Part Number: SN65MLVD048 I would like to split the single-ended output from the SN65MLVD048 part--one branch would go to some MMCX connectors that would go off the board (50 ohm circuit overall) and the other branch would go to a GPIO pin on an FPGA.…
Part Number: SN65MLVD048 Can you please tell me what the maximum output current is on the receiver single-ended output (R) pins is? Also, what is the output impedance of those pins? I'd like to impedance match the output network to maximize signal integrity…
Part Number: SN65MLVD048 Hi Experts,
Good day.
We have this query from a known company, requesting the following information of SN65MLVD048RGZT device:
Storage temperature range;
Maximum junction temperature;
Thank you very much for your…
Part Number: SN65MLVD048 Hi Team,
My Customer is looking for the maximum junction temperature of SN65MLVD048RGZR. It seems that this is not available in the datasheet.
Thank you in advance for your response.
Regards, Renan
Part Number: SN65MLVD047A Other Parts Discussed in Thread: SN65MLVD048 Hi team,
I would like to transmit LVDS signals for LCD. (50MHz, 350Mbps) For longer transmission, we would like to use MLVDS instead of LVDS. I am considering structures shown below…
Other Parts Discussed in Thread: SN65MLVD048 , SN65MLVD040 , LMK00306 , SN65LVDS105 , CDCLVD1204 The crystal oscillator frequency is 38.4MHz. We need to transmit the clock signal 100 meters and Into three way.We don't have to divide frequency。the FAE…
Hello Amrita,
Use SN65MLVD048 and put it in Type-2 mode (FSEN=H). In Type-2 mode, the the threshold is 65mV/135mV (instead of -100mV/100mV). The output will be low when the the inputs are left open. This is a Quad receiver, so you will need 4 of them…
Hi Barney,
It is possible to transmit SPI using M-LVDS over 20 meters.
I would recommend SN65MLVD047A and SN65MLVD048 quad channel M-LVDS driver and receiver. They support multidrop topology.
You could use two of the four channels available for…
