Datasheets - Clock Synthesizers / Jitter Cleaners Microchip - 2

• Semiconductors
• Integrated Circuits - ICs
• Clock & Timer ICs
• Clock Synthesizers / Jitter Cleaners

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21. SY89532L — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY89532L
    The SY89532 and SY89533L programmable clock synthesizer/drivers are a 3
22. SY89531L — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY89531L
    The SY89531L programmable clock synthesizer/driver is part of a 3

23. SY89430V — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY89430V
    NOT RECOMMENDED FOR NEW DESIGN The SY89430V is a general purpose, synthesized clock source targeting applications that require both serial and parallel interfaces
24. SY89421VZH — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY89421V SY89421VZH
    The SY89421V is a digital Phase Locked Loop based on Micrel-Synergy's differential PLL technology
25. SY89420V — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY89420V
    The SY89420V device consists of two identical, low jitter, digital Phase Locked Loops based on Micrel-Synergy's differential PLL technology
26. SY87729LHY — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SY87729L SY87729LHY
    The SY87729L is a complete rate independent frequency synthesizer integrated circuit
27. SM844256 — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SM844256
    The SM844256 provides a low-noise timing solution for high speed, high accuracy synthesis of clock signals
28. SM843256 — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SM843256
    The SM843256 provides a low-noise timing solution for high speed, high accuracy synthesis of clock signals
29. SM840004-11 — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SM840004-11
30. SM813XXX — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SM813XXX
    The SM813xxx is a dual PLL clock generator that achieves ultra-low, 115fs RMS phase jitter at 12KHz to 20MHz
31. SM802XXX — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip SM802XXX
    The SM802XXX series is a high performnace family of devices that provide an extremely low-noise timing solution for applications such as (1-100) Gigabit Ethernet, SONET, Wireless base station, Satellite communication, Fibre Channel, SAS/SATA and ...
32. PL620-88OC — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL620-88 PL620-88OC
    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
33. PL602-39OC-R — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL602-39 PL602-39OC-R
    The PL602-37 (LVCMOS), PL602-38 (LVPECL), and PL602-39 (LVDS) are high performance and low phase noise XO IC chips
34. PL602-38 — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL602-38
    The PL602-37 (LVCMOS), PL602-38 (LVPECL), and PL602-39 (LVDS) are high performance and low phase noise XO IC chips
35. PL602-37 — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL602-37
    The PL602-37 (LVCMOS), PL602-38 (LVPECL), and PL602-39 (LVDS) are high performance and low phase noise XO IC chips
36. PL602-04SC — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL602-04 PL602-04SC
    The PL602-04 is a low cost, high performance and low phase noise XO, providing less than -125dBc at 10kHz offset in the 96MHz to 200MHz operating range
37. PL602-03SC-R — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip PL602-03 PL602-03SC-R
    The PL602-03 is a low cost, high performance and low phase noise XO, providing less than -130dBc at 10kHz offset in the 48MHz to 100MHz operating range
38. MX85XXX — Datasheet Microchip
    Clock Synthesizers / Jitter Cleaners Microchip MX85XXX
    The MX85XXX family is an ultra-low jitter clocking solution that integrates the crystal, generator, and fanout buffer to reduce system bill of materials, simplify end system design, and improve total jitter performance

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