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R&D Product Development Engineer at TE Connectivity
- Successful Product Development professional with 15 years experience in Automotive, Aerospace and Industrial sectors.
- An Innovator with several US and European patents.
- Capable to develop innovative, robust and cost effective design solutions as an entrepreneur
- Proven Success at turning new ideas in to launched products
Crompton Greaves
August 2002 - February 2004
Mumbai
Honeywell
March 2004 - April 2012
Bangalore
Schaeffler
April 2012 - October 2014
Buehl
TE Connectivity
November 2012 - Present
Speyer
Indian Institute of Science
January 2000 - January 2002
Electrical Engineering
Applied Electromagnetics
JNTU, Hyderabad
January 1996 - January 2000
Electrical and Electronics Engineering
Electrical Machines,
Electromagnetics,
Power Systems,
Electrical Circuits,
Statistics
Honeywell
April 2006
for developing “Hall based closed loop current sensor”
Honeywell
April 2007
for developing a “Design modeling software tool to accelerate product design life cycle time”
Honeywel
April 2009
for launching the product “Proximity sensor for aircraft wing flap and slat position sensing”
Honeywell
April 2010
for launching the product “Reluctance based sensor for detecting over pressure shutoff valve position in aircraft bleed air control system”
Honeywell
April 2011
for launching “wireless sensors and switches product platform”
Honeywell
November 2010
for “consistent technology supremacy through Research & Innovation exhibited during product development”
Rajula, Gangi Reddy
A quadrupole magnetic coded switch includes a switch housing, an actuator, one or more switch dipole magnets, and a plurality of magnetically operated switch circuits. The actuator housing is movable relative to the switch housing. The plurality of actuator dipole magnets are coupled to the actuator housing and are movable therewith. The one or more switch dipole magnets are coupled to the switch housing. The one or more switch dipole magnets and the plurality of actuator dipole magnets are arranged to generate a quadrupole magnetic field. Each magnetically operated switch circuit is disposed within the switch housing and is configured to transition between a plurality of switch positions in response to relative movement of the actuator housing and the switch housing.
Rajula, Gangi Reddy, Koyilothu, Sarinkumar Anakka,Kalathil, Sankaranarayanan
This disclosure is directed to current sensing techniques for use within a magnetic current sensor. According to one aspect of the disclosure, a current sensing device includes a magnetic core, and a magnetic field sensor positioned substantially within a cavity formed by an air gap interface of the magnetic core and configured to sense a magnetic field induced by an electrical current that is conducted through a conductor passing through a central opening of the magnetic core.