Because of the Thanksgiving holiday in the U.S., TI E2E™ design support forum responses may be delayed from November 25 through December 2. Thank you for your patience.
Part Number: DS91M040 Tool/software: Hello,
Looking to get some clarification of the general layout of the internal layout of DS91M040. Many parts by TI have simplified circuits indicating the relation of the input and output relative to Vcc and Gnd…
Part Number: DS91M040 Tool/software: Hello,
The DS91M040 datasheet specifies it is "designed for driving / receiving clock or data signals to / from up to four multipoint networks."
It isn't clear to me what you mean by "multipoint networks…
Part Number: DS91M040 Tool/software: We’re currently trying to debug an issue with DS91M040 (transmit mode only) and DS91M040TSQE/NOPB (receive mode only). I was wondering in which conditions would you end up blowing out the output of DS91M040? Would…
Part Number: DS91M040 Tool/software: If a transceiver in this device is unused is it safe to leave the DI pins unconnected?
nRE has a 300k pullup (defaults to receiver disabled)
DE has a 300k pulldown (defaults to transmitter disabled)
For DI - There…
Part Number: DS91M040 Tool/software: I am looking for operating Junction Temperature Limit for this device. Would appreciate if anyone has that information that can share!.
Part Number: DS91M040 Other Parts Discussed in Thread: SN65MLVD040 Hi,
Is there any more information about the driver and receiver jitters?
For example the similar SN65MLVD040 specs random and deterministic jitter.
Thanks.
Part Number: DS91M040 On TI website For all the components with RHS 48 package, for example DS92LV0412SQ/NOPB, only a picture 4295855/C is available and not the driving for the WQFN RHS 48 www.ti.com/.../searchproductbypackage.tsp According to package name…
Part Number: DS91M040DS91M040:
Is there a maximum current for the clamping diode on the LVCMOS input pins.
In normal operation IO voltage will be < VDD.
But we have a possible condition (if devices aren't sequenced correctly) where 10k pullups to…
Part Number: DS91M040 Hi,
The datasheet of DS91M040 has very limited information regarding the jitter parameter of the buffer.
What is the jitter value of the DS91M040? It would be helpful if I could know the period jitter, cycle-to-cycle jitter, deterministic…
Hi JMMN,
Thank you for your support.
Based on your answers, I answered and explained to the customers their questions and they were convinced.
I had them show me the waveform of M-LVDS. Due to the difference in delay time between the two ICs when ENABALE…
