Part Number: SN65MLVD047A
Is there any reason the SN65MLVD047A cannot be terminated with 95 ohm differential, 50 ohm single ended? It has the capability to drive below 50 ohms differential which it is designed for, and the recommended operating conditions…
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…
Part Number: SN65MLVD047A Tool/software: Looking for low jitter TTL or LVCMOS to LVDS driver. Functionality similar to SN65MLVD047A is desirable, but for point-to-point applications.
Part Number: SN65MLVD047A Hello,
The datasheet for sn65mlvd047apwr lists both the junction-to-board and junction-to-case thermal resistance on page 5. Is the 34.7 C/W theta jc value intended for top-cooling applications (junction-to-top case) or junction…
Part Number: SN65MLVD047A Hello，
Is it feasible to use AC coupling in customer applications? See the appendix for details。
FUXI-MLVDS Analysis-20221027.pptx
Part Number: SN65MLVD047A Hi TI,
Question1：Whether SN65MLVD047A supports hot plug？
Question2：As shown in the figure below, in this design of single point transmission and multi-point reception, damage to one point will cause damage to other devices…
