Part Number: LMH0303

LMH0303EVM/LMH0307EVM GUI was developed using win XP OS. Majority of PCs now run win10 and it is incompatible with LMH0303EVM GUI. How do we control LMH0303EVM using win7, win10, or other operating systems?

Part Number: DS280DF810

There are two purposes for this FAQ:

1). Channel register settings - using FPGA or ASIC - to generate 16-bits user pattern used for mask compliance test or other purposes.

2). Use DS280DF810 low level page register settings or PRBS Generator Tab to enable 16-bits user defined pattern

I am implementing a USB 3.x signal redriver to help with signal integrity issues. I understand that a redriver provides equalization to the signal path but what losses are affected by this equalization? 

I have implemented a USB Hub with four USB 3.1 Gen / USB 2.0 ports using TUSB8044 however the downstream ports don’t work when the hub is connected to the host. What are the necessary steps to debug this issue? 

Part Number: DS280DF810

In this example, we use a non-standard data rate - for example 24.33Gbps - and configure register settings to lock to this data rate. Note: Data rate MUST be within the device VCO range.

Part Number: DS280DF810

Using DS280DFxxx or DS250DFxxx we can use a simple divide by 2, 4, or 8 of the data rate clock to generate different prbs pattern at different data rates up to 28Gbps. What are the register settings to make this happen?

Part Number: DS250DF410

Using a simple clock, DS250DFxxx and DS280DFxxx can generate different prbs patterns at different data rate up to 28Gbps. To make it very simple, SigconArchitect can be used to achieve this goal. What are the steps to do this?

Part Number: PCA9306

To allow proper translation of I2C signals from one voltage reference to another, both the high-level and low-level voltage thresholds need to be translated.  However, these threshold voltages are not mentioned in the datasheet of the PCA9306.  Are you able to provide the calculations for both the high-level and low-level voltage thresholds when receiving data into the PCA9306, and also the calculations for the transmitted data high and low levels?