Part Number: DS90LV001 Other Parts Discussed in Thread: SN65LVDS17 Hi,
Is there any LVDS buffer with VCC=2.5V just like DS90LV001 except of VCC=3.3V;
requirements:
VCC=2.5V
LVDS; 600MBPS
LVDS channels; 1 or 2.
Part Number: DS90LV001 Hi all
Please find a question from my customer copied below.
Can you review and comment ?
Best regards
Ueli
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I need some help from TI regarding the test setup to measure VOS for this part.
Can…
Part Number: DS90LV001 Other Parts Discussed in Thread: DS10BR150 hi,
In DS10BR150, both 100Ω Input termination and 100 Output Termination are integrated。 but for DS90LV001, there is no any in-chip termination.
Is it means that both external 100…
Part Number: DS90LV001
Hi,
Could it be possible to use this kind of LVDS driver to buffer our MPUs 2 lane + clock MIPI-DSI interface through 5-6m cable to external MIPI display?
I have understood that MIPI displays can also operate in video mode and…
Part Number: DS90LV001 Hi all
My customer has a design where they have to connect two FPGAs via 2 lines at 300 Mbit. They like to use LVDS buffers and are looking at:
DS90LV001 800-Mbps LVDS buffer
DS25BR100 3.125-Gbps LVDS buffer with transmit pre-emphasis…
Part Number: DS90LV001 Hello,
I was planning on using the DS90LV001TLD in a design I am working on. It shows as an active part on the ti website. But when I put it through Silicon Expert, it came back as not recommended for new designs.
So I just wanted…
Part Number: DS90LV001 Hello
The receiving side is AC coupling and 100Ω termination.
I am transmitting a 25MHz clock via a category cable. Will it deviate from the VCMR range and I will not be able to receive it normally?
Both the sender and receiver…
Part Number: DS90LV001 Dear Team,
I want AC coupling because the output offset of DS90LV001 and the Common Mode Voltage of the receiving device are different. Is it possible?
Place the capacitor and the end counter as shown in the figure below. is there…
Part Number: DS90LV001 HI,Friend,
I want to define eye diagram model to test the LVDS signal quality of DS90LV001‘s input ,but I don't find
relative data from DS90LV001‘s datasheet,such as jitter, rise time,fall time,and so on. So, Can…
Part Number: DS90LV001 Could you help us determine the appropriate Peak-to-Peak voltage on the output of the LVDS buffer, DS90LV001?
The output specification suggests the differential voltage is as low as 250 mV
But the timing diagram suggests this…