Robert W. Beckwith, Chairman, Board of Directors
- General Manager Beckwith Electric Research, Largo, Florida
- 50-Year World Leader in the Electric Power Industry
- Company Founder
- Honored Scientist, Inventor, Researcher, & Consultant
- Life Fellow member of the IEEE
- MEE Syracuse University
- BSEE Case Western Reserve University
Background:
In 1942, Mr. Beckwith invented Frequency Shift Keying (FSK) while working
for the General Electric Power Line Carrier Section in Schenectady NY.
This was applied to protection of generator transformers in the interconnection
of transmission lines to supply power for the Manhattan Project. He worked
with Dr. Edward Teller and Bell Labs' Dr. Horton in developing secure
voice modulated 26 kHz sonar for ship/submarine underwater communications.
He worked with the Underwater Sound Laboratory at New London CT researching
counters to German mines.
From 1955 to 1961 Mr. Beckwith was Manager, Computers & Communications,
General Electric Company Electronics Research Laboratory, Syracuse, New
York where the following significant achievements were made:
- 26KHz Spread-Spectrum Sonar
- "Machine Tool Director", for manufacturing steam turbine
buckets to mathematically generated shapes, which improved turbine efficiency
1%.
- Over-the-Horizon Radar (OTHR), with a 2,000-mile range, under contract
to Navy Research Labs (NRL), Washington, D.C.
- First Polaris Digital Fire Control system, developed in cooperation
with Dr. Stark Draper & David Gold to work with Drapers gyro-guided
"bird". The fire control system used the first point-contact
germanium transistors.
- In 1956, initiated change of the ERMA computer for the Bank of America
from the vacuum tube wired program design of Stanford Research Laboratory
to a new transistorized design using programmable drum memory. Was responsible
for the first phase of the new design while the GE Computer Dept. was
formed to build 30 machines for the bank.
From 1961 to 1967 Mr. Beckwith was Manager of Utility Systems at Gulton
Industries where he developed an early-transistorized Supervisory Control
& Data Acquisition (SCADA) system for the Bureau of Reclamation. He
developed the first transistorized synchronizer for generators, and for
three electric utility tie points between the eastern and western USA
power transmission grid.
In 1967 Mr. Beckwith founded Beckwith Electric Company (BECO) and developed
the BECO generator and line synchronizers after buying his patents from
Gulton.
In 1970 he developed the first transistorized control for underload tapchanging
transformers for electric utility use.
In 1993, Mr. Beckwith oversaw recovery and reconstruction after a devastating
Florida tornado destroyed the main BECO facility.
In 1997, under his innovative guidance, BECO again led the industry by
introducing its "Autodaptive" system of tapchanging transformer
and distribution line capacitor controls for hands-off automation of distribution
substation Volts, Watts, and VArs.
In 2000 Mr. Beckwith founded Beckwith Electric Research (BER), a division
of BECO, which conducts research at the forefront of present-day engineering
and physics.
Robert W. Beckwith and the company he founded in 1967, Beckwith Electric
Company (BECO), are world leaders in the electrical power industry.
Mr. Beckwith is a former member of the American Institute of Electrical
Engineers (AIEE), and the Institute of Electronic Engineers (IRE) that
combined to form the Institute of Electrical and Electronic Engineers
(IEEE).
Mr. Beckwith and his wife, Evelyn, have four adult children, are active
in local community affairs, are patrons of the arts, and reside in Clearwater,
Florida.
Clearances: Held TOP SECRET clearance at General Electric, Co.
Selected Accomplishments:
PATENTS GRANTED
Carrier current products were developed at GE during WW-II, which carried
"AAA" priority as vital for the Hanford and Oak Ridge, TN nuclear
research facilities. These established the first use of frequency shift
keying (FSK) as the basis for the widely used FSK ever since. The first
five patents were held up for writing and issue due to WW-II:
| DATE |
TITLE |
PATENT |
|
| |
|
|
|
| Feb 15, 1949 |
"Frequency Response Circuits" |
2,461,956 |
|
| Nov 21, 1950 |
"Frequency Shift Oscillator Circuit" |
2,531,103 |
|
| Aug 13, 1957 |
"Frequency Response Circuits" |
2,712,600 |
|
| Jan 27, 1959 |
"Method and Apparatus for Transmission of Intelligence" |
2,871,463 |
|
| Jan 20, 1970 |
"Power Transmission Line Switch Control System" |
3,491,248 |
|
| Jul 20, 1971 |
"Gram I" |
3,594,637 |
|
| Jun 28, 1971 |
"Telemeter Spike Suppressor" |
3,566,909 |
|
| Aug 24, 1971 |
"DC-DC Converter" |
3,601,680 |
|
| Mar 07, 1972 |
"Voltage Balance Relay" |
3,648,112 |
|
| Mar 20, 1973 |
"Regulator Control" |
3,721,894 |
|
| Jan 01, 1974 |
"Phase Condition Indicating Circuit" |
3,783,341 |
|
| May 13, 1975 |
"Overcurrent Relay Circuit" |
3,883,782 |
|
| Jan 25, 1978 |
"Synchronous Check Relay" |
4,218,625 |
|
| Mar 17, 1981 |
"Power Transfer Relay" |
4,256,972 |
|
| Jan 12, 1982 |
"Method for Transferring Power in a Synchronous
Mode
To a Motor Bus" |
4,310,771 |
|
| Dec 14, 1982 |
"Method and Apparatus for Providing Signals from
LTC Transformer to Electrical Devices" |
4,363,974 |
|
| May 24, 1994 |
"Method and Apparatus Providing Half-Cycle Digitization
Of A.C. Signals by an Analog-to-Digital Converter" |
5,315,527 |
|
| Jun 25, 1996 |
"Load Tapchanger Transformer Paralleling by Daisy
Chain Comparison of Load Currents" |
5,530,338 |
|
| Jul 30, 1996 |
"Distribution Circuit VAR Management System Using
Adaptive Capacitor Controls" |
5,541,498 |
|
| Aug 06, 1996 |
"Apparatus and Method for Sampling Signals Synchronous
With Analog-to-Digital Converter" |
5,544,064 |
|
| Dec 12, 1996 |
"Microcontroller-Based Tap-Changer Controller Employing
Half Wave Digitization of AC Signals" |
5,581,173 |
|
| Mar 25, 1997 |
"Fiber Optic Terminator with Electrical Input/Output" |
5,615,292 |
|
| Jul 08, 1997 |
"Multifunction Adaptive Controls for Tapswitches
and Capacitors" |
5,646,512 |
|
| Jun 30, 1998 |
"A Method for Obtaining the Fundamental and Odd
Harmonic
Components of AC Signals" |
5,774,366 |
|
| Aug 24, 1999 |
"Two-Way Packet Radio Including Smart Data Buffer
and
Packet Rate Conversion" |
5,943,202 |
|
| Apr 09, 2002 |
"Synchronous Linear Machine for Protective Relaying" |
6,370,483B1 |
|
| Jun 25, 2002 |
"A Synchronous Extremely Low Frequency (ELF) Receiver" |
6,411,913 |
|
| Jul 20, 2004 |
"Radio as the Man/Machine Interface for an IED"
[Title changed to: "Expanded Capabilities for Wireless Two-way
Packet Communications for Intelligent Electronic Devices (IEDs)";
title further changed to:
"Wireless Hub and Protocol Converter"] |
6,766,143 |
|
| Apr 12, 2004 |
Programmable Apparatus Using Molecular Resonances for
Measuring Particles Suspended in Air |
6,877,358 |
|
| May 10, 2005 |
Neutrino Light to Photon Light Converting Matrix |
6,891,310 |
|
|
 |
|