Part Number: SN65MLVD202A Hi All,
I have an application in which I am using this IC to convert LVDS differential signals to single-ended signals and then use it with FPGA.
I have been provided with the above reference circuit and I am not able to understand…
Part Number: SN65MLVD202A Other Parts Discussed in Thread: SN74AVC4T245 , SN74AVC4T774 , , SN65LVDS180 Hi Sirs,
Sorry to bother you.
We would like use SN74AVC4T774 +SN65MLVD202A to replace SN74AVC4T245+FIN1019
Did you think is possible?
FIN1019 datasheet…
Part Number: SN65MLVD202A Hello,
I have couple of questions as shown below.
(1)How can I find Single-ended Output impedance of PIN Y and Z w.r.t Ground?
(2)How can I find Differential ended output impedance between PIN Y and Z of Driver?
(3)How can I…
Part Number: SN65MLVD202A Hi team,
I am working on a design that uses SN65MLVD202A. In some cases, the boards will not require the use of either the driver or the receiver on the device. How do you recommend I terminate the inputs, outputs, and enable…
Part Number: SN65MLVD205A Other Parts Discussed in Thread: SN65MLVD202A Team,
We’re currently using the SN65MLVD205AD which has the failsafe feature that defaults to a Low output on the Receiver when the input in not being driven by its corresponding driver…
I am planning to use the SN65MLVD202A in full duplex mode. I see that the input capacitance is 5pF on each input and 3pF across the inputs. Please see the attached schematic. Is this what the dummy load should look like?
All pins need to operate within the absolute maximum ratings in the datasheet. 5V is too high and even greater than the supply voltage. It will put device into undetermined state and possible damage the device. Can customer replace it with SN65MLVD202A…
