Part Number: MSPM0G3507 Hi
The documents for MSPM0 G-Series 80MHz Microcontrollers and MSPM0G350x Mixed-Signal Microcontrollers with CAN-FD Interface do not mention the selection of an External 4MHz to 48MHz crystal oscillator (HFXT).
The MSPM0G3507…
Part Number: DS92LV2411 Hello TI Support Team,
Customer would like to check the availability with Military/Aerospace specified devices for P/N
DS92LV2411SQE/NOPB that can operate at -55'C. Please refer to the datasheet on page 10 and advise if…
Part Number: LM193-MIL We are Conducting Thermal Analyis for our PCB Modules in which we have TI Components with P/N:5962-9452601Q2A
Kindly provide the following details as it is not available in the Datasheet:
1)Thermal Resistance Junction to Air…
Part Number: LDC1612 Hi Team,
For a short-range LD1612 based target detection sensor, where the target would be a 3 mm diameter x 1 mm thick copper metal surface that would never be any further than ~1 mm away from the coil, where this coil would be…
We’re routing AM62L + LPDDR4 and ran into a practical constraint with the 40Ω SE / 80Ω Diff recommendation from the app note.
Context
TI feedback from James: “Impedances of 40–50Ω single-ended and 80–100Ω differential are typical. We list 40/80…
Hi,
These devices are Class Q which is a higher qualification than Class M.
Please see FAQ – DLA Standard Microcircuit Drawings (SMD) and JAN Part Numbers for more information. In particular, the excerpt from "One Part - One Part Number System" on…
Hi Jimmy,
My mistake I used Ghz instead of Gbps.
It looks like with 157 ps/inch you are seeing 0.157 ps/mil and with an intra pair skew of 3.5ps that mean that if you divide the intra-pair skew we can see that 3.5/0.157 = 22.2 mils difference between…
The previous reply was not complete. Please refer to this one.
1、During the PV experiment, there were 4 cases where CC2642 reported a CLK loss fault. It was observed that one 48M crystal stopped oscillating. Attached is the FA analysis report from the…
