Abstract:
Un dispositivo (102) de circuito integrado que tiene un regulador interno (108) de la tensión y varias conexiones externas seleccionables (116, 118, 120), en el que al menos se selecciona una de las cuales para acoplar una salida del regulador interno (108) de la tensión con un condensador externo (230), comprendiendo dicho dispositivo (102) de circuito integrado: un circuito (110a, b, c) de conmutación configurado para seleccionar una de la pluralidad de conexiones externas seleccionables (118) y acoplar la salida del regulador interno (108) de la tensión con la seleccionada de la pluralidad de conexiones externas (118), estando configurada la seleccionada de la pluralidad de conexiones externas (118) para acoplarse con el condensador externo (230).
Abstract:
Un procedimiento para dotar a un paquete de Circuito Integrado (IC) con una funcionalidad de microcontrolador,que comprende: dotar a un chip (11) de IC dentro de dicho paquete de IC con un núcleo (12) de microcontrolador que pre-senta un bus de datos de n-bits, una memoria acoplada con dicho núcleo (12) de microcontrolador y un pluralidadde bloques (26) funcionales acoplados con dicho núcleo (12) de microcontrolador; dotar a dicho paquete de IC de una pluralidad de clavijas (34; 36; 38) eléctricamente acopladas a dicho chip(11) de IC, en el que un número total de clavijas (34; 36; 38) de dicho paquete de IC es inferior o igual a n;caracterizado por, la provisión de al menos una de dicha pluralidad de clavijas (34; 36; 38) como una clavija multifunción eléctricamenteacoplada con al menos dos bloques (26) funcionales de dicha pluralidad de bloques (26) funcionales, en el que elnúcleo (12) de microcontrolador es operable para habilitar solo uno de dichos al menos dos bloques (26) funcionalespara soportar una función para dicha clavija multifunción, en el que un primer bloque (26) funcional es una unidad depuerto de E / S bidireccional y un segundo bloque (26) funcional proporciona una función de programación en serie.
Abstract:
An Integrated Circuit (IC) (10) package is disclosed comprising an IC chip (11) with a microcontroller (12) therein having an n-bit data bus, and up to n pins (34-38) electrically coupled to the microcontroller (12). The IC package also includes a control register coupled to the microcontroller for receiving enable and disable signals from the microcontroller. One or more of the pins have one or more functional blocks associated thereto. Each functional block defines a specified function for its corresponding pin. Thus, each pin having a plurality of corresponding functional blocks has a number of potential functions equal to the number of corresponding functional blocks. The specific function for a given pin is selected by the enable signal from the control register which selects the appropriate functional block upon appropriate command from the microcontroller. By using pins with multiple functions, the instant invention permits an n-bit architecture microcontroller to use less than or up to n pins.
Abstract:
The present invention relates to a microcontroller that may be configured to operate without the accompaniment of any external components. The microcontroller can function in a proper manner from the application of only power and signal lines with no external components required. The microcontroller has integrated internal reset and oscillator circuitry into the microcontroller. The microcontroller has also integrated simple external components such as current limiting resistors and pull up and pull down resistor into the microcontroller in order to avoid application specific external components.
Abstract:
An Integrated Circuit (IC) (10) package is disclosed comprising an IC chip (11) with a microcontroller (12) therein having an n-bit data bus, and up to n pins (34-38) electrically coupled to the microcontroller (12). The IC package also includes a control register coupled to the microcontroller for receiving enable and disable signals from the microcontroller. One or more of the pins have one or more functional blocks associated thereto. Each functional block defines a specified function for its corresponding pin. Thus, each pin having a plurality of corresponding functional blocks has a number of potential functions equal to the number of corresponding functional blocks. The specific function for a given pin is selected by the enable signal from the control register which selects the appropriate functional block upon appropriate command from the microcontroller. By using pins with multiple functions, the instant invention permits an n-bit architecture microcontroller to use less than or up to n pins.
Abstract:
An Integrated Circuit (IC) (10) package is disclosed comprising an IC chip (11) with a microcontroller (12) therein having an n-bit data bus, and up to n pins (34-38) electrically coupled to the microcontroller (12). The IC package also includes a control register coupled to the microcontroller for receiving enable and disable signals from the microcontroller. One or more of the pins have one or more functional blocks associated thereto. Each functional block defines a specified function for its corresponding pin. Thus, each pin having a plurality of corresponding functional blocks has a number of potential functions equal to the number of corresponding functional blocks. The specific function for a given pin is selected by the enable signal from the control register which selects the appropriate functional block upon appropriate command from the microcontroller. By using pins with multiple functions, the instant invention permits an n-bit architecture microcontroller to use less than or up to n pins.