Jamie Joseph Happ

age ~50

from Austin, TX

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Also known as:

Jamie J Happ
Jamie J Harp
Jaime Happ

Phone and address:: 12900 Schleicher Trl, Austin, TX 78732
5126586327

Connected to:

Jamie Happ Phones & Addresses

12900 Schleicher Trl, Austin, TX 78732 • 5126586327
8102 Fort Sumter Rd, Austin, TX 78745 • 5122924768
4711 Spicewood Springs Rd, Austin, TX 78759 • 5123429968
Columbus, NE
12900 Schleicher Trl, Austin, TX 78732

Work

Position:

Professional/Technical

Education

Degree:

Associate degree or higher

Resumes

Validation Engineering Manager

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Location:

Austin, TX

Industry:

Semiconductors

Work:

Ambiq Micro
Validation Engineering Manager
Ambiq Micro Dec 2011 - Mar 2015
Applications Engineering Manager
Freescale Semiconductor May 2008 - Dec 2011
Smts, New Product Introduction Lead Apps Engineer
Sigmatel Jun 2001 - May 2008
Smts, Soc and Rf Applications Engineer
Motorola Jun 1997 - Jun 2001
Senior Systems Engineer, Automotive Body Electronic Systems Group

Education:

Colorado School of Mines 1992 - 1997
Bachelors, Bachelor of Science In Electrical Engineering, Electrical Engineering, Electrical Engineering and Computer Science, Computer Science

Skills:

Semiconductors
Electronics
Soc
Embedded Systems
Testing
Debugging
Ic
Asic
Analog
Processors
Low Power Design
Product Development
Microprocessors
Verilog
Device Drivers
Firmware
Arm
Rtos
Linux
C
Software Development

Owner, Enzyme Labs

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Us Patents

Low Noise, Low Distortion Radio Receiver Front-End
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US Patent:

20070129038, Jun 7, 2007
Filed:

Dec 5, 2005
Appl. No.:

11/294663
Inventors:

Lawrence Ragan - Austin TX, US
Matthew Felder - Austin TX, US
Jingyu Hu - Austin TX, US
Jamie Happ - Austin TX, US
Michael May - Austin TX, US
International Classification:

H04B 17/00
US Classification:

455226400
Abstract:

A radio receiver front-end includes a tunable antenna interface and a low noise amplifying section. The tunable antenna interface is operably coupled to receive a wide bandwidth signal from an antenna, wherein the wide bandwidth signal includes a plurality of channel signals, and wherein the tunable antenna interface is tuned to pass a selected one of the plurality of channel signals substantially unattenuated and to attenuate remaining ones of the plurality of channel signals to produce a filtered wide bandwidth signal. The low noise amplifying section is operably coupled to amplify the filtered wide bandwidth signal to produce a filtered and amplified wide bandwidth signal.

System On A Chip With Backlight Controller
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US Patent:

20080100224, May 1, 2008
Filed:

May 1, 2007
Appl. No.:

11/799363
Inventors:

Matthew D. Felder - Austin TX, US
Matthew Ross Williamson - Austin TX, US
Jingyu Hu - Austin TX, US
Jamie Joseph Happ - Austin TX, US
International Classification:

H05B 37/02
US Classification:

315151, 315307
Abstract:

A backlight control module includes a gain module, a variable voltage reference, a comparator, and a pulse width modulator. The gain module is coupled to amplify a representation of LED current to produce an amplified current sense signal. The variable voltage reference source is coupled to produce a reference voltage based on the backlight setting to produce a representation of the backlight setting. The comparator is coupled to compare the reference voltage with the amplified current sense signal to produce the comparison signal. The pulse width modulator is coupled to produce a pulse width modulated (PWM) signal as the brightness control signal based on the comparison signal, wherein the brightness control signal is provided to an off-chip variable supply voltage source that provides power to the off-chip LED.