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James C Giacobazzi

from Bloomingdale, IL
Age ~67
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Also known as:
James M Giacobazzi, Jim C Giacobazzi, Jame Giacobazzi
Phone and address:
160 Constitution Dr, Hanover Park, IL 60108
Related to:
Sue H Giacobazzi, 69Kara Giacobazzi, 34Marie M GiacobazziKara Giacobazzi, 34Krista S Giacobazzi, 33
Connected to:
Dena M Giacobbe, 47Jeffrey R Giacobbe, 57Maria A Giacobbe, 64Maryann J Giacobbe, 81Nicole M Giacobbe, 51Rene A Giacobbe, 44Glen Giacobe, 49Joseph Giacobello, 38Maureen L Giacoboni, 55Denise Giacoia, 69

James Giacobazzi Phones & Addresses

  • 160 Constitution Dr, Bloomingdale, IL 60108
  • Streamwood, IL
  • Carol Stream, IL

Work

Position: Food Preparation and Serving Related Occupations

Emails

j***[email protected]

Resumes

Resumes

James Giacobazzi Photo 1

James Giacobazzi

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Location:
Groraum Chicago und Umgebung
Industry:
Telekommunikation
James Giacobazzi Photo 2

General Manager

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Location:
Santa Barbara
Industry:
Halbleiter

Business Records

Name / Title
Company / Classification
Phones & Addresses
James Giacobazzi
CTO
Peoplesoft
Nonferrous Wiredrawing and Insulating · Custom Computer Programming Services
3 Westbrook Corporate Ctr STE 900, Westchester, IL 60154
2 Westbrook Corporate Ctr, Westchester, IL 60154
(708) 409-7800
James Giacobazzi
VICE PRESI, Vice President
SPARCO TECHNOLOGIES, INC
Whol Electronic Parts/Equipment
10942 Wye Dr STE 205, San Antonio, TX 78217
10942 Wye St, San Antonio, TX 78217
471 Brighton Ct, Hanover Park, IL 60108
471 Brighton Dr, Bloomingdale, IL 60108
(210) 798-7979
James Giacobazzi
Vice Presi, Vice President
PC-TEL, INC
Mfg Radio/TV Comm Equip Coml Physical Research Mfg Measure/Control Dvcs Mfg Elec Measuring Instr · Provides Wireless Connectivity Products and Technology to Wireless Carriers & Wireless Internet Service Providers · Prepackaged Software
471 Brighton Dr, Bloomingdale, IL 60108
8725 W Higgins Rd SUITE 400, Chicago, IL 60631
471 Brighton Ct, Bloomingdale, IL 60108
(301) 515-0036, (630) 372-6800, (773) 243-3000, (408) 965-2127

Publications

Us Patents

Pre-Distortion Cross-Cancellation For Linearizing Power Amplifiers

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US Patent:
7062234, Jun 13, 2006
Filed:
Jul 28, 2003
Appl. No.:
10/628263
Inventors:
Josef Ocenasek - Whippany NJ, US
James C. Giacobazzi - Bloomingdale IL, US
Assignee:
Andrew Corporation - Orland Park IL
International Classification:
H04B 1/04
H04K 1/02
H04L 25/03
US Classification:
4551143, 455 631, 455 6713, 375297, 330149
Abstract:
In an amplifier system having two or more different amplifier sub-systems, the input signal to at least one of the amplifier sub-systems is pre-distorted based on the combined output signal from the two or more amplifier sub-systems. In one embodiment, each other amplifier sub-system pre-distorts its input signal based on only its own output signal. In one operational scenario, during initial operations, each amplifier sub-system separately pre-distorts its input signal based on only its own output signal. After pre-distortion has settled, one of the amplifier sub-systems is switched to pre-distort its input signal based on the combined output signal, while the other amplifier sub-systems continue to pre-distort their input single based on only their own output signals.

Universal Waveguide Interface Adaptor

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US Patent:
20050285702, Dec 29, 2005
Filed:
Jun 25, 2004
Appl. No.:
10/710205
Inventors:
Frank Graczyk - New Lenox IL, US
James Giacobazzi - Bloomingdale IL, US
Assignee:
ANDREW CORPORATION - Orland Park IL
International Classification:
H01P001/04
US Classification:
333254000
Abstract:
A waveguide adaptor assembly with interface and waveguide ends for coupling an end of a waveguide with a desired interface configuration. The assembly including a flange adaptor adapted to receive the end of the waveguide. An outer shoulder projecting radially from the interface end of the flange adaptor is adapted to mate with a recessed area formed in the waveguide end of an interface. A pair of retaining groove(s) on opposing sides of the recessed area co-operating with each other and adapted to receive a retainer that, pressing upon a waveguide end of the outer shoulder as it is inserted, biases the interface end of the flange adaptor against the recessed area. The interface having the desired interface configuration at the interface end.

Antenna System

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US Patent:
6987487, Jan 17, 2006
Filed:
May 17, 2002
Appl. No.:
10/147534
Inventors:
Martin L. Zimmerman - Chicago IL, US
Jamie Paske - Darien IL, US
James Giacobazzi - Bloomingdale IL, US
Kevin E. Linehan - Justice IL, US
Assignee:
Andrew Corporation - Orland Park IL
International Classification:
H01Q 3/00
US Classification:
343757, 343766, 343853
Abstract:
An antenna assembly for emitting a signal. The antenna assembly includes at least two antennas which are separated into a first group and a second group. Both groups of antennas are mounted on a panel. A first phase adjuster is coupled to the fist antenna group. The first phase adjuster is also coupled to a second phase adjuster, which is also coupled to said second antenna group. The first phase adjuster is coupled to the second phase adjuster, such that an adjustment of the first phase adjuster causes an adjustment of the second phase adjuster. The first phase adjuster is adapted to adjust a phase angle of the signal of the first antenna group, while the second phase adjuster is adapted to adjust a phase angle of the signal of said second antenna group.

Positive Contact Antenna Push Pin

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US Patent:
20150084834, Mar 26, 2015
Filed:
Sep 23, 2014
Appl. No.:
14/493547
Inventors:
- Bloomingdale IL, US
James Giacobazzi - Bloomingdale IL, US
International Classification:
H01R 13/24
H01Q 1/50
US Classification:
343906, 439884
Abstract:
A positive contact antenna push pin, an antenna push pin assembly that includes a positive contact antenna push pin, and an antenna that includes an antenna push pin assembly with a positive contact antenna push pin are provided. The positive contact antenna push pin can include a head and a shaft adjacent to the head, the shaft having a major axis along a length thereof and a minor axis along a width thereof, wherein a surface of a base of the shaft is non-parallel and non-perpendicular to both the major axis and the minor axis of the shaft.
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James C Giacobazzi from Bloomingdale, IL, age ~67 Get Report