This paper is focused on printed resistors compatible with Thick Printed Copper (TPC). TPC technology is new prospective technology for the realization of power electronic substrates and can be used as an alternative to conventional Direct Bonded Copper or Active Metal Brazing technologies. TPC technology has many benefits and also enables the direct integration of printed resistors on a power substrate. Three variants of printed resistors based on different resistive materials (standard resistive thick film paste, copper-nickel nanoparticle ink and copper-nickel thick film paste) were verified and tested. The properties of these resistors are described in this paper
This paper presents Thick Printed Copper (TPC) as substrate technology for High Brightness LEDs, whi...
Resistors embedded in a printed wiring board will be an enabler for miniaturizing packages with high...
This work deals with the technology of thick-film electronic circuits, describes the materials used ...
This paper is focused on printed resistors compatible with Thick Printed Copper (TPC). TPC technolog...
This paper is focused on the thick-film power resistors with copper terminals. These terminals are c...
This paper is focused on the advanced capabilities of Thick Printed Copper (TPC) technology used for...
This paper is focused on the properties of Thick Printed Copper (TPC) films with various thickness. ...
This paper is focused on copper–nickel nanoparticle resistive inks compatible with thick printed cop...
Tento článek vznikl za podpory interního projektu na podporu studentských vědeckých konferencí SVK-2...
This paper is focused on copper–nickel nanoparticle resistive inks compatible with thick printed cop...
This paper is focused on the properties of Thi ck Printed Copper (TPC) films printed on aluminum nit...
This paper is focused on comparison of copper (Thick Printed Copper) and silver thick films on alumi...
This paper is focused on copper-filled vias realized by prospective Thick Printed Copper (TPC) techn...
This paper is focused on the study of co-fired multilayer structures realized by Thick Printed Coppe...
This paper is focused on a new copper-nickel thick film resistive paste which was designed and exper...
This paper presents Thick Printed Copper (TPC) as substrate technology for High Brightness LEDs, whi...
Resistors embedded in a printed wiring board will be an enabler for miniaturizing packages with high...
This work deals with the technology of thick-film electronic circuits, describes the materials used ...
This paper is focused on printed resistors compatible with Thick Printed Copper (TPC). TPC technolog...
This paper is focused on the thick-film power resistors with copper terminals. These terminals are c...
This paper is focused on the advanced capabilities of Thick Printed Copper (TPC) technology used for...
This paper is focused on the properties of Thick Printed Copper (TPC) films with various thickness. ...
This paper is focused on copper–nickel nanoparticle resistive inks compatible with thick printed cop...
Tento článek vznikl za podpory interního projektu na podporu studentských vědeckých konferencí SVK-2...
This paper is focused on copper–nickel nanoparticle resistive inks compatible with thick printed cop...
This paper is focused on the properties of Thi ck Printed Copper (TPC) films printed on aluminum nit...
This paper is focused on comparison of copper (Thick Printed Copper) and silver thick films on alumi...
This paper is focused on copper-filled vias realized by prospective Thick Printed Copper (TPC) techn...
This paper is focused on the study of co-fired multilayer structures realized by Thick Printed Coppe...
This paper is focused on a new copper-nickel thick film resistive paste which was designed and exper...
This paper presents Thick Printed Copper (TPC) as substrate technology for High Brightness LEDs, whi...
Resistors embedded in a printed wiring board will be an enabler for miniaturizing packages with high...
This work deals with the technology of thick-film electronic circuits, describes the materials used ...