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George L Jerinic

from Henderson, NV
Age ~85
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Also known as:
George J Jerinic, Geo Jerinic, Alix Jerinic, Erenic G George
Phone and address:
1834 June Lake Dr, Henderson, NV 89052
(978) 490-8461
Related to:
Effie Pravica, 54Walter Pravica, 90Mira PravicaSteven Pravica, 54Kristina Pravica, 52
Connected to:
Snezana Jerinic, 63Kelsey Jerioski, 31Amalia S Jerison, 44Brad L Jerkatis, 44James C Jerkatis, 86Clay S Jerke, 56Heidi J Jerke, 48John E Jerke, 74Ty Jerke, 55Sandra J Jerkens, 77

George Jerinic Phones & Addresses

  • 1834 June Lake Dr, Henderson, NV 89052 (978) 490-8461
  • Boulder City, NV
  • Barrington, RI
  • 7 Robinwood Rd, Acton, MA 01720 (978) 263-7340
  • Echo, OR
  • 7 Robinwood Rd, Acton, MA 01720 (978) 490-8461

Work

Position: Administration/Managerial

Education

Degree: Graduate or professional degree

Emails

a***[email protected]

Resumes

Resumes

George Jerinic Photo 1

George Jerinic

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Education:
University of Wisconsin
Doctorates, Doctor of Philosophy, Electronics Engineering, Philosophy, Electronics
George Jerinic Photo 2

Retired

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Location:
1834 June Lake Dr, Henderson, NV 89052
Industry:
Sports

Publications

Us Patents

Microwave Power Combiner

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US Patent:
41896840, Feb 19, 1980
Filed:
Nov 2, 1978
Appl. No.:
5/957251
Inventors:
Allen L. Hieber - Waltham MA
Clifford A. Drubin - Groton MA
George Jerinic - Acton MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 714
US Classification:
331 56
Abstract:
A microwave power combiner is shown to consist of a plurality of coaxial diode oscillators disposed on the periphery of a circularly cylindrical cavity operating in the TM. sub. 020 mode, such cavity containing mode suppressor means to prevent any mode other than the TM. sub. 020 from operating.

Cylindrical Cavity Power Combiner For Plurality Of Coaxial Oscillators

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US Patent:
40978176, Jun 27, 1978
Filed:
Jun 30, 1977
Appl. No.:
5/814745
Inventors:
Glenn R. Thoren - Norwood MA
James L. Lampen - Burlington MA
George Jerinic - Acton MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 714
H03B 912
US Classification:
331 56
Abstract:
An improved solid state transmitter (and elements therefor) adapted particularly well to pulsed operation at radio frequencies is disclosed. Such transmitter includes the combination of: A crystal-controlled oscillator producing a continuous wave output signal which, ultimately, determines the frequency of each transmitted pulse; a first oscillatory circuit, including a resonant cavity and at least one normally quiescent coaxial oscillator incorporating an IMPATT diode; a second oscillatory circuit, including a resonant cavity and a plurality of normally quiescent coaxial oscillators, each one of such oscillators incorporating an IMPATT diode; and an improved modulator for periodically actuating all of the IMPATT diodes in such a manner that a pulsed output of the first oscillatory circuit is produced which remains locked to the then existing continuous wave signal out of the crystal-controlled oscillator and the pulsed outputs of the coaxial oscillators in the second oscillatory circuit similarly are locked. The improved elements disclosed, in addition to the improved modulator, include various configurations of coaxial oscillators which are easier to align than known oscillators of such type or which allow a greater number of such oscillators to be coupled to a resonant cavity than was possible according to the prior art. Finally, an improved probe and tuning arrangement for a resonant cavity is disclosed.

Transmitter Wherein Outputs Of A Plurality Of Pulse Modulated Diode Oscillators Are Combined

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US Patent:
40978230, Jun 27, 1978
Filed:
Jun 30, 1977
Appl. No.:
5/814746
Inventors:
George Jerinic - Acton MA
Glenn R. Thoren - Norwood MA
Francis J. Sullivan - Marlboro MA
James L. Lampen - Burlington MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03K 708
US Classification:
332 9R
Abstract:
An improved solid state transmitter (and elements therefor) adapted particularly well to pulsed operation at radio frequencies is disclosed. Such transmitter includes the combination of: A crystal-controlled oscillator producing a continuous wave output signal which, ultimately, determines the frequency of each transmitted pulse; a first oscillatory circuit, including a resonant cavity and at least one normally quiescent coaxial oscillator incorporating an IMPATT diode; a second oscillatory circuit, including a resonant cavity and a plurality of normally quiescent coaxial oscillators, each one of such oscillators incorporating an IMPATT diode; and an improved modulator for periodically actuating all of the IMPATT diodes in such a manner that a pulsed output of the first oscillatory circuit is produced which remains locked to the then existing continuous wave signal out of the crystal-controlled oscillator and the pulsed outputs of the coaxial oscillators in the second oscillatory circuit similarly are locked. The improved elements disclosed, in addition to the improved modulator, include various configurations of the coaxial oscillators which are easier to align than known oscillators of such type or which allow a greater number of such oscillators to be coupled to a resonant cavity than was possible according to the prior art. Finally, an improved probe and tuning arrangement for a resonant cavity is disclosed.

Power Combiner

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US Patent:
41479947, Apr 3, 1979
Filed:
Jul 31, 1978
Appl. No.:
5/929630
Inventors:
Glenn R. Thoren - Arlington MA
James L. Lampen - Burlington MA
George Jerinic - Acton MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 706
US Classification:
331 56
Abstract:
A power combiner for solid state oscillator circuits is shown to be the combination of a central cavity and a plurality of subcavities, each one of the latter being dimensioned to operate in the TM. sub. 010 mode to synchronize a plurality of solid state oscillator circuits. The central cavity and each one of the plurality of subcavities are coupled together through coaxial lines so that the central cavity in turn synchronizes the plurality of subcavities.

Cylindrical Cavity Power Combiner For A Plurality Of Coaxial Oscillators

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US Patent:
41722400, Oct 23, 1979
Filed:
Jun 30, 1977
Appl. No.:
5/814743
Inventors:
George Jerinic - Acton MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 714
US Classification:
331 56
Abstract:
An improved solid state transmitter (and elements therefor) adapted particularly well to pulsed operation at radio frequencies is disclosed. Such transmitter includes the combination of: A crystal-controlled oscillator producing a continuous wave output signal which, ultimately, determines the frequency of each transmitted pulse; a first oscillatory circuit, including a resonant cavity and at least one normally quiescent coaxial oscillator incorporating an IMPATT diode; a second oscillatory circuit, including a resonant cavity and a plurality of normally quiescent coaxial oscillators, each one of such oscillators incorporating an IMPATT diode; and an improved modulator for periodically actuating all of the IMPATT diodes in such a manner that a pulsed output of the first oscillatory circuit is produced which remains locked to the then existing continuous wave signal out of the crystal-controlled oscillator and the pulsed outputs of the coaxial oscillators in the second oscillatory circuit similarly are locked. The improved elements disclosed, in addition to the improved modulator, include various configurations of coaxial oscillators which are easier to align than known oscillators of such type or which allow a greater number of such oscillators to be coupled to a resonant cavity than was possible according to the prior art. Finally, an improved probe and tuning arrangement for a resonant cavity is disclosed.

Coaxial Line Impatt Diode Oscillator

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US Patent:
40978214, Jun 27, 1978
Filed:
Jun 30, 1977
Appl. No.:
5/814741
Inventors:
James L. Lampen - Burlington MA
George Jerinic - Acton MA
Glenn R. Thoren - Norwood MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 714
H03B 912
US Classification:
331101
Abstract:
An improved solid state transmitter (and elements therefor) adapted particularly well to pulsed operation at radio frequencies is disclosed. Such transmitter includes the combination of: A crystal-controlled oscillator producing a continuous wave output signal which, ultimately, determines the frequency of each transmitted pulse; a first oscillatory circuit, including a resonant cavity and at least one normally quiescent coaxial oscillator incorporating an IMPATT diode; a second oscillatory circuit, including a resonant cavity and a plurality of normally quiescent coaxial oscillators, each one of such oscillators incorporating an IMPATT diode; and an improved modulator for periodically actuating all of the IMPATT diodes in such a manner that a pulsed output of the first oscillatory circuit is produced which remains locked to the then existing continuous wave signal out of the crystal-controlled oscillator and the pulsed outputs of the coaxial oscillators in the second oscillatory circuit similarly are locked. The improved elements disclosed, in addition to the improved modulator, include various configurations of coaxial oscillators which are easier to align than known oscillators of such type or which allow a greater number of such oscillators to be coupled to a resonant cavity than was possible according to the prior art. Finally, an improved probe and tuning arrangement for a resonant cavity is disclosed.

Dual Diode Module With Heat Sink, For Use In A Cavity Power Combiner

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US Patent:
46895833, Aug 25, 1987
Filed:
Feb 13, 1984
Appl. No.:
6/579732
Inventors:
George Jerinic - Acton MA
Robert Steele - Sudbury MA
James R. Fines - Tewksbury MA
Assignee:
Raytheon Company - Lexington MA
International Classification:
H03B 2700
H01L 2312
US Classification:
331 56
Abstract:
A composite diode module is provided having an impedance matching member integrally formed within the module. The module includes a base member, a heat sink holder member having an aperture, a gold plated diamond heat sink which is disposed in the aforementioned aperture, and an encapsulant holder member having a second aperture. IMPATT diodes are disposed in dielectric spacers bonded to one end of the heat sink in alignment with the second aperture. A bias pin member is then bonded on the second end of the IMPATT and an encapsulant having selected electrical properties is provided in the second pair of apertures to secure the diode and to provide the diode module with a predetermined impedance characteristic. In a preferred embodiment, the module includes a pair of IMPATT diodes. With this arrangement, the module may be used in power combiners.
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George L Jerinic from Henderson, NV, age ~85 Get Report