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- Site_section:Resource Library
- Product_categories.lvl0:Interface and Isolation > Automotive Interfaces (Can, Audio, Ethernet)
- GlossaryThe Controller Area Network (CAN) protocol is an international standard defined by ISO 11898. It is a robust communication standard that is used to allow different sensors, machines, or controllers to communicate with one another. The CAN interface is popularly used in industrial automation, home automation, and automobiles. CAN FD CAN FD (Controller Area Network Flexible Data-Rate) is an extension of the CAN protocol, with the primary difference being the flexible data. Using CAN …
- Design NoteThis application note shows how to transmit UART data packets in the Home Bus using the MAX22088, Maxim Integrated’s first Home Bus System (HBS)-compatible transceiver.
- Design NoteThis application note is an introduction to the Home Bus System (HBS) standard and to the MAX22088, Maxim’s first HBS-compatible transceiver.
- Application NoteThis application note considers how CAN is implemented in industrial applications.
- Analog DialogueThis article provides an in-depth understanding of CANopen from the perspective of low power motor control applications.
- Application NoteThe reliability of a semiconductor is determined by the junction temperature, which in turn is dependent on several factors including device power dissipation, package thermal resistance, printed circuit board (PCB) layout, heat sink interface, and ambient operating temperature
- Application NoteThis application note provides an introduction to Analog's BGA packages, as well as PCB design and board assembly process guidelines. Learn about land patterns, PCB surface finishes, reflow, and more.
- Design NoteDescribes a circuit for monitoring a differential signal bus and notifying when there is a loss of signal.
- Design NoteGuidelines to implement CRC for SPI interface of MAX22190 and MAX22192 with C-code example
- Design NoteThe MAX22190 is an octal industrial digital input device featuring high integration, reduced power and heat dissipation, and fault-tolerant features with built-in diagnostics.