MANOJ KUMAR
Speech Language Pathology at Samaritan Dr, San Jose, CA

License number
California AUDIOLOGY5099
Category
Speech Language Pathology
Type
Audiologist
License number
California HT8404
Category
Speech Language Pathology
Type
Audiologist-Hearing Aid Fitter
Address
Address
2400 Samaritan Dr SUITE 100, San Jose, CA 95124
Phone
(408) 540-5400
(408) 540-5419 (Fax)

Personal information

See more information about MANOJ KUMAR at radaris.com
Name
Address
Phone
Manoj Kumar
450 N Mathilda Ave APT R203, Sunnyvale, CA 94085
(408) 515-4776
Manoj Kumar
4333 Norwalk Dr APT Q288, San Jose, CA 95129
Manoj Kumar
504 Weston Dr, Campbell, CA 95008
(408) 605-9008
Manoj Kumar, age 70
4952 Schelbert Ter, Fremont, CA 94555
(510) 847-2673
Manoj Kumar
4709 Cheeney St, Santa Clara, CA 95054

Professional information

Manoj Kumar Photo 1

Manoj Kumar, San Jose CA

Specialties:
Audiology, Audiology (Hearing Aid Fitting), Audiology Technology
Address:
2400 Samaritan Dr SUITE 100, San Jose 95124
(408) 540-5400 (Phone), (408) 540-5419 (Fax)
Languages:
English


Manoj Kumar Photo 2

Manoj Kumar, San Jose CA

Specialties:
Audiologist
Address:
2400 Samaritan Dr, San Jose, CA 95124


Manoj Kumar Photo 3

Apparatus And Method For Maintaining Bit Line Charge State During A Read Operation

US Patent:
6160748, Dec 12, 2000
Filed:
Apr 6, 2000
Appl. No.:
9/545615
Inventors:
Manoj Kumar - San Jose CA
Assignee:
International Business Machines Corporation - Armonk NY
International Classification:
G11C 1300
US Classification:
365205
Abstract:
A keeper circuit (14) is included in a memory arrangement comprising a column of memory cells (20) connected by a bit line pair (16,18). The keeper circuit (14) comprises two keeper transistors. One keeper transistor (86) is connected to control current from a supply voltage source to one bit line (16) and the other keeper transistor (88) is connected to control current from the supply voltage source to the other bit line (18) of the bit line pair. Current through each keeper transistor (86, 88) is controlled by the charge state of the opposite bit line. A low charge state on one bit line causes the keeper transistor associated with the opposite bit line to conduct and maintain the charge level of the opposite bit line.