We are using RTO and want to debug the ECU Linkup time too long's issue. Could you give us a hand to guide us how to operate the RTO scope to debug the Link up time's issue?
Hello I am actually working on a similar project on which am new to it. Can you brief explain the assembly of both the card 100 base T1 and the converter, how the connection is done. What is the two ethernet cables connected to the card 100base t1?
Dear Naresh, the setup consists of a data source, which utilizes 100BASE-Tx (not shown). This is connected to a media converter (pink cable) to get 100BASE-T1. The signal is connected via the RT-ZF5 fixture to the oscilloscope and routed back to the media converter. RT-ZF5 exhibits RJ45 connectors, whereas the fixtures RT-ZF7 + RT-ZF7A allow soldered connections.
We are using RTO and want to debug the ECU Linkup time too long's issue.
Could you give us a hand to guide us how to operate the RTO scope to debug the Link up time's issue?
Hello I am actually working on a similar project on which am new to it. Can you brief explain the assembly of both the card 100 base T1 and the converter, how the connection is done. What is the two ethernet cables connected to the card 100base t1?
Dear Naresh,
the setup consists of a data source, which utilizes 100BASE-Tx (not shown). This is connected to a media converter (pink cable) to get 100BASE-T1. The signal is connected via the RT-ZF5 fixture to the oscilloscope and routed back to the media converter.
RT-ZF5 exhibits RJ45 connectors, whereas the fixtures RT-ZF7 + RT-ZF7A allow soldered connections.