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Most refugee boards provide general interfaces to communicate with both hardware modules and electronic

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circuits devices.

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The report contains the digital and Pimlott interface used to connect low frequency, low isoprene,

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count peripheral modules to the board.

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This section will introduce you to the Pimlott interface concepts and how to communicate with them through

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an actual code.

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This section's main goal is to get familiar with the pod interface and use it in Etchells to communicate

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with peripherals.

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To achieve this goal, this section will describe the structure of pomoc and write so much less code

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to drive these animatics keyboard where the pod interface.

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These are the objectives of this section, understanding the general Pimlott interface in order to communicate

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with Priefer modules using the P Modin base three to communicate with a real peripheral.

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This section consists of five lectures, this video as the first lecture clarifies the goal of the section

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and it's structure.

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The next lecture describes how we can connect a general peripheral to the basis to report controlling

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an in actualised through the remote interface will be explained in the third lecture lecture for discusses

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how to use the Pimlott interface to detect the key press in a four by four keyboard.

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The last lecture, as usual, gives you a couple of exercises to master the techniques explained throughout

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the section.

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After finishing the section, you will be able to use Pyrmont in Etchells to communicate with peripheral

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modules, control and mattocks Koeberg connected to the bases to report via.

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The next lecture will introduce the Pimlott interface available on the basis Thibaut, that enables

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connecting external peripherals to the.

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These are our takeaway messages, interfaces on a digital board are the gateway to communicate with

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peripherals, working with people.

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The interface is the subject of this section.

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Now, the quiz question, what is the role of a peripheral in a digital system?