ISOLATED-CAN-EK

Series:	--
Part Status:	Active
Platform:	EFM32
Type:	Interface
Utilized IC / Part:	--
Contents:	Board(s)

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ISOLATED CAN-EK

Introduction

ISOLATED CAN-EK is an evaluation board in the category of Expansion Boards, Daughter Cards. The board is based upon the standard CAN protocol and is used in the fields of communication and power, which offers several features that make it suitable for a variety of applications. The board integrates readily with other CAN Bus bus devices, with the ISOLATED CAN-EK being used in the areas of automotive, aircraft, and machinery control.

Application Field

ISOLATED CAN-EK is mainly used in the automotive sector as it facilitates a communication protocol that makes it suitable for making automotive systems more efficient and reliable. It also helps reduce the time taken in the process of development. The board is also ideal for industrial applications, as it enables communication among various devices within an industrial environment. It works in a variety of fieldbus systems, including DeviceNet, Profibus, and CANopen. These standards are widely used in applications like process automation, motion control, and networking.

Working Principle

The working principle of the ISOLATED CAN-EK board is based on the CAN bus protocol. This protocol works by sending digital messages between various nodes, or devices, that are connected to the CAN bus.The board is based on an arm processor that provides the functionality for encoding and decoding the CAN bus messages. The processor is connected to the CAN transceiver, which is responsible for the data transmission and reception of the message. The board also incorporates a set of digital control circuitry that monitors the communications status. The messages that are transmitted on the CAN bus are composed of two different components, which are the data bytes and the acknowledgement bytes. The acknowledgement bytes are used to confirm the data bytes that were sent.When a message is received, the processor checks for the acknowledgement bytes and if these are valid then the data is verified and accepted. If an invalid acknowledgement byte is found, then the message is sent again, thus ensuring that the data is accurately transmitted and verified.

Advant Ages

ISOLATED CAN-EK has a range of advantages. Firstly, it offers a bidirectional communication protocol that is reliable as it uses the CAN protocol. This reduces the chances for errors in transmission as compared to traditional communication methods. The board is also capable of high-speed data transfer, and its low current consumption makes it ideal for battery-powered systems.The board’s arm processor enables the encoding and decoding of data, and its digital control circuitry can be customised for various applications. This makes the board suitable for industrial and automotive applications, as well as other applications such as in-house networking, remote control, and machine control.In conclusion, the ISOLATED CAN-EK board is a reliable and efficient device that enables communication between devices. Its range of features, including its arm processor and its digital control circuitry, make it an ideal solution for low-power communication and for data transfer applications.

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