POWER PROTECTION DEVICES SENSITIVE

Brand Owner (click to sort) Address Description
APC SCHNEIDER ELECTRIC IT CORPORATION 70 Mechanic Street Foxboro MA 02035 power protection devices for sensitive electronic equipment and computers, computer software programs for use with power protection devices for monitoring and automatic shutdown of computer systems, and rack enclosures for storing computer and power protection equipment and accessories;
APC AMERICAN POWER CONVERSION American Power Conversion Corporation 132 Fairgrounds Road W. Kingston RI 02892 power protection devices for sensitive electronic equipment and computers, computer software programs for use with power protection devices for monitoring and automatic shutdown of computer systems, and rack enclosures for storing computer and power protection equipment and accessories;consulting services to diagnose power quality and provide recommendations for power protection requirements;
APC AMERICAN POWER CONVERSION American Power Conversion Corporation 132 Fairgrounds Road W. Kingston RI 02892 power protection devices for sensitive electronic equipment and computers, computer software programs for use with power protection devices for monitoring and automatic shutdown of computer systems, and rack enclosure for storing computer and power protection equipment and accessories;POWER CONVERSION;[ consulting services to diagnose power quality and provide recommendations for power protection requirements ];
PROTECT ME! WITH APC American Power Conversion Corporation 132 Fairgrounds Road W. Kingston RI 02892 power protection devices for sensitive electronic equipment and computers, computer software programs for use with power protection device for monitoring and automatic shutdown of computer systems during a power event;The letters APC in the drawing are lined for the color red.;
 

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

    
Technical Examples
  1. An output stage protection system for protecting NMOS devices in an integrated circuit (IC) output stage during normal operations and power up/power down. In an embodiment, the output stage includes a pair of relatively low voltage NMOS devices coupled to a current source and IC core outputs. A first pair of relatively high voltage NMOS devices is coupled to the relatively low voltage pair and a biasing circuit. A second pair of relatively high voltage NMOS devices is coupled to a resistor, the first pair, and first and second output nodes, respectively. One or more diodes are coupled in series between the first and second output nodes and the resistor. In an embodiment, the output stage protection system protects NMOS devices in the output stage from electrostatic discharge (ESD). Input/output (I/O) pad ESD protection circuits are coupled to the I/O pads and include a clamp coupled to a local net.