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  Tony Rohlev

  • 2 months ago
  • Clock & timing
  • Clock & timing forum

  RE: LMX2595: Maximum Reference Input Power

  Hello Hao, I understand that TI does not recommend using parts beyond their specified limits. However, it's also true that TI does not specify an Absolute Maximum Rating for the OSC input of the LMX2595. Also, if you remember, in a discussion we...
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  Annie Liu

  • 9 months ago
  • Clock & timing
  • Clock & timing forum

  LMX2594: Noise power degradation

  TI Thinks Resolved

  Part Number: LMX2594 Hi Team, TIDA-01346 uses two lmx2594 boards. The output signal improves because the output power is improved by 6dB and the noise power is deteriorated by 3dB. Customer would like to know how this came to a conclusion? Could you...
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  Tony Rohlev

  • over 1 year ago
  • Clock & timing
  • Clock & timing forum

  LMX2595: OSC input power vs. noise for LMX series PLL's

  • Resolved

  LMX2595 trick (as described in TIDA - 01346 ) to lower the output noise. In that design TI uses a resistive
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  Leon Pavlovic

  • over 2 years ago
  • Clock & timing
  • Clock & timing forum

  LMX2594: Doubt in the -236dBc/Hz noise floor (realistic value around -228dBc)

  TI Thinks Resolved

  Part Number: LMX2594 Dear TI, the issue if the LMX2594 has a noise floor of -236dBc/Hz has been raised once before. The answer from TI and the datasheet itself proving the -236dBc value is not clear though. The noise floor value in question of -236dBc...
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  Variac996

  • over 2 years ago
  • Clock & timing
  • Clock & timing forum

  lmx2594: Optimising fractional spurs when adjusting output phase

  TI Thinks Resolved

  Part Number: lmx2594 Hello. I am trying to reduce the fractional spurs that I see when adjusting the output phase of the LMX2594 using the MASH_SEED. I was hoping that Ti might have some tips. I have been reading TIDA-01346 which states: "Programming...

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