CONTROLLING REGULATING DEVICES

Brand Owner (click to sort) Address Description
CYBER WITTENSTEIN SE Walter-Wittenstein-Strasse 1 Igersheim 97999 Germany controlling and regulating devices for transmission gears and for electromotors, namely, electronic measuring and control circuits with sensors for measuring the path, speed, temperature and power of a gear or motor;In the statement, Column 1, line 7, machine should be deleted, and, machines should be inserted, and In the statement, Column 2, line 9, 4-9-1996 should be deleted, and, 9-4-1996 should be inserted.;transmission gears for [ machine ] * machines * ; electromotors for machines;
S PECO, INC. 11241 SE HIGHWAY 212 CLACKAMAS OR 97015 CONTROLLING AND REGULATING DEVICES AND CIRCUITRY-NAMELY, THERMOSTATS;CONTROLLING AND REGULATING DEVICES AND CIRCUITRY-NAMELY, STEP CONTROLLERS;
SUNNE PECO, INC. 11241 SE HIGHWAY 212 CLACKAMAS OR 97015 CONTROLLING AND REGULATING DEVICES AND CIRCUITRY-NAMELY, THERMOSTATS AND STEP CONTROLLERS;SUN;
 

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

    
Technical Examples
  1. A linear voltage regulator is provided for providing an output voltage to a load. In a preferred embodiment, the linear voltage regulator comprises: an operational amplifier receiving a regulated voltage, and a first voltage reference, and providing a driving voltage; a first regulating transistor driven by the driving voltage, the regulating transistor receiving a system voltage, and providing the regulated voltage; a second regulating transistor receiving the regulated voltage, and providing an output voltage, the second regulating transistor controlled by a controlling voltage; a resistive voltage divider receiving the output voltage, and providing a second voltage reference; and a three-terminal adjustable shunt regulator receiving the second voltage reference, and providing the controlling voltage to the second regulating transistor. Because the first regulating transistor pulls down the system voltage to the regulated voltage, the operating voltage of the second regulating transistor is lower than that of a typical linear voltage regulator, therefore the linear voltage regulator can provide a high-power to the load.