Part Number: LMV934-N Other Parts Discussed in Thread: TLC555 The following parts say the finish could be Sn or NiPdAu? Does this mean either can be sent if the P/N is ordered? Is there anyway to only order/receive NiPdAu options for these parts?
-CD74HC4051PWR…
Part Number: LMV934-N Dear Technical Support Team,
Unexpected voltage level on output of LMV934MTX/NOPB.
I'd like to share the detail document such as waveform and schematic through local FAE or message(friendship).
Best Regards,
ttd
David,
The LMV934-N-Q1 only comes in PW package. I believe you said you already have the SOIC board. You can request LMV934MAX/NOPB samples to try. They are not Q1 but they can be used as substitute device for early testing purposes. I will try to find…
Part Number: LMV934-N Hi team,
My customer wants to use LM934-N as a voltage follower for high speed signal.
But in the datasheet of LMV934-N, there is only a typical value for the slew rate.
So, my customer wants to know the max/min value of…
Part Number: LMV934-N Hi,
I have a case where a new configuration of an existing product requires a depopulation of some channels of an analog circuit. As a result, some unused element(s) of an existing LM934 are left floating. I can re-populate a couple…
Part Number: TDP142-Q1 Hi Teams,
Does this pin swap mean that, within the TDP142-Q1, the DP differential input pins P and N can be swapped? If so, can the P and N pins of the DP differential inputs for D0, D1, D2, and D3 all be swapped? It should not…
Part Number: TDP142-Q1 Hi Teams,
Does this pin swap mean that, within the TDP142-Q1, the DP differential input pins P and N can be swapped? If so, can the P and N pins of the DP differential inputs for D0, D1, D2, and D3 all be swapped? It should not…
Part Number: TLV320AIC3254-Q1 Hi
We test The THD+N level of the 3.3V product is -30dB. Distortion only begins to appear around 20KHz on the datasheet, Have any register can modify?
Part Number: LMK3H0102-Q1 To Whom It May Concern:
I am looking at the LMK3H0102-Q1 part and noticed a section at the very bottom of the datasheet that mentions orderable P/Ns; however, I don't see any information on how the parts differ from each other…
