![]() ![]() If the ratio between the first and second resistor is chosen properly, the first order effects of the temperature dependency of the diode and the PTAT current will cancel out. The voltage across a diode operated at constant current is complementary to absolute temperature ( CTAT), with a temperature coefficient of approximately −2mV/K. This voltage in turn is added to the voltage of one of the junctions (or a third one, in some implementations). This current is used to generate a voltage in a second resistor. diodes), operated at different current densities, is used to generate a current that is proportional to absolute temperature ( PTAT) in a resistor. ![]() Only because we constantly communicate with our customers, follow the machine development in the market and, moreover, are ready to leave the beaten track, EAT has become what it is today.The voltage difference between two p–n junctions (e.g. Today DesignScope victor defines the reality in state-of-the-art textile CAD/CAM for weaving and warp knitting, adopted and followed by many players in the market. The most modern software with the experience of the perfect craftsmen. And EAT compiled more than 20 years of experience with all technical and creative aspects of textile design into this must-have system. For many years now, DesignScope victor systems have been among the world market leaders for electronic textile design.Īt ITMA 1999 in Paris EAT presented the prototype of a new spectacular CAD/CAM system: DesignScope victor was born. The way led from "Patroscop" via 3 generations of "DesignScope" to "DesignScope victor". In the beginning, that mainly meant: Substitute manual point paper design in the jacquard industry by half-automatic working steps on a computer. Lepka and his partner had developed systems to simplify certain working steps in the textile industry. But we at EAT also regard this as a reliable and necessary base for staying future-oriented and continuous with regard to the development of our software products.Īs early as 1983 textile engineer Klaus P. That is also one of the reasons why EAT is a succesful and financially independent private enterprise, that has existed this way for more than 20 years now. Lepka describes the whole product-philosophy of the EAT team: Managing Director and Textile Designer Klaus P. EAT has specialized in developing software solutions for CAD/CAM systems in the areas of Weaving and Warp Knitting. ![]()
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