, and friendship is one of the strongest bonds that us human beings are able to come across. Cherish That
Chef, Restaurant Manager turned Real Estate Agent. Moments that are most exciting for me are when my beloved guests take that first bite of my soft and seculent boeuf bourguignon. Moments that are most cherishing for me are when my beloved friends takes that first sip of my "roll my eyes and take me to Hawa'ii" tropical sangria. Moments that are most memorable for me when my clients break out that smile when they first lay eyes on that dream house they've always wanted when they were 8 years old. Life is about enjoyment, Life is about grinding through the hardship and struggles before finally reaching the destination. Life is about fulfillments, and sharing with those your are fortunate enough to come across. "Do what you love, and you'll never be working". I've alway believed in it. Anyone that I come across will become my friends, and friendship is one of the strongest bonds that us human beings are able to come across. Cherish That.
Cooler Master Chino, CA Aug 2013 to Aug 2014 Product Engineering InternUC Riverside - Bourns College of Engineering Riverside, CA Jun 2013 to Oct 2013 Summer InternPIMA Apparel Ontario, CA Jul 2009 to Sep 2010 Customer Service/Sales Representative
Education:
University of California Riverside, CA Jun 2014 B.S. in Computer Science
May 2013 to 2000 Vice President's AssistantAlmansor villa Alhambra, CA May 2010 to Jun 2012 Apartment Manager assistantJohn's Law Office Monterey Park, CA Jun 2009 to Sep 2009 Receptionist/SecretaryID cha house San Gabriel, CA Oct 2007 to Jul 2008 Waiter
Education:
university of California, Riverside Riverside, CA 2008 to 2012 BA, in sociology
Skills:
Fluent in English and Mandarin. Have a full year experience in filming, including video editing, on set experience.
Jun 2012 to Present Student Design Trainee IIteris, Inc Santa Ana, CA Jan 2012 to Jun 2012 Senior Design Project MemberUniversity of California, Irvine Irvine, CA Sep 2011 to Jun 2012 Undergrad ResearcherUniversity of California, Irvine Irvine, CA Sep 2011 to Jun 2012 ITE Project ManagerRegional Water Quality Control Board Los Angeles, CA Jun 2011 to Sep 2011 Engineering InternChinaCache North America, Inc Los Angeles, CA Jun 2010 to Sep 2010 Engineer/SalesGeneral Photonics Corp Chino Hills, CA Jun 2009 to Sep 2009 Technician
Education:
University of California, Irvine Irvine, CA 2012 to 2013 M.S. in Transportation Systems EngineeringUniversity of California Irvine, CA 2008 to 2012 B.S. in Civil Engineering
Skills:
AutoCad, ArcGIS, Synchro, SimTraffic, Soldering
Us Patents
Synchronous Buck Converter With Improved Transient Performance
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 110
US Classification:
327540, 327427, 327134, 323282, 323284
Abstract:
A synchronous buck converter having an improved transient response during output current stepdown. The device includes series and shunt MOSFETS, a first driver circuit to turn the series MOSFET on and off according to a variable duty cycle determined by an error signal representing the difference between the voltage output of the converter and a reference voltage, a sensing circuit operative to provide a control signal output when the duty cycle for the series MOSFET is zero; and a second drive circuit responsive to the control signal output of the sensing circuit to turn off the shunt MOSFET. The sensing circuit operates by detecting when the error signal is of a lower amplitude than the minimum value of the ramp waveform used to generate the duty cycle for the series MOSFET.
Synchronous Buck Converter With Output Current Sensing
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 1613
US Classification:
323224, 323284
Abstract:
A synchronous buck converter manufacturable as an MCM having an output current sensing circuit. The device employs MOSFETS as the switching transistors, and a sensing circuit including a sampling switch operated synchronously on and off with the shunt MOSFET, a variable gain amplifier, the sampling switch being coupled to provide a signal to the variable gain amplifier representing the voltage across the R of the shunt MOSFET, and a circuit, e. g. , an RC circuit, associated with the variable gain amplifier implementing a low pass filter whereby the output of the variable gain amplifier is substantially independent of the value of the inductor and the magnitude of any time varying component of the signal input to the sampling switch. When the device is packaged an MCM, the current sense circuit gain can be trimmed based on the R value. The current sense gain can also be adjusted according to the module temperature by using temperature sensitive devices inside the IC to eliminate the R temperature variation, and according to the gate voltage to eliminate the R variation due to gate voltage changes.
Multiphase Synchronous Buck Converter With Improved Output Current Sharing
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 1652
US Classification:
323222, 323284, 323285
Abstract:
A multi-phase synchronous buck converter manufacturable using MCM architecture having improved output current sharing capability. The device is constructed of a plurality of single phase buck converter stages, and a sensing circuit for each converter stage to generate an output signal representative of the output current provided by that converter stage. A master controller provides duty cycle control signals in a predetermined phase relationship for the switching transistors of the individual converter stages according to the difference between the output voltage from the multi-phase converter and a reference signal representing a desired voltage at the output node. A duty cycle trimming controller which may include individual duty cycle trimming circuits coupled between the master controller and the drive circuits for each converter stage, modifies the duty cycle control signals from the master controller to equalize as nearly as possible the currents provided by each stage. A current sharing controller provides control signals to the duty cycle trimming controller. This functions to provide a difference signal between the actual current output of a particular stage and either the average of all the stage currents, the smallest stage current, or the largest stage current.
Multiphase Synchronous Buck Converter With Improved Power Loss Balancing
International Rectifier Corporation - El Segundo CA
International Classification:
G05F001/40 H02M003/24
US Classification:
323268, 363 97
Abstract:
A multi-phase synchronous buck converter having plural single phase synchronous buck converter stages, connected together to provide an output current to a load. A sensing circuit in each converter stage includes a variable gain current sense amplifier that determines the current through the shunt MOSFET to generate an output signal representative of the output current provided by that converter stage. The gains of the current sense amplifiers in each converter stage are preset such that the output signals from all the amplifiers are substantially equal, thereby balancing the power loss in all the converter stages by adjustment of the output currents using varying current sense gains to compensate for variations in the Rof the shunt MOSFETS.
Active Voltage Positioning Implementation For Microprocessor Power Supplies Or The Like
David Jauregui - El Segundo CA, US Jason Zhang - Monterey Park CA, US
Assignee:
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 1/40 H02M 7/10
US Classification:
323268
Abstract:
An improved active voltage positioning (AVP) implementation for a power supply for a microprocessor or the like includes an AVP circuit which is separated from the power supply error amplifier by a buffer amplifier having a parallel RC feedback circuit to controllably adjust the transient response. An AVP signal derived from an output load current sensing element provides an input to the buffer amplifier. A second input is provided by power supply reference voltage. A output of the buffer amplifier is connected as an input to the error amplifier to provide the AVP window. This permits separate adjustment of the transient behavior of the error loop and the AVP loop.
Synchronous Rectifier Circuits And Method For Utilizing Common Source Inductance Of The Synchronous Fet
Jason Zhang - Monterey Park CA, US Bo Yang - San Diego CA, US
Assignee:
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 1/00 H02M 3/335
US Classification:
323282, 323224, 363 2106, 363 2114, 363127
Abstract:
A method of improving the operation of a synchronous rectifier circuit which includes a switching transistor and synchronous transistor, by providing an operatively effective value of inductance in the current path of the synchronous transistor; which is shared by the control terminal circuit path of the transistor and by selecting a synchronous transistor having a low resistance to a control signal provided at the control terminal, as well as improved synchronous rectifier circuits designed according to the method. When the transistors are MOSFETs, the inductance provided is preferably a purely parasitic common source inductance in the range of about 2 nH to about 3 nH. The synchronous transistor exhibits a low value of gate resistance to facilitate fast energy exchange between the common source inductance and the gate-source capacitance.
International Rectifier Corporation - El Segundo CA
International Classification:
G06F 1/26 B23K 11/24
US Classification:
713310, 713300, 323318
Abstract:
A power control system and method including a plurality of point-of-load regulators (POL) providing corresponding regulated output voltages; a manager for communicating control signals and operational parameters with said point-of load regulators; a digital bus to carry control signals therebetween; and an analog bus to carry operational parameters therebetween. Analog sensing circuits and a mutliplexer on the POL communicate operational parameters to and from the manager via the analog bus and are controlled via the digital bus. The operational parameters include output voltage, output current, over voltage, temperature, amplifier or comparator offset, and amplifier gain. The analog sensing circuits are calibrated by trim registers on the POL under digital control by the manager.
Seungbeom Kevin Kim - Cerritos CA, US Todd Vacca - Mission Viejo CA, US Jason Zhang - Monterey Park CA, US
Assignee:
International Rectifier Corporation - El Segundo CA
International Classification:
G05F 1/40
US Classification:
323282
Abstract:
A circuit for reducing switching losses in a synchronous rectifier of a switching stage including a high-side control transistor and a low-side synchronous transistor coupled at a switching node, the switching stage receiving an input voltage and providing a controlled output voltage at an output node. The circuit including a first circuit portion for sensing waveshape edges of a first signal at a gate terminal of the low-side synchronous transistor and a first voltage to determine a delay between the waveshape edge of the first signal and the waveshape edge of the first voltage; and a second circuit portion for calibrating the first signal and the first voltage to align the waveshape edge of the first signal and the waveshape edge of the first voltage, with an optional offset to achieve minimal power loss.
ustin Tarango,Ben Bariach, Bilva Chandra, Budianto Budianto, Carl Doersch,Changchang Wu, David Minnen, David Yao, Dexter Allen, Dilara Gokay, Dumitru Erhan, Eric Lau, Erik Gross, Florian Schroff, Frank Belletti, Gitartha Goswami, Hang Qi, Hao Wang, Hao Zhou, Harsimran Kaur,Itzhak Garbuz, Jason Zhang
Date: May 20, 2025
Category: Technology
Source: Google
28 local seniors named National Merit semifinalists
Alachua Countys semifinalists are: Tiffany Triplett, from Santa Fe High School; Christopher Campo, Tawhid Khan, Elijah Killingsworth, Eugene Kim, Kim-Anh Nguyen, Marie Shiau, Joanna Song, Thor Stead, Harish Vemuri, Elizabeth Woodward and Jason Zhang, from Buchholz High School; Celena Dong, Amber Gi
Date: Sep 16, 2016
Category: U.S.
Source: Google
Inside 2014's American Music Awards: 20 Questions From Row X
e Chopstick Boys doing a performance of their single "Little Apple," which was touted as an international hit on par with Psy's "Gangam Style." They recreated elements of its video, including the dancers in striped red pajamas and the bearded mermaids. Then Pitbull gave an award to Jason Zhang (a.k.a.
Date: Nov 24, 2014
Source: Google
Vertex hepatitis drug edges Merck after FDA panels
"This panel meeting just reinforced our long-held view that telaprevir...will be favored by most physicians over Merck's boceprevir in a two-drug horse race," BMO Capital Markets analyst Jason Zhang.
Date: Apr 29, 2011
Category: Health
Source: Google
Youtube
Jason Zhang Jie *NEW THEME SONG - Wu Wang Xin...
Jason Zhang Jie is a mandopop singer and fourth place winner of the Su...
Category:
Film & Animation
Uploaded:
27 Jun, 2009
Duration:
4m 12s
Jason Zhang Jie HAPPY CAMP - Wu Wang Xing An
NEW THEME SONG of Movie Overheard Jaso... Zhang Jie is a mandopop sin...
Category:
Music
Uploaded:
21 Jul, 2009
Duration:
6m 52s
[2010.10.13] Jason Zhang (HD/MV) - (This, Is ...
Tune Into The Hottest Online Asian Radio Station @ www.asianloadrad......
Category:
Entertainment
Uploaded:
19 Oct, 2010
Duration:
4m 51s
[HQ]Jason Zhang-Under 20081230
click the "watch in High quality" button to view the high qualitied ve...
Category:
Music
Uploaded:
01 Jan, 2009
Duration:
3m 34s
I need you tonight by Jason Zhang
Here is the live version by Jason Zhang at his sole concert in Beijing...
Category:
Music
Uploaded:
01 Feb, 2009
Duration:
4m 30s
Gechen "Jason" Zhang talks about discovering ...
Gechen "Jason" Zhang, senior at Rockwood Summit High School in Fenton,...
Category:
Science & Technology
Uploaded:
17 Nov, 2010
Duration:
36s
Googleplus
Jason Zhang
Work:
Piano Studio - Teacher (2010) Chesapeake Hospice Center - Volunteer (2011)
Education:
Princess Anne High School - IB Program
About:
Hiya :)
Bragging Rights:
IB program, play piano :)
Jason Zhang
Work:
US Enviromental Protection Agency - RE
Education:
University of California, Irvine - Civil Engineer, Diamond Bar High School, Temple City High School
About:
Put a little about yourself here so people know they've found the correct Jason
Bragging Rights:
Survived high school, have 3 kids
Jason Zhang
Education:
The Hague Academy of International Law - Public International Law, Harvard Law School - Juris Doctor, Harvard College, New Westminster Secondary School - IB Diploma Programme
About:
I'm too sleepy to say anything. That should be the correct "Jason"...
Tagline:
Need more DHA...
Bragging Rights:
In IB
Jason Zhang
About:
他们喜欢叫我阿怪,他们喜欢叫我杰森
Tagline:
Today is a gift
Bragging Rights:
快要到制作人了,可是这座桥蛮难过的
Jason Zhang
Education:
University of Technology, Sydney - Master of IT, Fuzhou University - Bachelor of Computer Science
About:
Oh hi ~!
Bragging Rights:
Ate mega size steak meal in Hogs Breath
Jason Zhang
Education:
Charles F. Patton
About:
I'm Jason. If you know me (Which you probably don't because I'm a loser), well...... Good for you.
Tagline:
Don't judge Me.
Bragging Rights:
I'm ridiculously good-looking, as you can tell by my profile picture.