ABSOLUTE PERFORMANCE

Brand Owner Address Description
ABSOLUTE PERFORMANCE PALL CORPORATION 25 Harbor Park Drive Port Washington NY 11050 ABSOLUTE PERFORMANCE;fluid pumps for fluid transfer and removal in industrial applications, sewage treatment and disposal apparatus and waste water purification units; water treatment and conditioning units comprising demineralizers and water conditioners and valves therefor; fluid filtering units for industrial uses comprising filter elements, filter housings, filter assemblies and component parts thereof for industrial use, filter assembly relief valves, filter cartridges, filter manifolds, filters having microporous layers, membrane filters, dialyzers, coalescers, cyclone and vortex separators, oil removal filters, bag filter housings for liquid cartridges as components of disposal and waste water purification units; environmental control systems; namely, air conditioning and heating units, thermoelectric air conditioning units, and heat exchangers; separators for the transfer, reclamation, cleaning and purification of gases, gas dryers; namely, desiccant and refrigerant gas dryers and component parts therefor for industrial uses, cycling control and timing devices for the aforementioned goods, all sold as a unit; and valves as components of gas and fluid dryers and dehydrators;The lining shown in the drawing is a feature of the mark and does not indicate color.;
 

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

    
Technical Examples
  1. A voltage reference generator generates a stable reference voltage that is less than the bandgap voltage of silicon for power supply voltages less than 2V, yet provides sufficient voltage headroom to operate a current mirror. In one embodiment, the voltage reference generator has a power supply rejection ratio of at least 60 dB and has comparable noise performance as compared to traditional bandgap cirucits. These advantages are achieved by subtracting a current proportional to a complement of an absolute temperature from a current proportional to the absolute temperature to generate a voltage having a positive temperature coefficient, which is then added to a voltage that is a complement of the absolute temperature to achieve a voltage that has a low temperature coefficient.