This work deals with the study of thermoset-thermoplastic blend (epoxy-amine/poly-etherimide phase separated) to assess the electrical and thermal performances. These materials would be new candidates to replace the encapsulation layer in semiconductors, for example ones used as switches in power electronic applications. Polymers blends would be a ...
This work deals with the study of thermoset-thermoplastic blend (epoxy-amine/poly-etherimide phase separated) to assess the electrical and thermal performances. These materials would be new candidates to replace the encapsulation layer in semiconductors, for example ones used as switches in power electronic applications. Polymers blends would be a ...
This work deals with the study of thermoset-thermoplastic blend (epoxy-amine/poly-etherimide phase separated) to assess the electrical and thermal performances. These materials would be new candidates to replace the encapsulation layer in semiconductors, for example ones used as switches in power electronic applications. Polymers blends would be a ...
This work deals with the study of thermoset-thermoplastic blend (epoxy-amine/poly-etherimide phase separated) to assess the electrical and thermal performances. These materials would be new candidates to replace the encapsulation layer in semiconductors, for example ones used as switches in power electronic applications. Polymers blends would be a ...
This work deals with the study of thermoset-thermoplastic blend (epoxy-amine/poly-etherimide phase separated) to assess the electrical and thermal performances. These materials would be new candidates to replace the encapsulation layer in semiconductors, for example ones used as switches in power electronic applications. Polymers blends would be a ...
En este trabajo se presenta el diseño y caracterización de un nuevo seguidor de voltaje analógico para aplicaciones de bajo voltaje. La idea principal aquí desarrollada, está basada en el Seguidor de Voltaje “Volteado” y el uso de técnicas de compuerta casiflotante para lograr un funcionamiento de clase AB. Usando una tecnología CMOS de 0.5 μm, se ...
Electronic control units, power modules, and consumer electronics are used today in a wide variety of varying climatic conditions. Varying external climatic conditions of temperature and humidity can cause an uncontrolled local climate inside the device enclosure. Uncontrolled humidity together with a number of other factors including the presence ...
Electronic control units, power modules, and consumer electronics are used today in a wide variety of varying climatic conditions. Varying external climatic conditions of temperature and humidity can cause an uncontrolled local climate inside the device enclosure. Uncontrolled humidity together with number of other factors including the presence of...
Electronic control units, power modules, and consumer electronics are used today in a wide variety of varying climatic conditions. Varying external climatic conditions of temperature and humidity can cause an uncontrolled local climate inside the device enclosure. Uncontrolled humidity together with a number of other factors including the presence ...
Electronic control units, power modules, and consumer electronics are used today in a wide variety of varying climatic conditions. Varying external climatic conditions of temperature and humidity can cause an uncontrolled local climate inside the device enclosure. Uncontrolled humidity together with a number of other factors including the presence ...
