Délai de livraison bien emballé et raisonnable (22 jours calendaires à partir de la commande). Ce module vous permet de sélectionner l'entrée analogique qui est acheminée vers les ports ADC d'un micro-contrôleur. C'est un module utile et que j'aime garder en stock dans mon labo d'électronique amateur.

Well packaged and reasonable delivery time (22 calendar days from order). This module lets you select which analog input is routed to a micro-controller's ADC ports. It' a useful module and one I like to keep in stock in my hobbyist electronics lab.

Délai de livraison bien emballé et raisonnable (22 jours calendaires à partir de la commande). Ce module vous permet de sélectionner l'entrée analogique qui est acheminée vers les ports ADC d'un micro-contrôleur. C'est un module utile et que j'aime garder en stock dans mon labo d'électronique amateur.

Articolo ok

Articolo ok

Articolo ok

il fait ce qu'il a fait pour.

it does what its made for.

il fait ce qu'il a fait pour.

works

works

works

ok

ok

ok

This is a great interface for the multiplexer chip, and very easy to use. Basically, it is a 1-to-8 or a 8-to-1. It works both ways! Essentially, you apply true/false to the S0, S1, and S2 inputs in the combination of a binary number to indicate which of the Y pins you want connected to the Z pin. Then it acts as though it has physically connected the two pins, and only those two pins, together. Power goes both ways. Simplest application: Connect each Y pin to an LED, then an appropriate resistor (440Ohm) and then to ground. Connect the Z pin to Vcc (5V). Connect the VCC to 5V and GND to ground. Connect E to ground to enable the board (high will disable it.) Then connect each of the S pins to either VCC or GND in different combinations. For each combination, a different LED will be lit. This component is best used when you have 8 outputs that can be activated one at a time, but only have 4 or 5 pins for your output. If you combine two of these boards, you can use the E pin as a fourth addressing bit, turning 5 pin outputs into 16.

This is a great interface for the multiplexer chip, and very easy to use. Basically, it is a 1-to-8 or a 8-to-1. It works both ways! Essentially, you apply true/false to the S0, S1, and S2 inputs in the combination of a binary number to indicate which of the Y pins you want connected to the Z pin. Then it acts as though it has physically connected the two pins, and only those two pins, together. Power goes both ways. Simplest application: Connect each Y pin to an LED, then an appropriate resistor (440Ohm) and then to ground. Connect the Z pin to Vcc (5V). Connect the VCC to 5V and GND to ground. Connect E to ground to enable the board (high will disable it.) Then connect each of the S pins to either VCC or GND in different combinations. For each combination, a different LED will be lit. This component is best used when you have 8 outputs that can be activated one at a time, but only have 4 or 5 pins for your output. If you combine two of these boards, you can use the E pin as a fourth addressing bit, turning 5 pin outputs into 16.

This is a great interface for the multiplexer chip, and very easy to use. Basically, it is a 1-to-8 or a 8-to-1. It works both ways! Essentially, you apply true/false to the S0, S1, and S2 inputs in the combination of a binary number to indicate which of the Y pins you want connected to the Z pin. Then it acts as though it has physically connected the two pins, and only those two pins, together. Power goes both ways. Simplest application: Connect each Y pin to an LED, then an appropriate resistor (440Ohm) and then to ground. Connect the Z pin to Vcc (5V). Connect the VCC to 5V and GND to ground. Connect E to ground to enable the board (high will disable it.) Then connect each of the S pins to either VCC or GND in different combinations. For each combination, a different LED will be lit. This component is best used when you have 8 outputs that can be activated one at a time, but only have 4 or 5 pins for your output. If you combine two of these boards, you can use the E pin as a fourth addressing bit, turning 5 pin outputs into 16.

good

good

good

works as expected with my arduino project

works as expected with my arduino project

works as expected with my arduino project

exactly what i needed

exactly what i needed

exactly what i needed