DATA MARX

Brand Owner (click to sort) Address Description
DATAMARX DATAMARX, INC. 41 Dartmouth Road Cos Cob CT 06807 DATA MARX;Non-downloadable software application for use in processing customer feedback, reviews, and ratings for retail stores and restaurants;
DATAMARX DATAMARX, INC. 41 Dartmouth Road Cos Cob CT 06807 DATA MARX;Platform as a Service (PAAS) featuring software that enables third party providers of goods and services to obtain information about their goods and services from consumers through marketing and incentive programs; platform as a service (PAAS) featuring software that enables individual consumers to provide information about the goods and services of third party providers by participating in marketing and incentive programs; platform as a service (PAAS) featuring software that enables users to upload their individual aggregated data and enable them to provide their data to others;
DATAMARX DATAMARX, INC. 41 Dartmouth Road Cos Cob CT 06807 DATA MARX;Computer and Internet browser services, protection against cyber intrusions, visibility and control of end user activity, privacy protection, data analytics, and systems for users to programmatically manage access to sensitive datasets;
 

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

    
Technical Examples
  1. A high voltage pulse generator utilizes an even number of Marx cells using L-C inversion topology. Each Marx cell is associated with an individual inverter transformer having a primary winding connected to the output of an ac power supply such as a series resonant inverter. The secondary of each inverter transformer is half-wave rectified to charge the energy storage capacitors in each Marx cell. A distributed voltage sensing scheme can be provided for accurate feedback to the inverter's controller. An inductive element can be used to achieve a magnetic diode effect in the L-C inversion circuit to reduce component stress and improve efficiency. A transformer-coupled floating gate drive circuit is used to provide local power conditioning and trigger timing for discharge of the energy storage capacitors.