Part Number: DS90CR288A Hello Team,
My customer is looking for the maximum continuous/pulsed current on the CMOS outputs for safe operations for the DS90CR288A. Do we have this information? Their application is they need to connect the 3.3 V CMOS outputs…
Part Number: DS90CR288A Other Parts Discussed in Thread: DS25CP102 , DS25CP104A Hi team,
My customer is trying to build PoCL sytem.
He wants to fanout data and clock from single PoCL camera.
He's going to transmit data and clock from 288A to 287 x2.…
Part Number: DS90CR288A Other Parts Discussed in Thread: DS90CR287 , , DS90UB940-Q1 Hi Team,
This probably isn't a question you come across very often, but my customer is looking to use a camera module that uses the DS90CR287. Ideally they want to connect…
Part Number: TFP410 Other Parts Discussed in Thread: DS90CR288A
Hello, I am planning to connect a camera with a cameralink interface to an FPGA Evolution board with an FMC connector and display the camera image on a monitor. I will design an FMC board…
Dear Sir,
For one of my application I intend to use DS90CR288A & DS90CR287A between two FPGA board data transfer. My simple question is in one TX/RX clock in each LVDS line 7 bit of data is transferring. Does it requires a 7 times faster clock to retrieve…
Part Number: DS90CR288A Other Parts Discussed in Thread: DS90CF386 Hi Team
I was exchanging with private messages, but I haven't responded even after a week, so I will post it again on E2E. The contents of the previous E2E are as follows. I am disappointed…
Part Number: DS90CR288A Hello
In application note SNLA249, figure 4, TX data toggle at internal Rx clock falling edge then strobe it at internal RX clock rising edge.
If no skew between RxCLKIN and RxIN, Tx send data and clock as the same manner as Figuire…
Part Number: DS90CR288A Other Parts Discussed in Thread: DS90CR287 Hi, team,
Could you please Receiver Switching Characteristics with f=50MHz? (These characteristics in datasheet are for f=85MHz.)
Regards, Nagata.
Hello,
The picture above also shows that Vcm at transmitter is 1.2V, just like the datasheet. At the receiver there could be ground shift causing Vcm at the receiver to be different.
Regards,
Yaser
