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Steven L Mesibov

from Deland, FL
Age ~70
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Also known as:
Steven S Mesibov, Sharon Sloan Mesibov, Steve Mesibov, Sharie Mesibov, Shane Mesibov, Sharie Bailey, Steven U
Phone and address:
335 E Parkdale Ave, Deland, FL 32724
(386) 734-7041
Related to:
Roberta J Beach, 53Michaelwade Taylor, 47Katherine Bailey, 36Ethel Bailey, 94Barbara Spivey, 59
Connected to:
Admir Mesic, 47Ejub Mesic, 27Elizabeth B Mesic, 98Rudy Mesicek, 52Scott K Mesich, 33Shawn J Mesich, 56Anne C Mesick, 55Carl F Mesick, 77David A Mesick, 60Donna M Mesick, 60

Steven Mesibov Phones & Addresses

  • 335 E Parkdale Ave, Deland, FL 32724 (386) 734-7041
  • 301 Cumberland Rd, Deland, FL 32724 (386) 734-7041
  • 2564 Meadowview Ln, Deland, FL 32720 (904) 822-4543
  • West Chester, PA
  • Sanford, FL
  • Altamonte Springs, FL

Interests

career opportunities, consulting offers,...

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Steven Mesibov Photo 1

Contract And Consulting Engineer At Zerowave Llc.

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Location:
Daytona Beach, Florida Area
Industry:
Electrical/Electronic Manufacturing
Experience:
ZeroWave LLC. (Electrical/Electronic Manufacturing industry): Contract and Consulting Engineer,  (May 2009-Present) Recommending and designing state of the art high power and high energy Lithium Ion battery packs with control electronics, including energy harvesting and wireless ...

Business Records

Name / Title
Company / Classification
Phones & Addresses
Steven Mesibov
Lead Applications Engineer
PLANAR ENERGY DEVICES, INC
Mfg Semiconductors/Related Devices
653 W Michigan St, Orlando, FL 32805
424 E Central Blvd, Orlando, FL 32801
(407) 459-1440

Publications

Us Patents

Wireless Power Transmission System And Associated Devices

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US Patent:
20120043887, Feb 23, 2012
Filed:
Aug 17, 2011
Appl. No.:
13/199005
Inventors:
Steven Mesibov - DeLand FL, US
International Classification:
F21V 33/00
B60L 1/00
H05B 41/282
H01F 38/14
US Classification:
315 76, 307104, 307 91, 315256
Abstract:
A wireless power transmission system comprises: a power transmitter, which includes a power amplifier that provides a sinusoidal waveform in the frequency range of about 20 to 500 kHz; a first loop antenna producing an alternating magnetic field within a selected area; a power receiver, which includes a second loop antenna located at least partially within the alternating magnetic field of the first antenna; and an electricity-consuming device connected to the output of the power receiver. Both transmitter and receiver preferably contain a capacitive circuit element to optimize tuning, which may be discrete capacitors or may rely on the self capacitance of the antenna(s). Applications of the system include: wirelessly powered lights for fans, boats, aquariums, display cases, etc.; wirelessly powered sensors and other devices for use with captive animals; and systems for transmitting useful power through construction materials to devices on the other side of walls or other structures.
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Steven L Mesibov from Deland, FL, age ~70 Get Report