AUTOMATIC TRANSFER SWITCHES

Brand Owner (click to sort) Address Description
C CLARK GTE Products Corporation Stamford CT [Automatic Transfer Switches, Benchboards, Electromagnetically Operated Brakes, Circuit Breakers, Contactors, Control Centers, Control Circuit Devices, Controllers and Circuits for Controlling A.C. Motors, Controllers and Circuits for Controlling D.C. Motors, Controllers and Circuits for Controlling Eddy Current Devices, Disconnect Switches, Drum Controllers, Drum Switches, Electronic Controls, Fire Pump Control, Float Switches, Fuse Panels, Heat Control Panels, High Voltage Starters, Knife Switches, Latch Relays, Lighting Panels, ]Limit Switches [, Machine Tool Control, Magnetic Amplifier Devices and Controls, Magnets, Magnetic Starters, Manual Starters, Master Switches, Material Handling Control, Mill Controllers, Motor Drive Speed Control, Overload Relays, Pilot Lights, Pilot Devices, Press Control, Pressure Switches, Push Buttons, Public Works Control, Pump Control, Reduced Voltage Starters, Regulators, Relays, Resistors, Rheostats, Safety Switches, Screw Jack Clamps, Selector Switches, Service Entrance Panels, Static Devices and Controls, Timers and Timing Devices and Switches, Transistor Controls, Welding Control, Wire Connectors];
CORE CYBER POWER SYSTEMS INC. 6F., NO. 32 SEC. 1, CHENGGONG RD.. NANGANG DISTRICT TAIPEI 115 Taiwan AUTOMATIC TRANSFER SWITCHES; ELECTRICAL POWER DISTRIBUTION UNITS; POWER SWITCHES;
GRID CYBER POWER SYSTEMS INC. 6F., NO. 32 SEC. 1, CHENGGONG RD.. NANGANG DISTRICT TAIPEI 115 Taiwan AUTOMATIC TRANSFER SWITCHES; ELECTRICAL POWER DISTRIBUTION UNITS;
NXUS CYBER POWER SYSTEMS INC. 6F., NO. 32 SEC. 1, CHENGGONG RD.. NANGANG DISTRICT TAIPEI 115 Taiwan AUTOMATIC TRANSFER SWITCHES; ELECTRICAL POWER DISTRIBUTION UNITS;
 

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

    
Technical Examples
  1. A circuit comprising a first switch for sampling a differential signal and a second switch for level-shifting the sampled differential signal is disclosed. The first and second switches are cross-coupled to cancel a charge injected between the first and second switches and for linearizing the charge transfer; and a capacitor coupled is between the first and second switches. A circuit in accordance with the present invention adds an extra sampling switch to the sampling circuit and an extra charge-transfer switch in the level-shifting circuit. By cross-coupling these extra switches, the result is a cancellation of the charge-injection, and thus linearizing the charge transfer.