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Desafío de Protocolos en Microcontroladores

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Desafío de Protocolos en Microcontroladores

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About this activity

Protocolos de comunicación en microcontroladores.

Created by

Jaiver Arteaga
Jaiver Arteaga
Ecuador

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Desafío de Protocolos en Microcontroladores
 

Desafío de Protocolos en MicrocontroladoresOnline version

Protocolos de comunicación en microcontroladores.

by Jaiver Arteaga
1

CAN es un protocolo de bus utilizado en automoción para redes de dispositivos.

2

RS-232 permite comunicaciones en paralelo.

3

CAN no incluye mecanismos de detección de errores ni CRC.

4

El UART es un protocolo de comunicación asíncrono utilizado en muchos microcontroladores.

5

UART soporta direcciones para identificar dispositivos en el bus.

6

I2C utiliza direcciones de 7 bits y permite conectar varios dispositivos en un bus.

7

SPI es un protocolo síncrono que utiliza al menos 4 líneas: SCLK, MOSI, MISO y CS.

8

RS-232 es una tecnología de comunicación en serie con niveles de voltaje típicos de ±12 V.

9

I2C solo permite un único dispositivo en el bus.

10

SPI no necesita señales de sincronización.

11

SPI usa varias líneas como MOSI, MISO, SCK y CS para transferir datos rápidamente.

12

I2C usa solo un cable para la comunicación entre dispositivos.

13

SPI es más lento que UART en todas las aplicaciones.

14

UART puede conectar más de dos dispositivos en una misma línea sin hardware adicional.

15

I2C permite conectar varios dispositivos con solo dos cables.

16

En I2C no hay maestra o esclavo; todos hablan por igual.

17

En I2C cada dispositivo tiene una dirección única.

18

SPI no requiere líneas de selección de dispositivo (CS).

19

UART es asincrónico y se comunica entre dos dispositivos.

20

UART utiliza dos cables principales: TX y RX.

 
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