Part Number: LMX2694-SEP Tool/software: I cannot write to the control registers of the PLL RF synthesizer LMX2694-SEP even though the clock and timing of SPI signals are properly set. I declare my variable as "volatile int8_t txData" as suggested.
Has…
Part Number: LMX2694-SEP Tool/software: Hello, Looking at LMX2694-SEP Single Event Effects Test Report (Rev. A) , my customer has some questions as follows. Q1: According to the SEE Test report, SEU is occurring, but is there anything like a SET occurring…
Part Number: LMX2694-SEP Tool/software: Hi,
I have noticed that the US ECCN (Export Control Classification Number) for the part LMX2694SRTCTSEP is currently listed as "BLOCKED" on TI.com.
Could you kindly confirm whether this part is classified…
Part Number: LMX2694-SEP Tool/software: Hello, I am a member of the following group.
I have a question about the PLLattinum Sim tool designed by your company.
After selecting the device (LMX2694-SEP) as shown in the image below, when I set the Loop…
Part Number: LMX2694-SEP Other Parts Discussed in Thread: LMX2594 Tool/software: Is there any input impedance information on the reference in pins on the LMX-2694-SEP synthesizer? We are trying to interface it to a differential CMOS oscillator and need…
Part Number: LMX2694-SEP Tool/software: Question:
When the 2694 lock is normal and the MUXout output is 2.8V stable, disconnect the input 100MHz reference input, and MUXout will still remain at 2.8V, not 0V without lock. The register configuration is…
Part Number: LMX2694-EP Other Parts Discussed in Thread: LMX2694-SEP Tool/software: Hi there,
We are considering adopting the LMX2694-SEP for our upcoming project. However, due to the lead time constraints, we are contemplating using the LMX2694-EP…
Part Number: LMX2694-SEP Other Parts Discussed in Thread: LMX2594 Hello,
I would need an IBIS model for SI simulation of the LMX2694-SEP. Could you provide one?
Best regards,
Matthias
Part Number: LMX2694-SEP Other Parts Discussed in Thread: LMK04832 , Tool/software: Say in certain dB per frequency offset levels.
Let me know if this question makes sense.
Thanks, Lauren