WILLIAM T SMITH, JR
Electrician at Banbury Ct, Richardson, TX
License number
Texas 3971
Expiration Date
Mar 22, 2017
Category
Journeyman Electrician
Address
Address
1506 Banbury Ct, Richardson, TX 75082
Phone
(214) 957-5617
Organization information
See more information about WILLIAM T SMITH at bizstanding.comWilliam T Smith Jr
Richardson, TX - Fort Worth, TX
Status:
Inactive
Industry:
Business Services at Non-Commercial Site
Addresses:
1506 Banbury Ct, Richardson, TX 75082
6221 Winnebago Ct, Fort Worth, TX 76179
6221 Winnebago Ct, Fort Worth, TX 76179
Principal:
William T. Smith Principal, inactive
Professional information
William Smith - Richardson, TX
Work:
CHILIS BAR/GRILL
Line chef MOE'S BAR & GRILL - Cincinnati, OH
Executive Sous-Chef ANTON AIR FOODS, INC - Hebron, KY
Executive Chef Millennium Hotel - Cincinnati, OH
Line Chef
Line chef MOE'S BAR & GRILL - Cincinnati, OH
Executive Sous-Chef ANTON AIR FOODS, INC - Hebron, KY
Executive Chef Millennium Hotel - Cincinnati, OH
Line Chef
Education:
Cincinnati State Technical College - Cincinnati, OH
Bachelor of Arts in Culinary Training and Management
Bachelor of Arts in Culinary Training and Management
Distortion Analyzer For Quadrature Demodulated Data
US Patent:
4627071, Dec 2, 1986
Filed:
Nov 9, 1984
Appl. No.:
6/670432
Inventors:
Manley J. Head - Wylie TX
William C. Smith - Richardson TX
Paul E. Pepmiller - Richardson TX
William C. Smith - Richardson TX
Paul E. Pepmiller - Richardson TX
Assignee:
Rockwell International Corporation - El Segundo CA
International Classification:
H04B 346
US Classification:
375 10
Abstract:
Method and apparatus for displaying measures of distortion present at the outputs of a quadrature demodulator. From each of the in-phase and quadrature channels of the demodulator there are acquired n parallel bits, m of these bits being the demodulator data output of the associated channel and (n-m) bits being error bits for the channel. The n bits for each channel are converted to a signal acceptable to a plot display device and applied to orthogonal axes of the device. In addition, an absolute value of the (n-m) error bits for each channel is derived. This absolute value is filtered and displayed, as by a meter, for each channel.