SAMUEL ANTHONY RIZZO
Engineers in Pottsboro, TX
License number
Pennsylvania PE024779E
Category
Engineers
Type
Professional Engineer
Address
Address
2
Pottsboro, TX 75076
Pennsylvania
Pennsylvania
Professional information
Samuel Rizzo - Pottsboro, TX
Work:
Tanglewood Resort and Conference Center - Pottsboro, TX
Food and Beverage Manager Planet Burrito - Plano, TX
General Manager Weekend's Bar and Grill / Bootscootins Club - Rowlett, TX
Manager Ricardo's Restaurant - Plano, TX
Manager Southern Custom Cabinets - Oviedo, FL
Cabinet Maker Applebee's - Orlando, FL
Manager El Chico's - Sherman, TX
Bartender / Corporate mobile Trainer
Food and Beverage Manager Planet Burrito - Plano, TX
General Manager Weekend's Bar and Grill / Bootscootins Club - Rowlett, TX
Manager Ricardo's Restaurant - Plano, TX
Manager Southern Custom Cabinets - Oviedo, FL
Cabinet Maker Applebee's - Orlando, FL
Manager El Chico's - Sherman, TX
Bartender / Corporate mobile Trainer
Education:
American InterContinental University - Hoffman Estates, IL
Bachelor of Business Administration in Management American InterContinental University - Hoffman Estates, IL
Associate of Arts in Business Administration
Bachelor of Business Administration in Management American InterContinental University - Hoffman Estates, IL
Associate of Arts in Business Administration
Alternative Method For Vod Testing Of Linear Differential Line Drivers
US Patent:
2003011, Jun 19, 2003
Filed:
May 3, 2002
Appl. No.:
10/138541
Inventors:
Ricardo Ayala - Sherman TX, US
Samuel Rizzo - Pottsboro TX, US
Samuel Rizzo - Pottsboro TX, US
International Classification:
G01R031/08
US Classification:
324/522000
Abstract:
A method for measuring a test differential voltage across a first output and a second output of a transmitter integrated circuit device, the test differential voltage corresponding to a voltage across the first output and second output appearing while the device is providing an output while being subjected to a voltages applied across a resistor network connected to the differential outputs, the resistor network comprising a first resistor having a value of Ra connected between the first output a first voltage, a second resistor having a value of Rb connected between the second output and a second voltage, and a third resistor having a value of Rc connected between the first output and the second output. In the method, a first current is applied to the first output, the first current being of a magnitude determined to correspond to a magnitude of current that would appear at the first output while the device were providing an output while being subjected to said predetermined voltages applied across said resistor network. A second current is applied to the first output, the second current being of a magnitude determined to correspond to a magnitude of current that would appear at the second output while the device were providing an output while being subjected to said predetermined voltages applied across said resistor network. Finally, a test differential output voltage is measured across the first output and the second output.