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…
Part Number: LM6511 Other Parts Discussed in Thread: LM319-N , LM311 , LM306 Hello
I Would like to Desigh Zero Crossing detector Using LM6511 or LM319. Input is 100kHz Inverter current from a Resonant mode Controller.. I Simulated using LM6511, But…
Hello Yoshiki-san,
#1 - see attached qual report. We cannot guarantee and did not test long term storage at -55C. However, we did run cycle testing from -55C to 125C. If the duration of time at -55C is limited, then the impact is not likely to be…
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…
Part Number: UC1825 Tool/software: Hi team,
I think there is Potential device class (M, Q, V, B, T, N) in MIL-PRF-38535, but the Device Marking for UC1825L883B is 5962-87681012A, so is class M correct?
Thanks
Best regards,
Masahiro Kobaya…
Part Number: SN55115 TI datasheet for part SN55115 also lists JM38510/10404BEA as an available part under this datasheet. When dealing with part schematics, we found that the diagram in the TI datasheet looks different from the one in the mil spec MIL…
