Part Number: SN65LVDS822 Other Parts Discussed in Thread: DS90CF364A , Hi,
My customer is looking for LVDS to RGB bridge. SN65LVDS822 and DS90CF364A look meeting her target. What's difference between these two parts?
how do I estimate the power consumption…
Part Number: SN65LVDS822 Other Parts Discussed in Thread: DS90CR286AT-Q1 , DS90CR286A-Q1 , SN65LVDS86A-Q1 Hi all
My customer has a design with the SN65LVDS822.
Because of the constrained market they are looking for a potential replacement option.…
Part Number: SN65LVDS822 Hi,
Please check customer questions below. Thanks.
1. our CPU LVDS pin power by 1.8V and SN65LVDS822 LVDS input pin power by 3.3V. we found some leakage in 1.8V and remove R1705(attached schematic) the 1.8V became normal…
Part Number: SN65LVDS822 Team,
my customer needs feedback regarding the termination resistor depending on the SWAP pin.
Do they need a termination when SWAP pin is pulled LOW or only when SWAP pin is left floating?
Page 23 in datasheet:
Tha…
Part Number: SN65LVDS822 Hi,Expart.
Can I get any advices? Now, my customer will try to using SN65LVDS822. Since it is experimenting for ESD air discharge.
When using LVDS 822, It caused horizontal stripes on the screen about once in 10 times. It…
Hello Gerhard,
The two devices should be compatible. I don't see any immediate reason for a problem to occur every 12 seconds. Can you please check the DS65DSI84 error registers as I mentioned? Is there anything else in the signal path which could contribute…
Part Number: SN65LVDS822 Hello,
I have a question about the RID.
When I set the MODE 14 = Low (4 lane), all the input LVDS terminal has internal termination RID.
When I set the MODE 14 = High (2 lane), the lane A1 and A3 does not have internal termination…
Part Number: SN65LVDS822 Hi team,
My customer would like to know the average supply current of VDD and VDDIO respectively.
Are there any data for average supply current of each power supplies when VDD = 3.3V and VDDIO = 1.8V.
The fclk is 40MHz.…
Part Number: SN65LVDS822 Hi team,
When I use only 3 data LVDS lanes, can I use any 3 input LVDS channels? Or, are there any rule which lane I should use?
Regards,
Saito