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CDCE72010

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10 outputs low jitter clock synchronizer and jitter cleaner

Data sheet
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10 outputs low jitter clock synchronizer and jitter cleaner

CDCE72010

ACTIVE
Data sheet Order now

Product details

Parameters

Function Clock generator Number of outputs 10 Output frequency (Max) (MHz) 1500 Core supply voltage (V) 3.3 Output supply voltage (V) 3.3 Input type LVCMOS, LVPECL Output type LVCMOS, LVDS, LVPECL Operating temperature range (C) -40 to 85 Features Integrated EEPROM, Programmable phase offset Rating Catalog open-in-new Find other Clock generators

Package | Pins | Size

VQFN (RGC) 64 81 mm² 9 x 9 open-in-new Find other Clock generators

Features

  • High Performance LVPECL, LVDS, LVCMOS PLL Clock Synchronizer
  • Two Reference Clock Inputs (Primary and Secondary Clock) for Redundancy
    Support with Manual or Automatic Selection
  • Accepts Two Differential Input (LVPECL or LVDS) References up to 500MHz
    (or Two LVCMOS Inputs up to 250MHz) as PLL Reference
  • VCXO_IN Clock is Synchronized to One of Two Reference Clocks
  • VCXO_IN Frequencies up to 1.5GHz (LVPECL)
    800MHz for LVDS and
    250MHz for LVCMOS Level Signaling
  • Outputs Can be a Combination of LVPECL, LVDS, and LVCMOS
    (Up to 10 Differential LVPECL or LVDS Outputs or up to
    20 LVCMOS Outputs), Output 9 can be Converted to an
    Auxiliary Input as a 2nd VC(X)O.
  • Output Divider is Selectable to Divide by 1, 2, 3, 4, 5, 6, 8, 10,
    12, 16, 18, 20, 24, 28, 30, 32, 36, 40, 42, 48, 50, 56, 60, 64, 70,
    or 80 On Each Output Individually up to Eight Dividers. (Except for
    Output 0 and 9, Output 0 Follows Output 1 Divider and Output 9
    Follows Output 8 Divider)
  • SPI Controllable Device Setting
  • Individual Output Enable Control via SPI Interface
  • Integrated On-Chip Non-Volatile Memory (EEPROM) to Store Settings
    without the Need to Apply High Voltage to the Device
  • Optional Configuration Pins to Select Between Two Default Settings
    Stored in EEPROM
  • Efficient Jitter Cleaning from Low PLL Loop Bandwidth
  • Very Low Phase Noise PLL Core
  • Programmable Phase Offset (Input Reference to Outputs)
  • Wide Charge-Pump Current Range From 200µA to 3mA
  • Presets Charge-Pump to VCC_CP/2 for Fast Center-Frequency
    Setting of VC(X)O, Controlled Via the SPI Bus
  • SERDES Startup Mode (Depending on VCXO Range)
  • Auxiliary Input: Output 9 can Serve as 2nd VCXO Input to Drive
    All Outputs or to Serve as PLL Feedback Signal
  • RESET or HOLD Input Pin to Serve as Reset or Hold Functions
  • REFERENCE SELECT for Manual Select Between Primary and Secondary
    Reference Clocks
  • POWER DOWN (PD) to Put Device in Standby Mode
  • Analog and Digital PLL Lock Indicator
  • Internally Generated VBB Bias Voltages for Single-Ended Input Signals
  • Frequency Hold-Over Mode Activated by HOLD Pin or SPI Bus to Improve
    Fail-Safe Operation
  • Input to All Outputs Skew Control
  • Individual Skew Control for Each Output with Each Output Divider
  • Packaged in a QFN-64 Package
  • ESD Protection Exceeds 2kV HBM
  • Industrial Temperature Range of –40°C to 85°
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Description

The CDCE72010 is a high-performance, low phase noise, and low skew clock synchronizer that synchronizes a VCXO (Voltage Controlled Crystal Oscillator) or VCO (Voltage Controlled Oscillator) frequency to one of two reference clocks. The clock path is fully programmable providing the user with a high degree of flexibility. The following relationship applies to the dividers:

Frequency (VCXO_IN or AUX_IN) / Frequency (PRI_REF or SEC_REF) = (P*N)/(R*M)

The VC(X)O_IN clock operates up to 1.5GHz through the selection of external VC(X)O and loop filter components. The PLL loop bandwidth and damping factor can be adjusted to meet different system requirements.

The CDCE72010 can lock to one of two reference clock inputs (PRI_REF and SEC_REF) and supports frequency hold-over mode for fail-safe and system redundancy. The outputs of the CDCE72010 are user definable and can be any combination of up to 10 LVPECL/LVDS outputs or up to 20 LVCMOS outputs. The built-in synchronization latches ensure that all outputs are synchronized for very low output skew.

All device settings, including output signaling, divider value selection, input selection, and many more, are programmable with the SPI (4-wire Serial Peripheral Interface). The SPI allows individual control of the device settings.

The device operates in a 3.3V environment and is characterized for operation from –40°C to +85°C.

The CDCE72010 is available in a 64-pin lead-free “green” plastic quad flatpack package with enhanced bottom thermal pad for heat dissipation. The Texas Instruments package designator is RGC (S-PQFP-N64).

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Technical documentation

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View all 18
Type Title Date
* Data sheet Ten Output High Performance Clock Synchronizer, Jitter Cleaner &Clock Distrib datasheet (Rev. C) Jan. 31, 2012
Application note Q3 2009 Issue Analog Applications Journal Sep. 24, 2018
Technical article How to select an optimal clocking solution for your FPGA-based design Dec. 09, 2015
User guide ADS42B4x - User's Guide (Rev. A) Jan. 30, 2015
Technical article Clocking sampled systems to minimize jitter Jul. 31, 2014
Technical article Timing is Everything: How to optimize clock distribution in PCIe applications Mar. 28, 2014
User guide AFE722xEVM User's Guide Feb. 05, 2013
User guide TSW3725 Evaluation Module Oct. 25, 2011
Application note 3Q 2011 Issue Analog Applications Journal Sep. 16, 2011
Application note Clock jitter analyzed in the time domain, Part 3 Sep. 16, 2011
Application note Журнал по применению аналоговых компонентов 3Q 2011 Sep. 01, 2011
Application note 4Q 2010 Issue Analog Applications Journal Nov. 15, 2010
Application note Clock jitter analyzed in the time domain, Part 2 Nov. 15, 2010
Application note Impact of sampling-clock spurs on ADC performance Jul. 14, 2009
Application note CDCE72010 as a Clocking Solution for High-Speed Analog-to-Digital Converters Jun. 08, 2008
Application note Phase Noise Performance and Jitter Cleaning Ability of CDCE72010 Jun. 02, 2008
Application note Using the CDCE72010 as a Frequency Synthesizer May 31, 2008
User guide 1.5-GHz Low-Phase Noise Clock Evaluation Board May 30, 2008

Design & development

For additional terms or required resources, click any title below to view the detail page where available.

Hardware development

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  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • DDR LVDS output and capture ability via TSW1405EVM capture card
  • USB (...)
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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • USB (...)
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
  • Transformer coupled clock input path
  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1405EVM capture card
  • USB (...)
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
  • Transformer coupled clock input path
  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1405EVM capture card
  • USB (...)
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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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    Description
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    • Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Description
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    • Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
  • Configurable CMOS or DDR LVDS parallel output modes
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  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
    • View details
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    Description

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    Features
  • Transformer coupled analog input path
  • Amplifier path based on the THS4509
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  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
    • View details
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    Description

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    Features
  • Transformer coupled analog input path
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  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Features
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  • Amplifier path based on the THS4509
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  • Transformer coupled clock input path
  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Features
  • Transformer coupled analog input path
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  • CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit
  • DDR LVDS output and capture ability via TSW1400EVM or TSW1405EVM (...)
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    Transformer coupled analog input path CDCE72010 Jitter Clock Synchronizer and Jitter Cleaner clocking circuit DDR LVDS output and capture ability

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    Description

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    View details
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    Features
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    • Transformer coupled analog input path
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    Features
    • Comprehensive test capability for the AFE7222 for ZIF, IF and RF transmit outputs
    • AFE7222 ZIF or IF ADC receive testing (optional TRF371125EVM can be purchased for RF-to-bits ZIF receiver)
    • Direct connection to TSW1400 pattern generator and capture card (or TSW1405, TSW1406)
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    • Comprehensive test capability for the AFE7225 for ZIF, IF and RF transmit outputs
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    Software development

    GUI FOR EVALUATION MODULE (EVM) Download
    SCAC100.ZIP (833 KB)

    Design tools & simulation

    SIMULATION MODEL Download
    SCAC103A.ZIP (60 KB) - IBIS Model
    SIMULATION TOOL Download
    PSpice® for TI design and simulation tool
    PSPICE-FOR-TI — PSpice® for TI is a design and simulation environment that helps evaluate functionality of analog circuits. This full-featured, design and simulation suite uses an analog analysis engine from Cadence®. Available at no cost, PSpice for TI includes one of the largest model libraries in the (...)
    Features
    • Leverages Cadence PSpice Technology
    • Preinstalled library with a suite of digital models to enable worst-case timing analysis
    • Dynamic updates ensure you have access to most current device models
    • Optimized for simulation speed without loss of accuracy
    • Supports simultaneous analysis of multiple products
    • (...)
    View details
    CALCULATION TOOL Download
    SCAC104.ZIP (368 KB)

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    Package Pins Download
    VQFN (RGC) 64 View options

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