DR. HOWARD J SOSNA, D.D.S
Dentist at High St, Fredon, NJ
License number
New Jersey DI1250105
Category
Dentist
Type
Oral and Maxillofacial Surgery
Address
Address
2
183 High St SUITE 1300, Fredon, NJ 07860
647 W Mountain Rd, Sparta, NJ 07871
647 W Mountain Rd, Sparta, NJ 07871
Phone
(973) 300-5700
(973) 300-5744 (Fax)
(973) 827-2706
(973) 827-5121 (Fax)
(973) 300-5744 (Fax)
(973) 827-2706
(973) 827-5121 (Fax)
Organization information
See more information about HOWARD J SOSNA at bizstanding.comHOWARD J SOSNA DDS ORAL &MAXILLOFACIAL SURGERY, INC
Newton, NJ
Registration:
Jun 7, 2004
State ID:
0100927311
Business type:
DP
Howard J Sosna DDS
183 High St, Fredon, NJ 07860
Status:
Inactive
Industry:
Dentist's Office
Doing business as:
Tri State Oral Surgery
Family And General Dentistry, Partner:
Howard J. Sosna Family And General Dentistry, Partner, inactive
Professional information
Dr. Howard J Sosna, Newark NJ - DDS (Doctor of Dental Surgery)
Specialties:
Oral & Maxillofacial Surgery
Address:
Shelton Oral Surgery Group
573 Martin Luther King Jr Blvd, Newark 07102
(973) 621-6678 (Phone)
Howard Sosna DDS
183 High St STE 1300, Newton 07860
(973) 300-5700 (Phone)
573 Martin Luther King Jr Blvd, Newark 07102
(973) 621-6678 (Phone)
Howard Sosna DDS
183 High St STE 1300, Newton 07860
(973) 300-5700 (Phone)
Languages:
English, Spanish
Education:
Medical School
Graduates of Institutions Not Listed As Medical Schools
Graduates of Institutions Not Listed As Medical Schools
Multiconductor Cable Structures
US Patent:
7541538, Jun 2, 2009
Filed:
Jul 8, 2008
Appl. No.:
12/217649
Inventors:
Howard Jay Sosna - Sparta NJ, US
Joseph Kubala, Jr. - Cedar Knolls NJ, US
Verne Edwin Searer - Elkhart IN, US
Joseph Kubala, Jr. - Cedar Knolls NJ, US
Verne Edwin Searer - Elkhart IN, US
International Classification:
H01B 11/02
US Classification:
174 33, 174 36
Abstract:
There are provided cable architectures useful for constructing high-performance audio interconnection cables. Multiple, parallel runs of multiconductor, shielded, twisted pair cable are used to construct both balanced and unbalanced interconnect cables, speaker cables, and power cords. Conductors from each cable run are separated and connected to other conductors from other runs to form composite signal and ground conductors. Shields may be selectively connected to one another and to appropriate pins or terminals of a terminating connector. An overall mother shield may, optionally, be added. Individual runs of cable are braided together. Cables constructed in accordance with the geometries and techniques of the invention sound better than any known cables of the prior art. When measured, the inventive cables exhibit a ratio of capacitance to inductance that is lower that prior art cables. The characteristic impedance of the inventive cables is also lower than cables of the prior art.
Multiconductor Cable Structures
US Patent:
7446258, Nov 4, 2008
Filed:
Aug 3, 2005
Appl. No.:
11/196598
Inventors:
Howard Joseph Sosna - Sparta NJ, US
Joseph Kubala, Jr. - Cedar Knolls NJ, US
Verne Edwin Searer - Elkhart IN, US
Joseph Kubala, Jr. - Cedar Knolls NJ, US
Verne Edwin Searer - Elkhart IN, US
Assignee:
Kubala-Sosna Research, LLC - Cedar Knolls NJ
International Classification:
H01B 11/02
US Classification:
174 33, 174 36
Abstract:
There are provided cable architectures useful for constructing high-performance audio interconnection cables. Multiple, parallel runs of multiconductor, shielded, twisted pair cable are used to construct both balanced and unbalanced interconnect cables, speaker cables, and power cords. Conductors from each cable run are separated and connected to other conductors from other runs to form composite signal and ground conductors. Shields may be selectively connected to one another and to appropriate pins or terminals of a terminating connector. An overall mother shield may, optionally, be added. Individual runs of cable are braided together. Cables constructed in accordance with the geometries and techniques of the invention sound better than any known cables of the prior art. When measured, the inventive cables exhibit a ratio of capacitance to inductance that is lower that prior art cables. The characteristic impedance of the inventive cables is also lower than cables of the prior art.