Search

Brian Sudman Phones & Addresses

  • Deerwood, MN
  • Pequot Lakes, MN
  • 14102 Crown Dr, Eden Prairie, MN 55346 (952) 937-5280
  • Cushing, MN
  • Minneapolis, MN
  • Pequot Lakes, MN
  • 14102 Crown Dr, Eden Prairie, MN 55346

Professional Records

License Records

Brian W. Sudman

License #:
E-4220 - Expired
Category:
Engineering Intern

Publications

Us Patents

Method Of Aligning Servo Wedges In A Disc Drive

View page
US Patent:
6538837, Mar 25, 2003
Filed:
Dec 30, 1999
Appl. No.:
09/475771
Inventors:
Lealon R. McKenzie - Edmond OK
Brian W. Sudman - Eden Prairie MN
Michael Baum - Longmont CO
Dennis D. Duffy - Oklahoma City OK
Assignee:
Seagate Technology LLC - Scotts Valley CA
International Classification:
G11B 2102
US Classification:
360 75, 300 57
Abstract:
One embodiment of the present invention is directed to a method of aligning servo wedges of a plurality of disc surfaces in a disc drive. This process of aligning servo wedges in a disc drive includes writing multiple servo wedges, one adjacent another, continuously across an entire circumference of each disc surface. Subsequently, one of the disc surfaces is designated the master surface. Every n servo wedge on the master surface is then designated as a master wedge, where n is a positive integer. Next, the servo wedges on the non-master surfaces which are most closely axially aligned with the master wedges are selected. Subsequently, all of the non-selected and non-master wedges are erased.

Virtual Tracks For Repeatable Runout Compensation

View page
US Patent:
6952320, Oct 4, 2005
Filed:
Dec 8, 2000
Appl. No.:
09/733405
Inventors:
Brian Pollock - Eden Prairie MN, US
Alexei H. Sacks - Edina MN, US
Brian Sudman - Eden Prairie MN, US
James H. McGlennen - Eden Prairie MN, US
Reed D. Hanson - Chaska MN, US
Assignee:
Seagate Technology LLC - Scotts Valley CA
International Classification:
G11B005/596
G11B015/12
US Classification:
360 7704, 360 63
Abstract:
The present invention relates to repeatable runout (RRO) compensation of servo control systems that can be used in disc drives or spin-stands. The RRO relates to eccentricity between servo tracks, which were written onto a disc prior to the installation of the disc into the disc drive or spin-stand, and an axis of rotation of the disc. The present invention compensates the servo control loop by canceling the RRO and controlling a head to follow virtual tracks which are eccentric to the data tracks defined by the servo tracks and concentric with the axis of rotation of the disc.

Unitary Rigid And Flexible Circuit Package For Disk Drives

View page
US Patent:
56064730, Feb 25, 1997
Filed:
Sep 21, 1995
Appl. No.:
8/531395
Inventors:
Kent J. Forbord - St. Louis Park MN
Brian W. Sudman - Eden Prairie MN
John S. Putnam - Excelsior MN
Robert J. Nielsen - Eden Prairie MN
Assignee:
Seagate Technology, Inc. - Scotts Valley CA
International Classification:
G11B 512
US Classification:
360 9701
Abstract:
An electrical circuit package including disk drive operation and control circuitry is formed in multiple layers, including a compliant circuitry layer coextensive with the package, and additional conductive and dielectric layers to form relatively stiff circuit panels bonded to the compliant layer and spaced apart from one another. Portions of the compliant layer, between confronting edges of adjacent circuit panels, provide compliant joinder segments. Each joinder segment electrically couples its associated pair of circuit panels, and structurally couples the panels in a manner that permits a selective, non-coplanar orientation of the panels relative to each other. Thus, the panels are electrically and structurally coupled in a manner that facilitates testing the circuit package as a single unit, followed by installation of the package to a disk drive housing with the circuit panels integral with the housing and in the desired non-coplanar arrangement. The non-coplanar arrangement increases area available for supporting semiconductor components. Selectively arranging the components over the available panel surface area facilitates heat dissipation.

Head Positioning In Storage System During Periods Of Inactivity

View page
US Patent:
58597387, Jan 12, 1999
Filed:
Jul 15, 1996
Appl. No.:
8/680352
Inventors:
Monty A. Forehand - Yukon OK
William C. Little - Edmond OK
Mukund C. Rao - Oklahoma City OK
Krishna R. Malakapalli - Burnsville MN
Mark A. Gaertner - Woodbury MN
Todd P. Fracek - Lakeville MN
Dallas W. Meyer - Burnsville MN
Brian W. Sudman - Eden Prairie MN
Joseph S. Stoutenburgh - Hopkins MN
Assignee:
Seagate Technology, Inc. - Scotts Valley CA
International Classification:
G11B 2102
US Classification:
360 75
Abstract:
A magnetic disc storage system includes a magnetic storage disc and a transducing head. During periods of inactivity the transducing head is dithered whereby the head is moved to tracks on the disc according to a number of criteria. The criteria includes wear reduction, power reduction, avoidance of textured zones, head cycling, increased fly height and clearing of debris carried on the head.

Disk Drive Housing With Recess For Circuit Panel

View page
US Patent:
59825782, Nov 9, 1999
Filed:
Dec 13, 1996
Appl. No.:
8/766524
Inventors:
Kent J. Forbord - St. Louis Park MN
Brian W. Sudman - Eden Prairie MN
John S. Putnam - Excelsior MN
Robert J. Nielsen - Eden Prairie MN
Assignee:
Seagate Technology, Inc.
International Classification:
G11B 5012
US Classification:
360 9701
Abstract:
An electrical circuit package including disk drive operation and control circuitry is formed in multiple layers, including a compliant circuitry layer coextensive with the package, and additional conductive and dielectric layers to form relatively stiff circuit panels bonded to the compliant layer and spaced apart from one another. Portions of the compliant layer, between confronting edges of adjacent circuit panels, provide compliant joinder segments. Each joinder segment electrically couples its associated pair of circuit panels, and structurally couples the panels in a manner that permits a selective, non-coplanar orientation of the panels relative to each other. Thus, the panels are electrically and structurally coupled in a manner that facilitates testing the circuit package as a single unit, followed by installation of the package to a disk drive housing with the circuit panels integral with the housing and in the desired non-coplanar arrangement. The non-coplanar arrangement increases area available for supporting semiconductor components. Selectively arranging the components over the available panel surface area facilitates heat dissipation.
Brian W Sudman from Deerwood, MN, age ~63 Get Report