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Arnab Sarkar

from Pleasant Hill, CA
Age ~51
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Related to:
Mahasweta Sarkar
Connected to:
Abby J Sarkar, 38Abdur R Sarkar, 73Abhijeet Sarkar, 36Amalendu Sarkar, 59Anupriya Sarkar, 46Arkapravo Sarkar, 43Asim Sarkar, 75Avijit K Sarkar, 38Baisakhi Sarkar, 41Bankim C Sarkar, 61

Arnab Sarkar Phones & Addresses

  • Pleasant Hill, CA
  • 1 Eagle Rock Vlg, Budd Lake, NJ 07828 (973) 347-6778
  • 9 Eagle Rock Vlg, Budd Lake, NJ 07828
  • 2939 Santos Ln, Walnut Creek, CA 94597 (925) 944-4795
  • 77 Prospect Ave, Hackensack, NJ 07601
  • 203 Main St, South Bound Brook, NJ 08880
  • Philadelphia, PA
  • Norcross, GA
  • Phoenixville, PA
  • 77 Prospect Ave APT 5H, Hackensack, NJ 07601

Business Records

Name / Title
Company / Classification
Phones & Addresses
Arnab Sarkar
Denari Capital, LLC
Currency Trading, and Real Estate Fund,
100 W Broadway, Glendale, CA 91210
6827 Snowdon Ave, Richmond, CA 94530

Publications

Us Patents

Optical Fiber Cable Construction

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US Patent:
41100018, Aug 29, 1978
Filed:
Jan 5, 1977
Appl. No.:
5/756979
Inventors:
Jerzy A. Olszewski - Edison NJ
Arnab Sarkar - Fords NJ
Assignee:
General Cable Corporation - Greenwich CT
International Classification:
G02B 516
US Classification:
350 9623
Abstract:
This optical fiber cable has the optical fibers adhered to a support. An assembly including the fibers and the support is carried by a core element having a helical channel in which the fiber assembly is located and free to adjust itself to accommodate bending of the cable without subjecting the optical fibers to pressure or to bends that are excessively sharp. The construction also avoids pressure on the optical fibers from binders, core tapes, or the cable sheath when the cable is bent. It also avoids micro-bending losses. Locating of the optical fibers closer to the cable axis further decreases bending losses.

Multiple Fiber Laminate For Optical Waveguides

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US Patent:
41381939, Feb 6, 1979
Filed:
Sep 27, 1977
Appl. No.:
5/837015
Inventors:
Jerzy A. Olszewski - Edison NJ
Arnab Sarkar - Piscataway NJ
Assignee:
General Cable Corporation - Greenwich CT
International Classification:
G02B 516
US Classification:
350 9623
Abstract:
The application of low loss optical fibers in optical communication systems requires that the glass fibers are suitably packaged into a cable. This invention provides a system of multiple optical fibers between two tapes or films, one of which holds the fibers on the film by pressure-sensitive adhesive and in spaced relation to one another. The fibers are covered by a second film, preferably thinner than the first film, and secured to the first film along the edges of the films to provide a laminated structure suitable for cabling. Spacers between the films eliminate asymmetric pressure of the covering film against the optical fibers which are nearest to the edges of the films; and the spacers are preferably strength members for stiffening the laminate.

Test Apparatus For Optical Waveguides

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US Patent:
41369602, Jan 30, 1979
Filed:
Feb 4, 1977
Appl. No.:
5/765658
Inventors:
Yung-Yien Huang - Freehold NJ
Jerzy A. Olszewski - Edison NJ
Arnab Sarkar - Piscataway NJ
Assignee:
General Cable Corporation - Greenwich CT
International Classification:
G01N 2132
US Classification:
356239
Abstract:
This specification describes a novel apparatus and method for testing optical wave guides to determine the optical attenuation and to locate faults in the optical fiber. The light for test purposes is launched into the fiber by one or more light beams that surround the wave guides and that are focussed to converge from around the circumference and at the axis of the wave guide; the convergence being at low angles of incidence, so that some of the light enters the wave guide. The remaining light launched into the wave guide in opposite directions at a location, nearer to one end than to the other, is measured at opposite ends of the wave guide. The ratio of the light at the opposite ends of the wave guide and the difference in the length of travel of the light from the region of entry to each end is used to compute attenuation. Faults are found by internal reflections of the light beam in the wave guide.
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Arnab Sarkar from Pleasant Hill, CA, age ~51 Get Report