| Beide Seiten der vorigen Revision Vorhergehende Überarbeitung Nächste Überarbeitung | Vorhergehende Überarbeitung |
| introduction_to_digital_systems:sequential_logic [2024/12/10 12:14] – [6.2.2 Mealy Machine] mexleadmin | introduction_to_digital_systems:sequential_logic [2024/12/17 09:37] (aktuell) – mexleadmin |
|---|
| * The **output vector** $\vec{Y}$ represents the $l$ outputs $Y_0 ... Y_{l-1}$. | * The **output vector** $\vec{Y}$ represents the $l$ outputs $Y_0 ... Y_{l-1}$. |
| * The **state vector** $\vec{Z}$ represents the $m$ inputs $Z_0 ... Z_{m-1}$. | * The **state vector** $\vec{Z}$ represents the $m$ inputs $Z_0 ... Z_{m-1}$. |
| * The sign $(n)$ or $n$ marking the current point in time and therefore e.g. the current state $Z_0(n)$. | * The subscript $(n)$ or $n$ marking the current point in time and therefore e.g. the current state $Z_0(n)$. |
| * The sign $(n+1)$ or $n+1$ marking the next upcoming point in time and therefore e.g. the next state $Z_0(n+1)$. | * The subscript $(n+1)$ or $n+1$ marking the next upcoming point in time and therefore e.g. the next state $Z_0(n+1)$. |
| * Sequential logic circuits are also called **Finite State Machines** (FSM) or sometimes also shortened to "state machines". | * Sequential logic circuits are also called **Finite State Machines** (FSM) or sometimes also shortened to "state machines". |
| |
| |
| <WRAP><well> <imgcaption pic23| Up-Counter 1..4 as a Medvedev Machine ></imgcaption>\\ | <WRAP><well> <imgcaption pic23| Up-Counter 1..4 as a Medvedev Machine ></imgcaption>\\ |
| {{url>https://www.falstad.com/circuit/circuitjs.html?hideSidebar=true&ctz=CQAgjCAMB0l3BWcMBMcUHYMGZIA4UA2ATmIxAUgpABZsKBTAWjDACgwEls1xCrsCFHypUEHLiB5VMwwcNlQoEmiDR4peVYuxalwsWxop6upITogm2CBfqQjJzUgTEk1iK6QPj9DxTcrGwoMYmVfIM9Qq2jCTnCnJlj4-0IEch9E4LTyVMtM0zwXQLMQO2UAdzUMYTB+KV460TYq3G0a6oUOhyqaOs7aPBlultp+ptpiQhFKweHhGiHNVR65ihpVJin1ldGabZQUVX3pmjhZk4p6ljBhBHqHACUrW40+6ZZ69-A1ZBloJAoAFKGDiAAyVhQeA0ryC2GmsIMIAAZgBDAA2AGcGNRViwoWNptJCbNiWBiHJeG1wuSQBghOAKSA8OMmVQaHsDkc6QzDrsqvSFPcKLc1MKHAAjcD0VgKPBhGgYXZSvr0RUCFAQWUXLnHbYTBxoXJQmEEpgmkDbVQADTYRsmCK++oJqgAWig7ZByBsNLpjospAy3YavTyFNycNN1LQQABND32wVi6aRtRnGOx9gADwaqjAkDVkDzkFOaZAmIALgB7ABOqIA5gw2DmEPQMBpNcW3mWAMZVgC2EoAlgA7VHVmtDnsYgA6mJnM5HPaHNZ7AFchxW59naPDkGrochS9zK+OmzmsLUC8zdEeY9yq2uKwAHJ97JaKBCixQh8hJi2pooqixqsX5yho-6Hqs1I6LwP4SNwVJ6PIywgns-R+rQAaYas3w+ruCwBrhPBYW8JGXLhSyYYsYgbDqpznJc9zNPaNEDGxRzsiArrsL0AZnOyAZgRcFgUGaSxCBoxELNsTD8dsoHfh0wkoOKowqYewkCbMWmMfx5y4fpgm+no0FUkWDTsv0ZkCHoOimaM0baUwonaQ4nBUOMdH6nRMjUOInAKPgMyKAavwuBIQUdh0ig-lISgBZQ4CiuStRMql+gJRInlRsFBzBX5hhVD52jBWAvmjBlYAYLlMI1bMVX1VVbKVSl9Xmoe1XTKs2rRvlUnZclQoIkyqndb8RWMsNajBWNygeXwaiHgcUETRQg0YQy2woYV60Ldq2B7hlh3jUi4hVNG8J1UShADVUXVSLd4D1ThlUvXoHUmfyVhGT9bwKZVUbci52jcniv1yb6Fl4tsCB0VsUYjFUNy1PU4wPIDU1WPqLXI1RT1MBJBI9d+6bmtynGzP1lqIwYowHB0vVI0NlmQoexIk3IW1EgyPVMidWMWnz4EzR2UGObNjP1fBxVRp10vi-dCvXQMPW09j6t4q55wgyKdO9Bhe40KJAu4SbRuiZJFxCaKuvCXi2rMS8KUY8jomKLrfINQiZpe7CatSBZkOB99CMDGHGV4vjMI3Xdi0C7rpujIne6eyMACSbOmho5N5sTUDAudkLcrCudps0yMWqXVf1XiNcfBaHPJ43vCfahWvHDr5vdWwQA noborder}} </well></WRAP> | {{url>https://www.falstad.com/circuit/circuitjs.html?hideSidebar=true&ctz=CQAgjCAMB0l3BWcMBMcUHYMGZIA4UA2ATmIxAUgpABZsKBTAWjDACgwEls1xCrsCFHypUEHLiB5VMwwcNlQoEmiDR4peVYuxalwsWxop6upITogm2CBfqQjJzUgTEk1iK6QPj9DxTcrGwoMYmVfIM9Qq2jCTnCnJlj4-0IEch9E4LTyVMtM0zwXQLMQO2UAdzUMYTB+KV460TYq3G0a6oUOhyqaOs7aPBlultp+ptpiQhFKweHhGiHNVR65ihpVJin1ldGabZQUVX3pmjhZk4p6ljBhBHqHACUrW40+6ZZ69-A1ZBloJAoAFKGDiAAyVhQeA0ryC2GmsIMIAAZgBDAA2AGcGNRViwoWNptJCbNiWBiHJeG1wuSQBghOAKSA8OMmVQaHsDkc6QzDrsqvSFPcKLc1MKHAAjcD0VgKPBhGgYXZSvr0RUCFAQWUXLnHbYTBxoXJQmEEpgmkDbVQADTYRsmCK++oJqgAWig7ZByBsNLpjospAy3YavTyFNycNN1LQQABND32wVi6aRtRnGOx9gADwaqjAkDVkDzkFOaZAmIALgB7ABOqIA5gw2DmEPQMBo0LV8DHuQBjKsAWwlAEsAHao6s14cYgA6mJnM9HveHNd7AFdhxW59naPDkGrochS9zKxOmzmsF36HhdEee6oq2uKwAHJ97JaKBCixQh8hJi2pooqixqsX5yho-6Hqs1I6LwP4SNwVJ6PIywgns-R+rQAaYas3w+ruCwBrhPBYW8JGXLhSyYYsYgbDqpznJc9zNPaNEDGxRzsiArrsL0AZnOyAZgRcFgUGaSxCBoxELNsTD8dsoHfh0wkoOKowqYewkCbMWmMfx5y4fpgm+no0FUkWDTsv0ZkCHoOimaM0baUwonaQ4nBUOMdH6nRMjUOInAKN2EyKAavwuBIQUdh0ig-lISgBZQ4CiuStRMql+gJRInlRt2Bzdn5hhVD52jBb5owZWAGC5TC1WzJVdWVWyFUpXV5qHlV0yrNq0b5VJ2XJUKCJMqpXW-EVjJDWo3ajcoHl8Goh4HFB40UANGEMtsKGFWt83atge4ZQdY1IuIVTRvCtVEoQ-VVJ1Ug3eAdU4RVz16O1Jn8lYRnfW8CkVVG3Iudo3J4j9cm+hZeLbAgdFbFGIxVDctT1OMDwA5NVj6s1SNUY9TASQS3Xfum5rcpxsx9ZaCMGKMBwdD1iODZZkKHsSxNyJtRIMt1TLHZjFq8+B00dlBjkzQzdXwcVUYdVLYt3fLV0DN1NNY2reKuecwMirTvQYXuNCifzuHG4bomSRcQmijrwl4tqzEvCl6NI6Jig63y9UImanuwqrUgWRDAdffDAyhxleJ4zC123Qt-M6ybowJ3uHsjAAkqzpoaGTeZE1AwJnZC3KwjnabNEjFol5XdV4tXHwWuzScN7wH2oZrxza2bXVsEAA noborder}} </well></WRAP> |
| |
| <WRAP column 100%> | <WRAP column 100%> |
| The <imgref pic101> shows the principle differences in the architecture of the state machines. | The <imgref pic101> shows the principle differences in the architecture of the state machines. |
| |
| <WRAP> <imgcaption pic101| States of Water> </imgcaption> {{drawio>differencesinSM.svg}} </WRAP> | <WRAP> <imgcaption pic101| Compariston of State Machine Types> </imgcaption> {{drawio>differencesinSM.svg}} </WRAP> |
| |
| \\ \\ | \\ \\ |