msgid "" msgstr "" "Project-Id-Version:Picuino 2024" "Report-Msgid-Bugs-To:" "POT-Creation-Date:2024-11-07 12:56+0100" "PO-Revision-Date:YEAR-MO-DA HO:MI+ZONE" "Last-Translator:FULL NAME " "Language:en" "Language-Team:en " "Plural-Forms:nplurals=2; plural=(n != 1)" "MIME-Version:1.0" "Content-Type:text/plain; charset=utf-8" "Content-Transfer-Encoding:8bit" "Generated-By:Babel 2.9.0" #: ../../source/electronic-gate-and.rst:9 msgid "La puerta lógica AND" msgstr "The logic AND gate" #: ../../source/electronic-gate-and.rst:10 msgid "" "La puerta lógica AND tiene dos o más entradas y una salida. Su símbolo es el" " siguiente:" msgstr "" "The AND logic gate has two or more inputs and one output. Its symbol is the " "following:" #: ../../source/electronic-gate-and.rst:18 msgid "Símbolo de la puerta lógica AND de dos entradas." msgstr "Symbol of the two-input AND logic gate." #: ../../source/electronic-gate-and.rst:20 msgid "" "La salida tiene un valor lógico alto (1) si todas sus entradas tiene un " "valor lógico alto (1). Es decir, si la entrada A **y** la entrada B están a " "nivel alto, la salida estará a nivel alto. De ahí el nombre **AND** en " "inglés." msgstr "" "The output has a logic high value (1) if all its inputs have a logic high " "value (1). That is, if input A **and** input B are high, the output will be " "high. Hence the name **AND** in English." #: ../../source/electronic-gate-and.rst:25 msgid "" "La función lógica AND se representa mediante una multiplicación, de manera " "que la salida de la puerta será la multiplicación lógica de las entradas:" msgstr "" "The logical AND function is represented by multiplication, so that the " "output of the gate will be the logical multiplication of the inputs:" #: ../../source/electronic-gate-and.rst:28 msgid "Out = A \\cdot B" msgstr "Out = A \\cdot B" #: ../../source/electronic-gate-and.rst:32 msgid "" "Si las dos entradas valen uno, la salida valdrá uno, pero si alguna entrada " "vale cero, la salida valdrá cero." msgstr "" "If both inputs are worth one, the output will be worth one, but if either " "input is worth zero, the output will be worth zero." #: ../../source/electronic-gate-and.rst:36 msgid "La tabla de verdad de la función lógica AND es la siguiente:" msgstr "The truth table of the logical AND function is as follows:" #: ../../source/electronic-gate-and.rst:43 msgid "Tabla de verdad de la puerta lógica AND de dos entradas." msgstr "Truth table of the two-input AND logic gate." #: ../../source/electronic-gate-and.rst:48 msgid "La puerta lógica NAND" msgstr "The NAND logic gate" #: ../../source/electronic-gate-and.rst:49 msgid "" "La puerta lógica NAND tiene dos o más entradas y una salida. Su símbolo es " "el siguiente:" msgstr "" "The NAND logic gate has two or more inputs and one output. Its symbol is the" " following:" #: ../../source/electronic-gate-and.rst:57 msgid "Símbolo de la puerta lógica NAND de dos entradas." msgstr "Symbol of the two-input NAND logic gate." #: ../../source/electronic-gate-and.rst:59 msgid "" "La salida será la misma que la de una puerta AND, pero invertida. Es decir " "que la salida solo valdrá cero cuando todas las entradas valgan uno." msgstr "" "The output will be the same as that of an AND gate, but inverted. That is to" " say that the output will only be worth zero when all the inputs are worth " "one." #: ../../source/electronic-gate-and.rst:63 msgid "" "La función lógica NAND se representa mediante una multiplicación negada, de " "manera que la salida de la puerta será la multiplicación lógica de las " "entradas que finalmente se invierte:" msgstr "" "The NAND logic function is represented by negated multiplication, so that " "the output of the gate will be the logical multiplication of the inputs that" " is finally inverted:" #: ../../source/electronic-gate-and.rst:67 msgid "Out = \\overline{ A \\cdot B }" msgstr "Out = \\overline{ A \\cdot B }" #: ../../source/electronic-gate-and.rst:71 msgid "La tabla de verdad de la función lógica NAND es la siguiente:" msgstr "The truth table of the NAND logic function is as follows:" #: ../../source/electronic-gate-and.rst:78 msgid "Tabla de verdad de la puerta lógica NAND de dos entradas." msgstr "Truth table of two-input NAND logic gate." #: ../../source/electronic-gate-and.rst:82 msgid "Simulación" msgstr "Simulation" #: ../../source/electronic-gate-and.rst:83 msgid "" "En la siguiente simulación podemos ver el funcionamiento de la puerta lógica" " AND y, debajo, el funcionamiento de la puerta lógica NAND." msgstr "" "In the following simulation we can see the operation of the AND logic gate " "and, below, the operation of the NAND logic gate." #: ../../source/electronic-gate-and.rst:95 msgid "Ejercicios" msgstr "Exercises" #: ../../source/electronic-gate-and.rst:97 msgid "" "Dibuja el símbolo de la puerta lógica AND, su función lógica y su tabla de " "verdad." msgstr "" "Draw the AND logic gate symbol, its logic function, and its truth table." #: ../../source/electronic-gate-and.rst:100 msgid "" "Dibuja el símbolo de la puerta lógica NAND, su función lógica y su tabla de " "verdad." msgstr "" "Draw the NAND logic gate symbol, its logic function, and its truth table." #: ../../source/electronic-gate-and.rst:103 msgid "" "Comprueba gracias al simulador que la tabla de verdad de la función AND y " "que la tabla de verdad de la función NAND son correctas." msgstr "" "Check with the simulator that the truth table of the AND function and that " "the truth table of the NAND function are correct." #: ../../source/electronic-gate-and.rst:107 msgid "" "En el simulador añade una puerta inversora a la salida de la puerta AND y " "comprueba que su respuesta es igual a la de la puerta NAND." msgstr "" "In the simulator, add an inverting gate to the output of the AND gate and " "check that its response is the same as that of the NAND gate." #: ../../source/electronic-gate-and.rst:110 msgid "Dibuja una puerta lógica AND de tres entradas y su tabla de verdad." msgstr "Draw a three-input AND logic gate and its truth table."