Overvoltage-tolerant inputs have a high impedance even when the device is powered off. In the SN65LVDS391 datasheet, this is implied only by the absolute maximum ratings, which allow V CC = 0 V.
Other Parts Discussed in Thread: SN65LVDS391 , SN65LVDT348 , DS90C402 Hello TI-Community,
i am searching for a LVDS Driver & Receiver Pair with this requirements:
single-way (Master to slave only)
2x 2-wire SPI (clock + data) = Quad channel
low-speed…
Akashi
We do not have a 5 channel LVDS part, we do have 8 channel or 16 channel parts.
For parts with more than 600Mbps data rate, please refer to these parts: SN65LVDS387, SN75LVDS387, SN65LVDS389 SN75LVDS389, SN65LVDS391, SN75LVDS391.
Thanks
David
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Hi Srikanth,
I am not sure about the specific current values you mentioned in your post, but it is true that SN65MLVD047 has a higher current drive than SN65LVDS391, since the former is M-LVDS device and the later is LVDS device. SN65LVDS391 delivers…
Hello Takumi-san,
Q1. In principle it is possible, but the rate is fairly high and is pushing the limits of what SN65LVDS047 and SN65LVDS048A can support. You say the data rate is >480 Mbps, how high is the data rate? For higher rates, please consider…
Other Parts Discussed in Thread: TLC5957
Hello TI-Community,
i have a 'art project' (costume) where i have some LED-Drivers (TLC5957) about 2meters away from my controller.
The Drivers have multiple Signals (GrayscaleClock, SignalClock…