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Crystal Oscillator YSO210PR 1
Crystal Oscillator YSO210PR 2
Crystal Oscillator YSO210PR 3
Crystal Oscillator YSO210PR 1
Crystal Oscillator YSO210PR 2
Crystal Oscillator YSO210PR 3

Crystal Oscillator YSO210PR

Applications

- 10 GB Ethernet, SONET, SATA, SAS, Fibre Channel

 

◉ Features

- Wide Frequency Range:10~1500MHz

- Output LVPECL or LVDS

- Package Size: 3.2*2.5,5.0*3.2,7.0*5.0mm

- Quartz Crystal Differential Oscillator

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    Specifications

    Item/ Type

    LVPECL

    LVDS

    Remarks

    Duty Cycle

    45~55%

     

    Start-up time

    10mS

    Time at Minimum Supply Voltage to be 0s

    RMS Jitter[12kHz~20MHz]

    1.0ps Typ.

    200MHZ~800MHZ

    2.0ps Typ.

    801MHZ~1500MHZ

    Aging

    ±3ppm

    25℃ First year, VDD=2.5V,3.3V

    Item/ Type

    LVPECL

    LVDS

    Remarks

    Output Frequency Range

    10MHZ~1500MHZ

     

    Supply Voltage

    2.5V,3.3V

     

    Total Stability

    ±25ppm,±50ppm, or specify

    Inclusive of Initial tolerance at 25℃, 1st year.
    aging at 25°C, and variations over operating temperature

    Operating Temperature Range

    -40~+85℃, or specify

     

    Storage Temperature Range

    -55~+150℃

     

    Current Consumption

    80mA Max

    50mA Max

    OE=VDD, LVPECL=(50)Ωor LVDS=(100)Ω

    Disable Current

    16mA Typ.

    OE=GND

    Output Voltage(LVPECL)

    VOH=VDD-1.03 V Min

    DC characteristics

    VOL=VDD-1.6 V Max

    Output Voltage(LVDS)

     

    VOH=1.6 V Max

    DC characteristics

    VOL=0.9 V Min

    Output Load Condition

    L_PECL=50Ω

    Terminated to VDD-2.0V

    L_LVDS=100Ω

    Connected between OUT to OUT

    Input Voltage

    VIH=70% VDD Min, VIL=30%VDD Max

    OE terminal

    Rise Time/ Fall Time

    InS Max

    LVPECL: Between 20% and 80% of(VOH-
    VOL), LVDS: Between 20% and 80%
    Differential Output peak to peak voltage

    Current Consumption

    Pin

    #1

    #2

    #3

    #4

    #5

    #6

    FUNCTION

    OE

    NC

    GND

    OUT+

    OUT-

    VDD

    Notes: To maintain stable operation provide a 0.01uF to 0.1uF by-pass capacitor at alocation as near as possible to the power source terminal of the crystal product (between VDD-GND).

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    Chengdu Eshine Technology was established in 2009. It is an overall solution provider integrating brand agency of electronic components and technical support services. 
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    Chengdu Eshine Technology was established in 2009. It is an overall solution provider integrating brand agency of electronic components and technical support services. 
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