Q3170527 (Q3170527): Difference between revisions
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(Created claim: summary (P836): There are limitations in the current state of the art that could solve various problems in the technology sector at the global level, characterised by the incorporation of new technologies, little flexibility of systems; products can always be created in a multipurpose way, but never at the level of semiconductor production and deployment. Seeing that these processes always have a logical and inamobible need, it is necessary to develop an integr...) |
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There are limitations in the current state of the art that could solve various problems in the technology sector at the global level, characterised by the incorporation of new technologies, little flexibility of systems; products can always be created in a multipurpose way, but never at the level of semiconductor production and deployment. Seeing that these processes always have a logical and inamobible need, it is necessary to develop an integrated circuit (hereinafter IC) of small size, between 11x11 mm, where we will integrate different types of power blocks that can be programmed by the user (the designer of the device) depending on the chip that he intends to use, allowing him in case of error reprogramming it. In addition, this IC is not only intended for powering the processor block; the power you will host will allow you to power the peripherals and other processor blocks and manage them hot, achieving full real-time control of the circuit’s electrical flow and allowing you to manage the low power part in a simple way._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of it, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a 1-port port of power to 1 input to a lower voltage with a high efficiency, ignition of 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, ignition time, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32h drives, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-stroke control, all-step-down converters (hereafter BUCK) that allow the control of a power source to a lower voltage with a high efficiency, 3D control, all-Down Converters (hereinafter BUCK) that allow the control of a power source at a lower voltage._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-pi drives, all digital drives (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency signal, ignition, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 3 units of it, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency._x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter referred to as LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency, 32-speed control, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, a.c. control, all step-down converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of it, 9 step— (English) | |||||||||||||||
| Property / summary: There are limitations in the current state of the art that could solve various problems in the technology sector at the global level, characterised by the incorporation of new technologies, little flexibility of systems; products can always be created in a multipurpose way, but never at the level of semiconductor production and deployment. Seeing that these processes always have a logical and inamobible need, it is necessary to develop an integrated circuit (hereinafter IC) of small size, between 11x11 mm, where we will integrate different types of power blocks that can be programmed by the user (the designer of the device) depending on the chip that he intends to use, allowing him in case of error reprogramming it. In addition, this IC is not only intended for powering the processor block; the power you will host will allow you to power the peripherals and other processor blocks and manage them hot, achieving full real-time control of the circuit’s electrical flow and allowing you to manage the low power part in a simple way._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of it, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a 1-port port of power to 1 input to a lower voltage with a high efficiency, ignition of 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, ignition time, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32h drives, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-stroke control, all-step-down converters (hereafter BUCK) that allow the control of a power source to a lower voltage with a high efficiency, 3D control, all-Down Converters (hereinafter BUCK) that allow the control of a power source at a lower voltage._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-pi drives, all digital drives (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency signal, ignition, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 3 units of it, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency._x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter referred to as LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency, 32-speed control, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, a.c. control, all step-down converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of it, 9 step— (English) / rank | |||||||||||||||
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| Property / summary: There are limitations in the current state of the art that could solve various problems in the technology sector at the global level, characterised by the incorporation of new technologies, little flexibility of systems; products can always be created in a multipurpose way, but never at the level of semiconductor production and deployment. Seeing that these processes always have a logical and inamobible need, it is necessary to develop an integrated circuit (hereinafter IC) of small size, between 11x11 mm, where we will integrate different types of power blocks that can be programmed by the user (the designer of the device) depending on the chip that he intends to use, allowing him in case of error reprogramming it. In addition, this IC is not only intended for powering the processor block; the power you will host will allow you to power the peripherals and other processor blocks and manage them hot, achieving full real-time control of the circuit’s electrical flow and allowing you to manage the low power part in a simple way._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of it, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a 1-port port of power to 1 input to a lower voltage with a high efficiency, ignition of 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, ignition time, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32h drives, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-stroke control, all-step-down converters (hereafter BUCK) that allow the control of a power source to a lower voltage with a high efficiency, 3D control, all-Down Converters (hereinafter BUCK) that allow the control of a power source at a lower voltage._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-pi drives, all digital drives (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency signal, ignition, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 3 units of it, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency._x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter referred to as LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency, 32-speed control, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, a.c. control, all step-down converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of it, 9 step— (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 17:00, 12 October 2021
Project Q3170527 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3170527 in Spain |
Statements
347,390.5 Euro
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694,781.0 Euro
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50.0 percent
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10 August 2017
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30 April 2019
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TECNOFINGERS SL
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39°30'14.11"N, 0°26'31.56"W
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46190
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Existen limitaciones en el estado de la técnica actual que podrían solucionar distintos problemas en el sector tecnológico a nivel mundial, caracterizado por la incorporación de nuevas tecnologías, poca flexibilidad de los sistemas; los productos se pueden crear siempre de forma polivalente pero nunca a nivel de producción e implantación de los semiconductores. Viendo que estos procesos tienen siempre una necesidad lógica e inamobible, es necesario desarrollar un circuito integrado ( en adelante IC) de tamaño reducido, entre 11x11mm donde integraríemos diferentes tipos de bloques de alimentación que pudeden ser programados por el usuario (el diseñador del dispositivo) en función del chip que pretenda utilizar, permitiéndole en caso de error reprogramarlo. Ademas este IC no solo esta pensado para la alimentación del bloque de procesador; la potencia que albergara permitirá poder alimentar los periféricos y otros bloques del procesador y gestionarlos en caliente, llegando a tener el control total en tiempo real de el flujo eléctrico del circuito y permitiendo gestionar la parte de bajo consumo de manera sencilla._x000D_ _x000D_ El IC estará integrado por una serie de “Low-DropOut” ( en adelante LDO) que son reguladores de voltaje lineares que pueden regular el volatge, en concreto 26 unidades del mismo, 9 Step-Down Converters ( en adelante BUCK ) que permiten la regulación de una fuente de alimentación a un voltaje inferior con una alta eficiencia, 3 Generador de señal de reloj de 32.768Khz, 1 Reloj de control de tiempo Real ( en adelante RTC ) 1 conversor Analogico Digital ( en adelante ADC ), 2 unidades de control para encendidos por hardware mediante GPIO de control, 1 puerto de comunicaciones para una memoria externa, 1 puerto de comunicaciones y gestión en tiempo real entre el IC y el procesador, todo gestionado por un Microprocesador CortexM0 de 48Mhz, el cerebro que permite la gestión de todos los bloques. (Spanish)
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There are limitations in the current state of the art that could solve various problems in the technology sector at the global level, characterised by the incorporation of new technologies, little flexibility of systems; products can always be created in a multipurpose way, but never at the level of semiconductor production and deployment. Seeing that these processes always have a logical and inamobible need, it is necessary to develop an integrated circuit (hereinafter IC) of small size, between 11x11 mm, where we will integrate different types of power blocks that can be programmed by the user (the designer of the device) depending on the chip that he intends to use, allowing him in case of error reprogramming it. In addition, this IC is not only intended for powering the processor block; the power you will host will allow you to power the peripherals and other processor blocks and manage them hot, achieving full real-time control of the circuit’s electrical flow and allowing you to manage the low power part in a simple way._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of it, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a 1-port port of power to 1 input to a lower voltage with a high efficiency, ignition of 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, ignition time, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32h drives, all Micro-Down Converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-stroke control, all-step-down converters (hereafter BUCK) that allow the control of a power source to a lower voltage with a high efficiency, 3D control, all-Down Converters (hereinafter BUCK) that allow the control of a power source at a lower voltage._x000D_ _x000D_ The IC will be integrated by a series of “Low-Dropout” (hereafter LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 32-pi drives, all digital drives (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency signal, ignition, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 3 units of it, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, 26 units of the same, 9 Step-Down Converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency._x000D_ The IC will be integrated by a series of “Low-Dropout” (hereinafter referred to as LDO) that are linear voltage regulators that can regulate the volatge, specifically 26 units of the same, 9 Step-Down Converters (hereinafter BUCK) that allows the management of a power source 1 to a lower voltage with a high-efficiency, 32-speed control, all step-down converters (hereafter BUCK) that allow the management of a power source 1 to a lower voltage with a high efficiency, a.c. control, all step-down converters (hereafter BUCK) that allows the management of a power source 1 to a lower voltage with a high efficiency, 26 units of it, 9 step— (English)
12 October 2021
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Paterna
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Identifiers
IDI-20180141
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