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The messages are sent by the user 'revfrancis1' and is an apparent scam

Several years ago I designed in ESD0P2RF-02LRH diodes for ESD protection.  They went EOL.  I switched to ESD112B102ELE6327XTMA1.  Now those parts are marked NRND.  Is there a substitute available?  Any idea if it'll be in production for more than a couple of years?  It's frustrating to constantly be updating my designs because a simple ESD diode is no longer available. 

The search engine is not working on several forum threafds. For example, attempting searching for "UART" in "Microcontrollers" or "PSoC4"produces  valid pool of results (Screenshot 1), but performing same search in "PSoC5" or "Code examples" returns no results (Screenshot 2).

Tested using Android and Chrome (Win 11)

Screenshot 1.

Screenshot 2

Dear Supplier,

I am from Environmental team of Thales India, who is contacting for environmental information.

Attached is the declaration from INFINEON for non-inclusion of substances-of-concern.

As per the statement it seems like there could be presence of Ozone Depleting Substances (ODS) up to 1000 PPM.

Please specify the Ozone Depleting Substances if at all present in your products at any concentration.

Thank you in advance for your fast reply.

Best regards,

Vishwajith M

Senior Engineer - Environmental and Chemical Data

Thales India Engineering Centre

Hello Team,

Within the framework of the Lead (PB) Analysis activities for the components of THALES equipment's or products, and in order to update our databases,

I would like to know about the presence of lead in the component for the Infineon (International Rectifier) of below part numbers.

30FQ045

540

IRFF130

2N6796

IRFF9120

IRC530 (OBS)

IRFF9220 I

IRFF230

If Material declaration form available (to calculate the lead presence), Kindly provide for the attached parts.

If there are errors in codification with respect to references "Part Number", please indicate the exact one.

Thank you in advance for your quick response.

Regards,

Prasanna.

Dear community

I have a question regarding the HyperBus Controller which we originally got from Spansion. We used this IP succesfully in our Xilinx Kintex and Artix 7-Series devices. We face now problem when we use the IP in a Xilinx Ultrascale architecture.

The problem concerns the RWDS IO signal.
The output signals from the IP are wds0, wds1 and wds_en. They are synchronized first and then led to an output DDR FF which is connected to the RWDS output buffer. 
According to the specification, the input buffer of the RWDS signal is on one hand connected to the IP and on the other delayed and connected to a clock Buffer.

The implementation of this structure yields errors and in the documentation of Xilinx I have found that clocks should not be delayed using delay elements as they cannot be directly routed to global clock buffers. They recommend instead to use an MMCM or a PLL. As this signal is a strobe rather than a clock, using such elements is not feasible either.

Is there an updated version of this IP which supports Xilinx Ultrascale architecture or was someone succesfull in using this IP in an ultrascale environment

Thank you very much in advance for your answers