CIRCUITRY FOR INCREASING ACCURACY

Brand Owner (click to sort) Address Description
ACCU-SIFTOR CURRENT TECHNOLOGY, INC. 3001 W. Story Road Irving TX 75038 CIRCUITRY FOR INCREASING THE ACCURACY OF RECEIVED DATA, FOR INCREASING THE POWER OF TRANSMITTED DATA, FOR PROVIDING SURGE PROTECTION, AND FOR HIGH-FREQUENCY NOISE FILTERING; AND UNINTERRUPTIBLE POWER SUPPLIES;ACCURATE SIFTOR;
DATA SIFTOR CURRENT TECHNOLOGY, INC. 3001 W. Story Road Irving TX 75038 CIRCUITRY FOR INCREASING THE ACCURACY OF RECEIVED DATA, FOR INCREASING THE POWER OF TRANSMITTED DATA, FOR PROVIDING SURGE PROTECTION, AND FOR HIGH FREQUENCY NOISE FILTERING; AND UNINTERRUPTIBLE POWER SUPPLIES;DATA;
LIGHT-PORT BUFFTON, CORP. 501 CITY CENTER TOWER 1 201 MAIN STREET FORT WORTH TX 76102 CIRCUITRY FOR INCREASING THE ACCURACY OF RECEIVED DATA, FOR INCREASING THE POWER OF TRANSMITTED DATA, FOR PROVIDING SURGE PROTECTION, AND FOR HIGH FREQUENCY NOISE FILTERING; AND UNINTERRUPTIBLE POWER SUPPLIES;LIGHT SUPPORT;
OPTI-PORT CURRENT TECHNOLOGY, INC. 3001 W. Story Road Irving TX 75038 CIRCUITRY FOR INCREASING THE ACCURACY OF RECEIVED DATA, FOR INCREASING THE POWER OF TRANSMITTED DATA, FOR PROVIDING SURGE PROTECTION, AND FOR HIGH-FREQUENCY NOISE FILTERING; AND UNINTERRUPTIBLE POWER SUPPLIES;
OPTIS CURRENT TECHNOLOGY, INC. 3001 W. Story Road Irving TX 75038 CIRCUITRY FOR INCREASING THE ACCURACY OF RECEIVED DATA, FOR INCREASING THE POWER OF TRANSMITTED DATA, FOR PROVIDING SURGE PROTECTION, AND FOR HIGH-FREQUENCY NOISE FILTERING; AND UNINTERRUPTIBLE POWER SUPPLIES EXCLUDING SUCH CIRCUITRY INTENDED FOR USE ON ELEVATORS, ESCALATORS, RELATED CARRIERS, CONTROLS FOR ELEVATORS, ESCALATORS, RELATED CARRIERS AND APPARATUS FOR USE IN THE SERVICING OF ELEVATORS, ESCALATORS, AND RELATED CARRIERS;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A programmable logic device ("PLD") includes high-speed serial interface ("HSSI") circuitry. The HSSI circuitry includes clock signal circuitry that allows various components of the HSSI circuitry to be clocked in different ways to facilitate use of the HSSI circuitry to support a number of different communication protocols. Some of the HSSI clock signals may be routed through the clock distribution network of the associated PLD logic circuitry. The HSSI circuitry may include phase compensation buffer circuitry to compensate for possible phase differences across the interface between the HSSI circuitry and the associated PLD logic circuitry.