Part Number: LMK61E2 Other Parts Discussed in Thread: USB2ANY , Tool/software: Hi, TI expert.
There is an inquiry from a my customer regarding LMK61E2.
[Question]
Although control was performed based on the datasheet, there is no change in clock output…
Part Number: LMK61E2-100M00EVM Hello,
I am looking for the weight of this component. I followed the instructions from other questions to look in the quality data where the weight is reported separate from the datasheet, but it seems like the weight is…
Part Number: LMK61E2 Other Parts Discussed in Thread: USB2ANY , The "LMK61xx Oscillator Programming Tool" Version 1.0.0.0 seems unable to upgrade the USB2ANY interface to the required fw version (2.7.0.0). I can upgrade the USB2ANY fw with the…
Part Number: LMK61E2 Other Parts Discussed in Thread: TIDA-00626 , , LMK61E07 , LMK61E08 , LMX2592 Dear Team TI,
For TIDA-00626 Reference Design, which is the best choice of programmable clock from following:
1. LMK61E2 : Jitter: 90 fs RMS Typical fOUT …
Part Number: LMK61E2 Hi i am using the LVDS Clock lmk61e2-siat The LVDS clk (circuit1) signals is send to circuit 2 (the circuit 2 has the 100 ohm resistor) via a flex Cable. before to connect the flex and second circuit, i made an impedance check, to be…
Part Number: LMK61E2-100M00EVM Other Parts Discussed in Thread: LMK61E2 , LMK61E0M , LMK6C Hi,
I hope that you are doing well.
I have problem with module LMK61E2-100M00EVM.
I would like to understand what is the problem with the output clock?
Normally, it…
Part Number: LMK61E2 Hi Team,
Customer wants to check how many cycles we can support for LMK61E2 NVM memory? We see there is one R48 register to indicate the Erase/Program cycles, which is one byte 255 cycles. Does this mean only 255 cycles supported…
Part Number: LMK61E2 Hello team,
Datasheet for LMK61E2 only provide the phase noise of 156.25MHz and 161.1328125MHz.
Can you provide 320MHz output phase noise data also?
Best Regards,
Austin
Part Number: LMK61E2 At present, I am recommending passive crystal oscillators to customers, with NXP's S32K144
Does TI currently have 8MHz low-cost passive crystal oscillator products?