Part Number: DIX4192 Other Parts Discussed in Thread: SRC4392 , SRC4382 Case No.: CS0423242 Short description: T.I.# DIX4192 interface to Audinate DANTE Brooklyn II cpu Case details or comments:
I want to interface the T.I.# DIX4192 (Digital Audio Interface…
Part Number: DIX4192-Q1 Hi team,
A customer asks about SPDIF related cost.
When they use SPDIF interface in DIX4192-Q1, is there any license fee or royalty which they should pay to a forum or certification org? Otherwise, are they able to use SPDIF in…
Part Number: DIX4192 Other Parts Discussed in Thread: SRC4392 , DIX9211 , PLL1707 We are using DIX4192 in an application wherein we want the DIX4192 to accept a substantially jittered AES3 signal, and to remove the jitter from that signal and re-transmit…
Part Number: DIX4192-Q1 Other Parts Discussed in Thread: DIX4192 Hi TI
I used DIX4192 DIT of TX
Can DIX4192 turn off the PIN36(SYNC) out,or set to out "L"?
Hi German,
I apologize for missing this response. I don't believe the DIX4192 was designed with daisy-chaining in mind. The bypass feature allows the device to act as a MUX to different receivers.
Best,
Zak
Part Number: DIX4192-Q1 Other Parts Discussed in Thread: DIX4192 Hi,TI:
I use DIX4192 for I2S ⇒ S/PDIF conversion(Port A⇒DIT).I have some questions.
Q1 when Port B and DIR block power off,How much supply current?fs=44.1kHz
Q2 Do we have to connect…
Part Number: DIX4192 Other Parts Discussed in Thread: TAS5634 Hi,
I tried run I2S data via DIX4192. Scheme attached below.
Audio signal input RX1+ and RX1-. I2S data from PORT B (SDOUTB) didnt appear as well as clock from RXCKO. LRCKB and BCKB signals…
Part Number: DIX4192-Q1 Other Parts Discussed in Thread: DIX4192 Hi, Team:
Can you help to check and advise if DIX4192-Q1 has power on and off timing requrement for VDD18, VDD33, VIO and VCC? I can't find the information in datasheet.
Besides, can…
Hi Christian,
The only other thing I could suggest would be to try transformer coupling the receiver if you are not doing so already. If there is possibly a ground disturbance on your source or receive board from high current nodes, SMPS, etc. then this…
