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Part Number: DS91M040 Hello,
Q1.Should I place a decoupling capacitor at the VDD pin of the DS91M040? （VDD pin 11,12,29,30)
Q2.Where is the DS91M040 reference design?
Best regards, Seishin
Hello Friedrich,
In a similar style to the DS92LV040A, we have the DS91M040 . Unfortunately, this is our highest speed LVDS transceiver (250 Mbps).
Regards,
Josh
Part Number: DS91M040 Hello,
My customer will use part channels of DS90M040. How to handle the resest unused PINs for the best performance, floating or grounded? Thanks!
Part Number: DS91M040 Support Path: /Product/Development and troubleshooting/Help with board layout or design considerations/General layout tips/ We are incorporating this device in a new design where multiple devices are on the same bus. We'd like to…
Other Parts Discussed in Thread: DS91M040 Hello Team,
I have a customer using the DS91M040 for his application. He is looking for data with respect to this device such as :
1. differential propagation delay versus ambient temperature,
2. transition times…
Hi team,
Thank you very much for you detailed answer!
The customer is now considering switching to DS91M040 for LVDS due to their power requirement can't be achieved by RS485.
For DS91M040, I see in the datasheet the current consumption are marked…
Other Parts Discussed in Thread: DS91M040 Hi,
We are evaluating the DS91M040 device.
It meets the 3.8V of the recommended input range of the receiver,
but there is a distortion in the received waveform.
Please see the attached file.
DS91M040.pptx
Is there…
Other Parts Discussed in Thread: DS91M040 Hello,
In using the DS91M040 in our application, there is the possibility of having many powered down devices attached to the bus. What do the MLVDS IOs look like when the part is powered down (MDE pin low)? Are…
Other Parts Discussed in Thread: DS91M040 Looking for connectors recommendation to be used with DS91M040 for high speed data transfer ,where Rise_time ו- fall_time are in the range of few Nano-sec
