Robust Connectivity with Fault-protected CAN Transceivers

2021年11月16日

Automation equipment sits idle while technicians try to detect faults that disabled a control area network (CAN) on the factory floor. The task of fault detection is difficult when the network is not transmitting or receiving data. Maxim offers a built-in fault detection mechanism in the Maxim’s MAX33012E CAN transceiver that will show users how to quickly identify the root cause. Get back to full production sooner and learn how to offer higher CAN reliability with ±65V fault protection, ±45kV ESD HBM protection, and CMR of ±25V. Improve reliability and uptime when CAN transceivers provide monitoring for overcurrent, overvoltage, and transmission failure.

Robust Connectivity with Fault-protected CAN Transceivers

2021年11月16日
Automation equipment sits idle while technicians try to detect faults that disabled a control area network (CAN) on the factory floor. The task of fault detection is difficult when the network is not transmitting or receiving data. Maxim offers a built-in fault detection mechanism in the Maxim’s MAX33012E CAN transceiver that will show users how to quickly identify the root cause. Get back to full production sooner and learn how to offer higher CAN reliability with ±65V fault protection, ±45kV ESD HBM protection, and CMR of ±25V. Improve reliability and uptime when CAN transceivers provide monitoring for overcurrent, overvoltage, and transmission failure.
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