Part Number: DS90CR286AT-Q1 Other Parts Discussed in Thread: TFP410 I am looking for 4- lane LVDS to HDMI converter that has operationg temperature of -40C to 85C. I found this thread https://e2e.ti.com/support/interface/f/138/t/245963?LVDS-to-HDMI-Conversion…
Part Number: DS90UB928Q-Q1 Other Parts Discussed in Thread: DS90UB928Q , DS90CR286AT-Q1 Hello,
I am using DS90UB927Q and DS90UB928Q pair for our second display of our HMI project.
So for this project we may use RGB interface Displays also.
So i…
Hi Anton, You mentioned that the SoC video interface is LVDS. I'm assuming that you are trying to convert LVDS to RGB for DLP input. However, these devices do not support the PCLK rate for 148.5 MHz. In that case, I would suggest a two chip solution:…
Part Number: DLPC120-Q1 Other Parts Discussed in Thread: DS90CR286AT-Q1 , TFP401 Hi Expert,
I see that the DLPC120 need 24 bit RGB signal input. The customer would like to use DS90CR286AT-Q1 to generate RGB signal for DLPC120. The DS90CR286AT-Q1 can…
Hi Michael,
Could you let me know the difference between DS90CR286AT-Q1 & DS90CF384AQ-Q1?
Why choose DS90CR286AT-Q1 ? Because it is currently the main material used ? thank you
Hey Bryan,
It looks like there is no PSpice model that was developed. There is an IBIS model for the DS90CR286AT which can be used for the DS90CR286A as well: https://www.ti.com/product/DS90CR286AT-Q1
Thanks, Lysny
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: DS90CR286A-Q1 Other Parts Discussed in Thread: DS90CR286 , DS90CR286AT-Q1 , Hello, Does DS90CR286 support BT.601 or BT656? Are the BT.601 or BT656 just a parallel interface?
also please tell me difference between DS90CR286A-Q1 and DS90CR286AT…
Hi Seishin-san,
A1. Yes. the RxOUT transitions in-sync with the RxCLKOUT. This allows the endpoint display to strobe on the clock's falling edge.
A2. The setup and hold time minimum at f = 25 MHz will be slightly larger than at f = 65 MHz. For example…