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Datasheet Microchip PL620-88

ManufacturerMicrochip
SeriesPL620-88

The PL620-88 (LVPECL) and PL620-89 (LVDS) are XO ICs specifically designed to work with fundamental or 3rd OT crystals between 19MHz and 65MHz

Datasheets

  • Download » Datasheet PDF, 350 Kb, File published: Nov 9, 2015
    PL620-88/-89 - Low Phase Noise XO (9.5-65MHz Output)
    Docket ↓
    PL620-88/-89
    Low Phase Noise XO (9.5-65MHz Output)
    FEATURES п‚ п‚ Crystal input range: 19MHz to 65MHz
    Output range: 9.5MHz – 65MHz
    Very low phase noise and jitter
    Complementary outputs:
    o LVPECL (PL620-88)
    o LVDS (PL620-89)
    Supports 2.5V or 3.3V Power Supply.
    Available in 16 pin TSSOP GREEN/RoHS
    compliant package. VDD 1 16 DNC XIN 2 15 DNC XOUT 3 14 GNDBUF DNC 4 13 QBAR S2^ 5 12 VDDBUF OE 6 11 Q DNC 7 10 GNDBUF GND 8 9 PL620-8x п‚ п‚ п‚ п‚ PIN CONFIGURATION GND TSSOP-16L
    Note: ^ denotes internal pull up OUTPUT ENABLE LOGIC TABLE DESCRIPTION
    The PL620-88 (LVPECL) and PL620-89 (LVDS) are
    XO ICs specifically designed to work with
    fundamental or 3 rd OT crystals between 19MHz and
    65MHz. The selectable divide by two feature extends
    the output range from 9.5MHz to 65MHz. They
    require very low current into the crystal resulting in
    better overall stability. PL620-88
    PL620-89 OE
    0 (Default) State
    Output enabled 1 Tri-state 0 Tri-state 1 (Default) Output enabled OUTPUT FREQUENCY DIVIDE BY
    TWO SELECTOR (S2) BLOCK DIAGRAM O ...

Prices

Status

PL620-88OCPL620-88OC-R
Lifecycle StatusProduction (Appropriate for new designs but newer alternatives may exist)Production (Appropriate for new designs but newer alternatives may exist)

Packaging

PL620-88OCPL620-88OC-R
PackageTSSOPTSSOP
Pins1616

Parametrics

PL620-88OCPL620-88OC-R
Operating Temperature Range, °C0 to +700 to +70
Output Frequency, MHz19-6519-65

Eco Plan

PL620-88OCPL620-88OC-R
RoHSCompliantCompliant

Moldel Line

Series: PL620-88 (2)

Manufacturer's Classification

  • Clock and Timing > Clock Generation > Low Jitter MEMS

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