Part Number: LMX2572LP Tool/software: Thank you for your previous answer. I have some more:
1. Regarding your previous answer, do you think that combined the signals from both ports using short wires (A+ to B+, A- to B-) allows me to cheaply get extra…
Part Number: LMX2572LP Other Parts Discussed in Thread: LMX2595 , LMX2572 , LMX2594 Tool/software: Hello,
I am looking to find the setting for LDO_DLY in register (R6) as per the datasheet for LMX2572LP. There is a table 141 which has settings 1/2/3/5/8…
Part Number: LMX2572LP Tool/software: Hello,
I am using LMX2572LP and will be doing a manual sweep over frequencies with a 10MHz step.
I will start with QUICK_RECAL_EN set to 0, and plan to use Equation 5 & 6 based on Table 135 to set the starting point…
Part Number: LMX2572LP Other Parts Discussed in Thread: LMX2571
Tool/software:
Hello
We use the LMX2572LP in our radio modules.
This works well up to 500 mW transmission power.
However, we would like to create a concept with 6 watt rf-power but
the spurs…
Part Number: LMX2572LP Tool/software: Hi,
The setting is as below.
spur is as below.
In the graph, Fout%Fosc is 12MHz offset. is it correct? not 26.4MHz?
Thanks.
Part Number: LMX2572LP Other Parts Discussed in Thread: LMX2491 Tool/software: whether the LMX2572LP can generate a linear sweep signal with a 40ms sweep period over the 650M-750M frequency range?
Part Number: LMX2572LP Tool/software: I just built a coupon board to test out the LMX2572LP. I've been able to get the chip up and running and get an output at my intended frequency. I would like to validate the performance of the chip, and my board…
Part Number: LMX2572LP Tool/software: Hi all,
I am trying to get extra 3dB from the output signal of the LMX2572LP, so I thought that I can have it "for free" by combining its 2 outputs pairs, using a combiner or a transformer (instead of working with…
Part Number: LMX2572LPEVM Other Parts Discussed in Thread: LMX2572LP Tool/software: Dear Technical Team,
Recently, I bought the LMX2572LP EVM. The problem is, that I gave the reference input for the PLL of 15.625 MHz. All the prescalers are set to 1 including…