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attributes.Maximum_Data_Rate

attributes.Number_of_Transceivers

attributes.IC_Type

attributes.Standard_Supported

attributes.Power_Down_Mode

attributes.Maximum_Supply_Current

attributes.Mounting_Type

attributes.Package_Type

attributes.Pin_Count

attributes.Dimensions

attributes.Length

attributes.Width

attributes.Height

attributes.Maximum_Operating_Supply_Voltage

attributes.Maximum_Operating_Temperature

attributes.Minimum_Operating_Supply_Voltage

Microchip MCP2517FD-H/SL, CAN Controller 8Mbps, 14-Pin SOIC

Microchip MCP2510-I/P, CAN Controller 5Mbps CAN 1.2, CAN 2.0A, CAN 2.0B, 18-Pin PDIP

Microchip MCP2562T-E/MF, CAN Transceiver 1Mbps CAN 2.0, 8-Pin DFN

Microchip MCP2551T-E/SN, CAN Transceiver 1Mbps ISO 11898, 8-Pin SOIC

Microchip MCP2515-E/SO, CAN Controller 1Mbps CAN 2.0B, 18-Pin SOIC W

Microchip ATA6560-GBQW-N, CAN Transceiver 5Mbps CAN, ISO 11898, 8-Pin VDFN8

Microchip MCP2562-E/SN, CAN Transceiver 1Mbps IEC 61000-4-2, 8-Pin SOIC


CAN interface ICs are designed for communication between devices. CAN stands for Controller Area Network and it is a serial communication which is popular for automotive applications.

CAN bus is a specialised internal communication network that connects [microcontrollers](https://uk.rs-online.com/web/c/semiconductors/processors-microcontrollers/microcontrollers/) and devices so that they can communicate with each other via message-based protocols without the need for a computer host. CAN interface ICs are an important part of the communications network in vehicles, known as the 'bus'. Each CAN device on the bus is called a node. Each node is configured to receive data from the sensor equipment and transmit it to a PC.

### Types of CAN interface IC
- **CAN Controllers** sit between the CAN bus and the chosen application. CAN controllers take data from the application and convert it into suitable data for the CAN bus.
- **CAN Transceivers** detect and drive data to and from the bus. The controller will use single-ended logic. So the transceiver is there to convert this into a differential signal for the CAN bus.

### What are CAN interface ICs used for?

CAN interfaces facilitate communication amongst devices in a small range network and are commonly used in automotive applications. These devices are also typical in the medical instrument industry, factory automation mechanisms and to support semiconductor-based machinery in a variety of sectors.

### Integrated vs. Standalone

CAN interface ICs come in two types:

Integrated, meaning there is more than one controller on the CAN bus (network system). The integrated controller requires less space and facilitates faster and more reliable communication to the microcontroller

Standalone, meaning there is a single controller on the CAN bus (network system). An independent CAN controller functions as a memory chip allowing flexibility of data transmission.



CAN Interface Ics

Interface ICs

Semiconductors

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4084450865

482906937

595160564

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1713511683

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245755136

2694081498

2854130884

3031041232

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3537785963

3606191116

3676807775

3694170890

3696367266

3871454867

3980878867

4239710393

730636658

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Microchip CAN Interface Ics

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