• LMKDB1108: COO and feature technology size for LMKDB1108Z100RKP

  

  Vivek Kumar

  TI Thinks Resolved

  Part Number: LMKDB1108 Hi Team, Please provide COO for LMKDB1108Z100RKP. ALso please confirm if feature technology size for this part is greater than 50nm?

  • 10 days ago
  • Clock & timing
  • Clock & timing forum

• LMKDB1108: LMKDB1108 vs LMK1C1108 PLLatinum Sim jitter and phase noise

  

  Paolo Pellati

  TI Thinks Resolved

  Part Number: LMKDB1108 Other Parts Discussed in Thread: LMK1C1108 , Tool/software: Dear TI, looking at the jitter specifications reported in the datasheet , the LMK1C1108 has better jitter specification than LMKDB1108 (LMK1C1108: 20fs max/8fs typ @…

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

• LMKDB1108: LOS# on LMKDB1108 not going low when input clock removed

  

  Kevin Guy

  Part Number: LMKDB1108 Tool/software: I am not able to get LOS# to go low when the clock is removed from the input. 1) Are there any register bits that can mask an LOS# event? 2) Is there anything that can disable the LOS# function? Example -> vPWRGD…

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

• LMKDB1108: Power saving with 1.8V supply

  

  Hailiang Zhang

  TI Thinks Resolved

  Part Number: LMKDB1108 Other Parts Discussed in Thread: LMKDB1120 Hi Team, The customer observed that the LMKDB1120 saves 250mW of power when using a 1.8V supply. They would like to know if there is data available for the 1108 and 1104 . Could you…

  • 4 months ago
  • Clock & timing
  • Clock & timing forum

• LMKDB1108: Power saving with 1.8V supply

  

  Hailiang Zhang

  TI Thinks Resolved

  Part Number: LMKDB1108 Other Parts Discussed in Thread: LMKDB1120 , Hi Team, The customer observed that the LMKDB1120 saves 250mW of power when using a 1.8V supply. They would like to know if there is data available for the 1108 and 1104 . Could…

  • 4 months ago
  • Clock & timing
  • Clock & timing forum

• LMKDB1108: Power saving with 1.8V supply

  

  Hailiang Zhang

  TI Thinks Resolved

  Part Number: LMKDB1108 Other Parts Discussed in Thread: LMKDB1120 Hi Team, The customer observed that the LMKDB1120 saves 250mW of power when using a 1.8V supply. They would like to know if there is data available for the 1108 and 1104 . Could you…

  • 4 months ago
  • Clock & timing
  • Clock & timing forum

• LMKDB1108: LMKDB1108 Single-Ended input and Reduced Output Voltage Swing

  

  Kevin San Diego

  TI Thinks Resolved

  Part Number: LMKDB1108 Tool/software: I would like to use the LMKDB1108 as a clock buffer in a non-PCIe application due to its very low power. I have couple questions: 1) Can the LMKDB1108 be driven single-ended from a LVCMOS 3.3V source with a resistive…

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

• LMKDB1108: Circuit Design Suggestion

  

  ArTzy

  TI Thinks Resolved

  Part Number: LMKDB1108 Hi Experts, We are currently utilizing the LMKDB1108Z85RKPT and have incorporated a damping resistor solely on the input side, with no damping resistors added to the output side. The design is illustrated in the diagram below…

  • 8 months ago
  • Clock & timing
  • Clock & timing forum

• LMKDB1108: Jitter value questions about LMKDB1108

  

  Matt Qi

  TI Thinks Resolved

  Part Number: LMKDB1108 Tool/software: Hi team, I would like to ask about the lmkdb1108 clock buffer. When used in PCIe 5.0 scenarios, the datasheet states that the jitter typical value is <5fs. I would like to ask about the jitter value. Does the…

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

• LMKDB1108: Driving CML

  

  Mitchell Spears

  Resolved

  Part Number: LMKDB1108 Tool/software: Hi TI Team, I would like to use LMKDB1108 because of it's low jitter for non-PCIE (156.25MHz) applications. My receiver is CML instead of LP-HCSL. How would i implement the translation from LP-HCSL to CML or if…

  • Resolved

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

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