Part Number: TDA4VH-Q1 Hi, We are currently searching for an ADC which can be connect directly to a TDA4VH-Q1. This ADC shall have the following properties:
At least a sampling rate of 340 MSPS or greater
Two differential inputs simulatenously …
Hi Vinayak,
Vinayak Jadi said: We are using DMA FD based approach.
ok.
Vinayak Jadi said: With dequeue@33ms and enqueue@50ms, my assumption is, we will be able to acheive 30fps for client 1 and 15fps for client 2, please confirm?
yes, you could…
Part Number: TDA4VH-Q1 I’m reaching out to request a sales and technical contact for the TDA4VH-Q1.
We would like to engage with a TI sales engineer and/or field applications engineer to discuss:
Suitability of the TDA4VH-Q1 for SIL 2 / PL d safety…
Part Number: TDA4VH-Q1 Could you confirm if there are any internal hardware differences between the General purpose part (TDA4VH88TGAALYRQ1) and High security, R5F lockstep capable part (TDA4VH88T5AALYRQ1), or are these using the same silicon?
Hi Jeyaprakash,
Jeyaprakash C K said: As a next step , as you said , I will apply the same 5-second ( which is huge..) timeout on a shorter cable (currently operating with a 250 ms timeout) and observe whether it improves reliability. This should help…
Part Number: TDA4VH-Q1 Hello Team, I am writing to inquire about the typical and maximum power dissipation specifications for the TDA4 Mid Plus (TDA4VH-Q1), which is utilized within our current project. Could you please provide the following data: Nominal…
Part Number: TDA4VH-Q1 Hi Experts,
Can you help with the inquiry below?
I connected a conversion bridge to the CSI-TX output of the TDA4VH-Q1, converting the CSI-TX signal to eDP for driving a display. However, when playing video, the display exhibits…
