SNAS889 March   2026 LMK6B

ADVANCE INFORMATION  

  1.   1
  2. 1 Features
  3. 2 Applications
  4. 3 Description
  5. 4 Device Comparison
  6. 5 Pin Configuration and Functions
  7. 6 Specifications
    1. 6.1 Absolute Maximum Ratings
    2. 6.2 ESD Ratings
    3. 6.3 Environmental Compliance
    4. 6.4 Recommended Operating Conditions
    5. 6.5 Thermal Information
    6. 6.6 Electrical Characteristics
    7. 6.7 Timing Diagrams
    8. 6.8 Typical Characteristics
  8. 7 Parameter Measurement Information
    1. 7.1 Device Output Configurations
  9. 8 Detailed Description
    1. 8.1 Overview
    2. 8.2 Functional Block Diagram
    3. 8.3 Features Description
      1. 8.3.1 Bulk Acoustic Wave (BAW)
      2. 8.3.2 Device Block-Level Description
      3. 8.3.3 Function Pins
      4. 8.3.4 Output Terminations
    4. 8.4 Device Functional Modes
  10. 9 Application and Implementation
    1. 9.1 Application Information
    2. 9.2 Typical Application
      1. 9.2.1 Design Requirements
      2. 9.2.2 Detailed Design Procedure
      3. 9.2.3 Clocking TI Clock Buffers with the LMK6Bx
      4. 9.2.4 Application Curves
        1. 9.2.4.1 LVDS Phase Noise Curves
        2. 9.2.4.2 AC-LVPECL Phase Noise Curves
        3. 9.2.4.3 LP-HCSL Phase Noise Curves
    3. 9.3 Replacing Competitor Oscillators with the LMK6Bx
      1. 9.3.1 Replacing a LVPECL oscillator with the LMK6Bx
      2. 9.3.2 Replacing a HCSL OSC With the LMK6Bx
    4. 9.4 Power Supply Recommendations
    5. 9.5 Layout
      1. 9.5.1 Layout Guidelines
        1. 9.5.1.1 Providing Thermal Reliability
        2. 9.5.1.2 Recommended Solder Reflow Profile
      2. 9.5.2 Layout Example
  11. 10Device and Documentation Support
    1. 10.1 Documentation Support
      1. 10.1.1 Related Documentation
    2. 10.2 Receiving Notification of Documentation Updates
    3. 10.3 Support Resources
    4. 10.4 Trademarks
    5. 10.5 Electrostatic Discharge Caution
    6. 10.6 Glossary
  12. 11Revision History
  13. 12Mechanical, Packaging, and Orderable Information
    1. 12.1 Mechanical Data
    2. 12.2 Tape and Reel Information

6.6 Electrical Characteristics

Unless otherwise specified: VDD = 3.3V +5%/-10%, 2.5V ±5%. Typical values are at VDD = 3.3V, TPCB = 25°C.
PARAMETER TEST CONDITIONS MIN TYP MAX UNIT
Frequency Tolerance
FT Total frequency stability (OPN 14th character: option F) Inclusive of: solder shift, initial tolerance, variation over -40°C to 105°C, variation over rated supply voltage range, and 10 year aging at 25°C. –25 25 ppm
FAGE_1yr Frequency stability due to 1 year aging 1 year aging at 25℃ (±25ppm) ppm
FAGE_10yr Frequency stability change due to aging (included in total frequency stability) 10 year aging at 25°C (±25ppm) ppm
FTEMP Frequency stability due to temperature (included in total frequency stability) Over Recommended Operating Condition, dT/dt < 10°K/min –7 +7 ppm
FHYS Frequency stability due to hysteresis (included in total frequency stability) ppm
Current Consumption Characteristics
IDD Device Power Consumption (LVDS, Excluding load current) 50MHz, 2.5V mA
50MHz, 3.3V mA
100MHz, 2.5V mA
100MHz, 3.3V mA
125MHz, 2.5V mA
125MHz, 3.3V mA
156.25MHz, 2.5V 70 mA
156.25MHz, 3.3V 72 mA
312.5MHz, 2.5V 70 mA
312.5MHz, 3.3V 74 mA
625MHz, 2.5V 68 mA
625MHz, 3.3V 72 mA
603.229091MHz, 2.5V mA
603.229091MHz, 3.3V mA
1250MHz, 2.5V 70 mA
1250MHz, 3.3V 72 mA
2500MHz, 2.5V 65 mA
2500MHz, 3.3V 68 mA
IDD Device Power Consumption (HS-LVDS and AC-LVPECL, Excluding load current) 50MHz, 2.5V 70 mA
50MHz, 3.3V 74 mA
100MHz, 2.5V 75 mA
100MHz, 3.3V 80 mA
125MHz, 2.5V 70 mA
125MHz, 3.3V 75 mA
156.25MHz, 2.5V 71 mA
156.25MHz, 3.3V 75 mA
312.5MHz, 2.5V 74 mA
312.5MHz, 3.3V 78 mA
500MHz, 2.5V 79 mA
500MHz, 3.3V 84 mA
625MHz, 2.5V 77 mA
625MHz, 3.3V 82 mA
603.229091MHz, 2.5V mA
603.229091MHz, 3.3V mA
1250MHz, 2.5V 72 mA
1250MHz, 3.3V 76 mA
2500MHz, 2.5V 69 mA
2500MHz, 3.3V 73 mA
IDD Device Power Consumption (LP-HCSL, Excluding load current) 50MHz, 2.5V 63 mA
50MHz, 3.3V 66 mA
100MHz, 2.5V 70 mA
100MHz, 3.3V 72 mA
125MHz, 2.5V 65 mA
125MHz, 3.3V 67 mA
156.25MHz, 2.5V 66 mA
156.25MHz, 3.3V 68 mA
312.5MHz, 2.5V 70 mA
312.5MHz, 3.3V 72 mA
500MHz, 2.5V 75 mA
500MHz, 3.3V 77 mA
603.229091MHz, 2.5V mA
603.229091MHz, 3.3V mA
625MHz, 2.5V 72 mA
625MHz, 3.3V 74 mA
IDD Device Power Consumption (2Vppd, Excluding load current) 50MHz, 2.5V mA
50MHz, 3.3V mA
100MHz, 2.5V mA
100MHz, 3.3V mA
125MHz, 2.5V mA
125MHz, 3.3V mA
156.25MHz, 2.5V 73 mA
156.25MHz, 3.3V 76 mA
312.5MHz, 2.5V 77 mA
312.5MHz, 3.3V 81 mA
625MHz, 2.5V 74 mA
625MHz, 3.3V 78 mA
603.229091MHz, 2.5V mA
603.229091MHz, 3.3V mA
1250MHz, 2.5V 75 mA
1250MHz, 3.3V 79 mA
2500MHz, 2.5V 70 mA
2500MHz, 3.3V 74 mA
IDD-STBY Device Stand By current ST (Stand By) = GND, 2.5V mA
ST (Stand By) = GND, 3.3V 2.3 mA
IDD-OD Device current with output disabled (625MHz) OE = GND, HS-LVDS and AC-LVPECL mode, VDD = 2.5V 54 mA
OE = GND, HS-LVDS and AC-LVPECL mode, VDD = 3.3 V 56 mA
OE = GND, LVDS mode, VDD = 2.5V 54 mA
OE = GND, LVDS mode, VDD = 3.3 V 56 mA
OE = GND, LP-HCSL mode, VDD = 2.5V 59 mA
OE = GND, LP-HCSL mode, VDD = 3.3 V 61 mA
OE = GND, Highest Swing (2Vppd), VDD = 2.5V mA
OE = GND, Highest Swing (2Vppd), VDD = 3.3 V mA
LVDS Output Characteristics
Fout Output Frequency 50 2500 MHz
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 625MHz 350 400 mVpp
AC coupled, VDD = 2.5V, 625MHz 300 350 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 1250MHz 350 400 mVpp
AC coupled, VDD = 2.5V, 1250MHz 300 350 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 2500MHz 350 400 mVpp
AC coupled, VDD = 2.5V, 2500MHz 300 350 mVpp
VOD,DIFF Differential Output peak-peak swing(2) 2×|VOD| mVppd
VOS Output Common-Mode Voltage VDD = 3.3 V TBD 1.2 TBD V
VDD = 2.5 V TBD 1.2 TBD V
tR/tF Output Rise/Fall Time 20% to 80% of VOD,DIFF, VDD = 2.5 V/ 3.3 V 65 ps
ODC Output Duty Cycle VDD = 2.5 V/ 3.3V, measured between 50% points on the waveform 45 50 55 %
VCM-IM Common Mode Imbalance Measured at CL = 100 pF on Common Mode Node –150 150 mV
HS-LVDS Output Characteristics
Fout Output Frequency 50 2500 MHz
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 625MHz 400 1000 mVpp
AC coupled, VDD = 2.5V, 625MHz 350 800 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 1250MHz 400 1000 mVpp
AC coupled, VDD = 2.5V, 1250MHz 350 800 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 2500MHz 400 1000 mVpp
AC coupled, VDD = 2.5V, 2500MHz 350 800 mVpp
VOD,DIFF Differential Output peak-peak swing(2) 2×|VOD| mVppd
VOS Output Common-Mode Voltage VDD = 3.3 V TBD 1.2 TBD V
VOS Output Common-Mode Voltage VDD = 2.5 V TBD 1.2 TBD V
tR/tF Output Rise/Fall Time 20% to 80% of VOD,DIFF, VDD = 2.5 V/ 3.3 V 65 ps
ODC Output Duty Cycle VDD = 2.5 V/ 3.3V, measured between 50% points on the waveform, divider set to bypass, 2,3,4,5,6,8, and other odd divides 48 50 52 %
ODC Output Duty Cycle VDD = 2.5 V/ 3.3V, measured between 50% points on the waveform 45 50 55 %
VCM-IM Common Mode Imbalance Measured at CL = 100 pF on Common Mode Node –150 150 mV
AC-LVPECL Output Characteristics
Fout Output Frequency 50 2500 MHz
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 156.25MHz 700 800 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 2.5V, 156.25MHz 600 700 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 625MHz 700 800 mVpp
AC coupled, VDD = 2.5V, 625MHz 600 700 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 1250MHz 700 800 mVpp
AC coupled, VDD = 2.5V, 1250MHz 600 700 mVpp
VOD Output Voltage Swing (VOH - VOL) AC coupled, VDD = 3.3V, 2500MHz 700 800 mVpp
AC coupled, VDD = 2.5V, 2500MHz 600 700 mVpp
VOD,DIFF Differential Output peak-peak swing(2) 2×|VOD| mVppd
VOS Output Common-Mode Voltage VDD = 3.3 V TBD VDD/2 TBD V
VDD = 2.5 V TBD VDD/2 TBD V
tR/tF Output Rise/Fall Time 20% to 80% of VOD,DIFF, VDD = 2.5 V/ 3.3 V 65 ps
ODC Output Duty Cycle VDD = 2.5 V/ 3.3V, measured between 50% points on the waveform 45 50 55 %
VCM-IM Common Mode Imbalance Measured at CL = 100 pF on Common Mode Node –150 150 mV
Custom Swing Output Characteristics
Fout Output Frequency 50 2500 MHz
VOD,range Custom Voltage Swing (VOH - VOL) range AC coupled, VDD = 3.3V, 156.25MHz 175 1000 mVpp
VOD,range Custom Voltage Swing (VOH - VOL) range AC coupled, VDD = 2.5V, 156.25MHz 175 750 mVpp
VOD,range Custom Voltage Swing (VOH - VOL) range AC coupled, VDD = 3.3V, 625MHz 175 1000 mVpp
AC coupled, VDD = 2.5V, 625MHz 175 750 mVpp
VOD,step Output Voltage Swing (VOH - VOL) step size AC coupled, 1250MHz 25 mVpp
VOD,DIFF Differential Output peak-peak swing(2) 2×|VOD| mVppd
VOS Output Common-Mode Voltage VDD = 3.3 V TBD VDD/2 TBD V
VDD = 2.5 V TBD VDD/2 TBD V
tR/tF Output Rise/Fall Time 20% to 80% of VOD,DIFF, VDD = 2.5 V/ 3.3 V 65 ps
ODC Output Duty Cycle VDD = 2.5 V/ 3.3V, measured between 50% points on the waveform 45 50 55 %
VCM-IM Common Mode Imbalance Measured at CL = 100 pF on Common Mode Node –150 150 mV
LP-HCSL Output characteristics
Fout Output Frequency 50 625 MHz
VOH Output High Voltage (OPN 6th character: option H) DC coupled, 2pF load, VDD = 2.5 V/3.3 V 650 750 850 mV
Output High Voltage (OPN 6th character: option I) DC coupled, 2pF load, VDD = 2.5 V/3.3 V 750 850 950 mV
VOL Output Low Voltage DC coupled, 2pF load, VDD = 2.5 V/ 3.3 V –150 0 150 mV
Vovershoot Overshoot voltage Vmax - VOH 150 mV
VOD,DIFF Differential Output peak-peak swing(2) 2×|VOH – VOL| mVppd
Vcross Absolute Crossing Point Voltage(3) VDD = 3.3 V / 2.5 V, fout = 100 MHz, PCIe test load, 15 dB loss at 4 GHz, fout = 100 MHz, Zdiff = 100 Ω 0.28 0.35 0.48 V
Vcross-delta Absolute Crossing Point Voltage variation VDD = 3.3 V / 2.5 V, fout = 100 MHz, PCIe test load, 15 dB loss at 4 GHz, fout = 100 MHz, Zdiff = 100 Ω TBD mV
dV/dt Output Slew Rate 50 ohms to ground; DC coupled load; measured slew rate in ±150mV from Center, programmable.(1) 2 12 V/ns
ΔdV/dt Output Slew Rate variation 20 %
ODC Output Duty Cycle 45 50 55 %
|VRB| Absolute value of ring back voltage PCIe test load, 15 dB loss at 4 GHz, fout = 100 MHz, Zdiff = 100 Ω 100 mV
tstable Time before VRB is allowed PCIe test load, 15 dB loss at 4 GHz, fout = 100 MHz, Zdiff = 100 Ω 500 ps
tR/tF Output Rise/Fall Time 20% to 80% of VOD,DIFF 180 ps
ZDIFF Differential output DC impedance VDD = 3.3V 100 Ω
ZSE Single-ended output DC impedance VDD = 3.3V 50 Ω
Pin 1 Input Characteristics (OE/ST)
VIL Input Low Voltage 0.6 V
VIH Input High Voltage 1.3 V
IIL Input Low Current OE = GND –40 µA
IIH Input High Current OE = VDD 40 µA
CIN Input Capacitance 2 pF
Pin 2  Input Characteristics (FSEL)
VIL Input Low Voltage, FSEL 0.2×VDD V
VMID Input Middle Voltage, FSEL 0.4×VDD − 0.6×VDD V
VIH Input High Voltage, FSEL 0.8×VDD V
IIL Input Low Current OE = GND –40 µA
IIH Input High Current OE = VDD 40 µA
CIN Input Capacitance 2 pF
PSRR Characteristics
PSRR50mV, 0.1μF Spur induced by 50mV power supply ripple at 156.25MHz LP-HCSL output, 0.1μF decoupling capacitor Sine wave at 10kHz -95 dBc
Sine wave at 100kHz -108 dBc
Sine wave at 200kHz -153 dBc
Sine wave at 500kHz -158 dBc
Sine wave at 1MHz -158 dBc
Sine wave at 2MHz -160 dBc
Sine wave at 5MHz -161 dBc
PSRR50mV Spur induced by 50mV power supply ripple at 156.25MHz LP-HCSL output, no power supply decoupling capacitor Sine wave at 10kHz -97 dBc
Sine wave at 100kHz -99 dBc
Sine wave at 200kHz -100 dBc
Sine wave at 500kHz -99 dBc
Sine wave at 1MHz -95 dBc
Sine wave at 2MHz -90 dBc
Sine wave at 5MHz -96 dBc
Sine wave at 10MHz -156 dBc
PSRR50mV, 0.1μF Spur induced by 50mV power supply ripple at 312.5MHz LVDS output, 0.1μF decoupling capacitor Sine wave at 10kHz -80 dBc
Sine wave at 100kHz -83 dBc
Sine wave at 200kHz -88 dBc
Sine wave at 500kHz -96 dBc
Sine wave at 1MHz -101 dBc
Sine wave at 2MHz -106 dBc
Sine wave at 4.9MHz -160 dBc
PSRR50mV Spur induced by 50mV power supply ripple at 312.5MHz LVDS output, no power supply decoupling capacitor Sine wave at 10kHz -81 dBc
Sine wave at 100kHz -74 dBc
Sine wave at 200kHz -74 dBc
Sine wave at 500kHz -74 dBc
Sine wave at 1MHz -74 dBc
Sine wave at 2MHz -75 dBc
Sine wave at 5MHz -75 dBc
Sine wave at 10MHz -134 dBc
PSRRJITTER Jitter sensitivity to power supply ripple 100kHz sine wave ripple, 3.3 V Supply fs/mV
Power-On Characteristics
tSTART_UP Start-up Time Time elapsed from 0.95 x VDD until output is enabled and output is within specification; Tested with a VDD supply ramp time of around 200 µs 2 ms
tST-EN Chip enable time Time elapsed from standby (ST = VIH) until output is enabled and output is within specification 2 ms
tST-DIS Chip disable time Time elapsed from standby (ST = VIL) until chip is in standby mode
tOE-EN Output enable time Time elapsed from OE = VIH until output is enabled and output is within specification 25 µs
tOE-DIS Output disable Time Time elapsed from OE = VIL until output is disabled 1 µs
LVDS - Clock Output Jitter
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 4MHz 1st order high-pass filter 47.6 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz 58 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -112 dBc/Hz
PN10k Phase Noise at 10kHz Offset -137 dBc/Hz
PN100k Phase Noise at 100kHz Offset -157 dBc/Hz
PN1M Phase Noise at 1MHz Offset -161 dBc/Hz
PN10M Phase Noise at 10MHz Offset -162 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 4MHz 1st order high-pass filter 26.3 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz 36 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -106 dBc/Hz
PN10k Phase Noise at 10kHz Offset -131 dBc/Hz
PN100k Phase Noise at 100kHz Offset -152 dBc/Hz
PN1M Phase Noise at 1MHz Offset -159 dBc/Hz
PN10M Phase Noise at 10MHz -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -161 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 4MHz 1st order high-pass filter 11.6 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz 25 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -91 dBc/Hz
PN10k Phase Noise at 10kHz Offset -122 dBc/Hz
PN100k Phase Noise at 100kHz Offset -146 dBc/Hz
PN1M Phase Noise at 1MHz Offset -161 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -162 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 4MHz 1st order high-pass filter 7.8 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz 22 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -89 dBc/Hz
PN10k Phase Noise at 10kHz Offset -116 dBc/Hz
PN100k Phase Noise at 100kHz Offset -141 dBc/Hz
PN1M Phase Noise at 1MHz Offset -156 dBc/Hz
PN10M Phase Noise at 10MHz Offset -160 dBc/Hz
PN100M Phase Noise at 100MHz Offset -159 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 4MHz 1st order high-pass filter 4.7 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz 21 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -82 dBc/Hz
PN10k Phase Noise at 10kHz Offset -110 dBc/Hz
PN100k Phase Noise at 100kHz Offset -134 dBc/Hz
PN1M Phase Noise at 1MHz Offset -153 dBc/Hz
PN10M Phase Noise at 10MHz Offset -159 dBc/Hz
PN100M Phase Noise at 100MHz Offset -159 dBc/Hz
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 100MHz fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 125MHz fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 603.229091MHz fs
HS-LVDS - Clock Output Jitter
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 1.2Vppd, 4MHz 1st order high-pass filter 40.2 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 1.2Vppd 50 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -112 dBc/Hz
PN10k Phase Noise at 10kHz Offset -137 dBc/Hz
PN100k Phase Noise at 100kHz Offset -157 dBc/Hz
PN1M Phase Noise at 1MHz Offset -162 dBc/Hz
PN10M Phase Noise at 10MHz Offset -163 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 1.2Vppd, 4MHz 1st order high-pass filter 25.1 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 1.2Vppd 35 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -106 dBc/Hz
PN10k Phase Noise at 10kHz Offset -130 dBc/Hz
PN100k Phase Noise at 100kHz Offset -152 dBc/Hz
PN1M Phase Noise at 1MHz Offset -159 dBc/Hz
PN10M Phase Noise at 10MHz -162 dBc/Hz
PN100M Phase Noise at 100MHz Offset -163 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 1.2Vppd, 4MHz 1st order high-pass filter 9.3 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 1.2Vppd 20 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -100 dBc/Hz
PN10k Phase Noise at 10kHz Offset -125 dBc/Hz
PN100k Phase Noise at 100kHz Offset -147 dBc/Hz
PN1M Phase Noise at 1MHz Offset -162 dBc/Hz
PN10M Phase Noise at 10MHz Offset -164 dBc/Hz
PN100M Phase Noise at 100MHz Offset -163 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 1.2Vppd, 4MHz 1st order high-pass filter 6.9 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 1.2Vppd 19 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -94 dBc/Hz
PN10k Phase Noise at 10kHz Offset -119 dBc/Hz
PN100k Phase Noise at 100kHz Offset -141 dBc/Hz
PN1M Phase Noise at 1MHz Offset -157 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -160 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 1.2Vppd, 4MHz 1st order high-pass filter 3.8 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 1.2Vppd 17 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -88 dBc/Hz
PN10k Phase Noise at 10kHz Offset -112 dBc/Hz
PN100k Phase Noise at 100kHz Offset -135 dBc/Hz
PN1M Phase Noise at 1MHz Offset -153 dBc/Hz
PN10M Phase Noise at 10MHz Offset -160 dBc/Hz
PN100M Phase Noise at 100MHz Offset -160 dBc/Hz
AC-LVPECL - Clock Output Jitter
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 4MHz 1st order high-pass filter 31 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz 45 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -106 dBc/Hz
PN10k Phase Noise at 10kHz Offset -138 dBc/Hz
PN100k Phase Noise at 100kHz Offset -158 dBc/Hz
PN1M Phase Noise at 1MHz Offset -164 dBc/Hz
PN10M Phase Noise at 10MHz Offset -165 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 4MHz 1st order high-pass filter 19.7 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz 28 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -100 dBc/Hz
PN10k Phase Noise at 10kHz Offset -132 dBc/Hz
PN100k Phase Noise at 100kHz Offset -153 dBc/Hz
PN1M Phase Noise at 1MHz Offset -162 dBc/Hz
PN10M Phase Noise at 10MHz Offset -164 dBc/Hz
PN100M Phase Noise at 100MHz Offset -165 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 4MHz 1st order high-pass filter 9.6 fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz 18 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -94 dBc/Hz
PN10k Phase Noise at 10kHz Offset -126 dBc/Hz
PN100k Phase Noise at 100kHz Offset -148 dBc/Hz
PN1M Phase Noise at 1MHz Offset -162 dBc/Hz
PN10M Phase Noise at 10MHz Offset -165 dBc/Hz
PN100M Phase Noise at 100MHz Offset -164 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz 17 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -88 dBc/Hz
PN10k Phase Noise at 10kHz Offset -120 dBc/Hz
PN100k Phase Noise at 100kHz Offset -142 dBc/Hz
PN1M Phase Noise at 1MHz Offset -156 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -161 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz 16 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -81 dBc/Hz
PN10k Phase Noise at 10kHz Offset -114 dBc/Hz
PN100k Phase Noise at 100kHz Offset -136 dBc/Hz
PN1M Phase Noise at 1MHz Offset -152 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -161 dBc/Hz
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 100MHz fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 125MHz fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 603.229091MHz fs
Custom Swing - Clock Output Jitter
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 800mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 800mVppd swing 58 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -104 dBc/Hz
PN10k Phase Noise at 10kHz Offset -138 dBc/Hz
PN100k Phase Noise at 100kHz Offset -157 dBc/Hz
PN1M Phase Noise at 1MHz Offset -162 dBc/Hz
PN10M Phase Noise at 10MHz Offset -162 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 800mVppd swing, 4MHz 1st order high-pass filter fs
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 800mVppd swing 35 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -97 dBc/Hz
PN10k Phase Noise at 10kHz Offset -131 dBc/Hz
PN100k Phase Noise at 100kHz Offset -152 dBc/Hz
PN1M Phase Noise at 1MHz Offset -160 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -162 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 800mVppd swing, 4MHz 1st order high-pass filter fs
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 800mVppd swing 20 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -91 dBc/Hz
PN10k Phase Noise at 10kHz Offset -126 dBc/Hz
PN100k Phase Noise at 100kHz Offset -148 dBc/Hz
PN1M Phase Noise at 1MHz Offset -160 dBc/Hz
PN10M Phase Noise at 10MHz Offset -162 dBc/Hz
PN100M Phase Noise at 100MHz Offset -162 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 800mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 800mVppd swing 18 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -85 dBc/Hz
PN10k Phase Noise at 10kHz Offset -119 dBc/Hz
PN100k Phase Noise at 100kHz Offset -142 dBc/Hz
PN1M Phase Noise at 1MHz Offset -157 dBc/Hz
PN10M Phase Noise at 10MHz Offset -160 dBc/Hz
PN100M Phase Noise at 100MHz Offset -160 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 800mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 800mVppd swing 16 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -79 dBc/Hz
PN10k Phase Noise at 10kHz Offset -114 dBc/Hz
PN100k Phase Noise at 100kHz Offset -136 dBc/Hz
PN1M Phase Noise at 1MHz Offset -153 dBc/Hz
PN10M Phase Noise at 10MHz Offset -159 dBc/Hz
PN100M Phase Noise at 100MHz Offset -160 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 2000mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 2000mVppd swing 39 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -103 dBc/Hz
PN10k Phase Noise at 10kHz Offset -137 dBc/Hz
PN100k Phase Noise at 100kHz Offset -159 dBc/Hz
PN1M Phase Noise at 1MHz Offset -165 dBc/Hz
PN10M Phase Noise at 10MHz Offset -166 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 2000mVppd swing, 4MHz 1st order high-pass filter fs
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 2000mVppd swing 22 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -97 dBc/Hz
PN10k Phase Noise at 10kHz Offset -131 dBc/Hz
PN100k Phase Noise at 100kHz Offset -154 dBc/Hz
PN1M Phase Noise at 1MHz Offset -165 dBc/Hz
PN10M Phase Noise at 10MHz Offset -167 dBc/Hz
PN100M Phase Noise at 100MHz Offset -167 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 2000mVppd swing, 4MHz 1st order high-pass filter fs
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 2000mVppd swing 19 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -91 dBc/Hz
PN10k Phase Noise at 10kHz Offset -126 dBc/Hz
PN100k Phase Noise at 100kHz Offset -148 dBc/Hz
PN1M Phase Noise at 1MHz Offset -163 dBc/Hz
PN10M Phase Noise at 10MHz Offset -165 dBc/Hz
PN100M Phase Noise at 100MHz Offset -164 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 2000mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 1250MHz, 2000mVppd swing 17 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -86 dBc/Hz
PN10k Phase Noise at 10kHz Offset -119 dBc/Hz
PN100k Phase Noise at 100kHz Offset -142 dBc/Hz
PN1M Phase Noise at 1MHz Offset -156 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -161 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 2000mVppd swing, 4MHz 1st order high-pass filter fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 2500MHz, 2000mVppd swing 16 fs
PN100 Phase Noise at 100 Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -79 dBc/Hz
PN10k Phase Noise at 10kHz Offset -113 dBc/Hz
PN100k Phase Noise at 100kHz Offset -136 dBc/Hz
PN1M Phase Noise at 1MHz Offset -153 dBc/Hz
PN10M Phase Noise at 10MHz Offset -161 dBc/Hz
PN100M Phase Noise at 100MHz Offset -161 dBc/Hz
LP-HCSL - Clock output jitter
JPCIe1-cc PCIe Gen 1 Common Clock jitter (jitter limit = 86ps) Fout = 100MHz, VOH = 850mV ps
JPCIe1-SRNS PCIe Gen 1 SRNS jitter ps
JPCIe2-cc PCIe Gen 2 Common Clock jitter (jitter limit = 3ps) ps
JPCIe2-SRNS PCIe Gen 2 SRNS jitter ps
JPCIe3-cc PCIe Gen 3 Common Clock jitter (jitter limit = 1ps) ps
JPCIe3-SRNS PCIe Gen 3 SRNS jitter ps
JPCIe4-cc PCIe Gen 4 Common Clock jitter (jitter limit = 500fs) ps
JPCIe4-SRNS PCIe Gen 4 SRNS jitter ps
JPCIe5-cc PCIe Gen 5 Common Clock jitter (jitter limit = 150fs) ps
JPCIe5-SRNS PCIe Gen 5 SRNS jitter ps
JPCIe6-cc PCIe Gen 6 Common Clock jitter (jitter limit = 100fs) ps
JPCIe6-SRNS PCIe Gen 6 SRNS jitter ps
JPCIe6-cc PCIe Gen 7 Common Clock jitter (jitter limit = 69fs) ps
JPCIe6-SRNS PCIe Gen 7 SRNS jitter ps
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 100MHz, 4MHz 1st order high-pass filter, VOH = 850mV fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 100MHz, VOH = 850mV 59 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -116 dBc/Hz
PN10k Phase Noise at 10kHz Offset -142 dBc/Hz
PN100k Phase Noise at 100kHz Offset -163 dBc/Hz
PN1M Phase Noise at 1MHz Offset -168 dBc/Hz
PN10M Phase Noise at 10MHz Offset -169 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, 4MHz 1st order high-pass filter, VOH = 850mV fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 156.25MHz, VOH = 850mV 43 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -112 dBc/Hz
PN10k Phase Noise at 10kHz Offset -139 dBc/Hz
PN100k Phase Noise at 100kHz Offset -160 dBc/Hz
PN1M Phase Noise at 1MHz Offset -166 dBc/Hz
PN10M Phase Noise at 10MHz Offset -168 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, 4MHz 1st order high-pass filter, VOH = 850mV fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 312.5MHz, VOH = 850mV 34 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -98 dBc/Hz
PN10k Phase Noise at 10kHz Offset -131 dBc/Hz
PN100k Phase Noise at 100kHz Offset -154 dBc/Hz
PN1M Phase Noise at 1MHz Offset -165 dBc/Hz
PN10M Phase Noise at 10MHz Offset -167 dBc/Hz
PN100M Phase Noise at 100MHz Offset -166 dBc/Hz
RJ_HPF RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, 4MHz 1st order high-pass filter, VOH = 850mV fs
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 625MHz, VOH = 850mV 34 fs
PN100 Phase Noise at 100Hz Offset dBc/Hz
PN1k Phase Noise at 1kHz Offset -97 dBc/Hz
PN10k Phase Noise at 10kHz Offset -127 dBc/Hz
PN100k Phase Noise at 100kHz Offset -148 dBc/Hz
PN1M Phase Noise at 1MHz Offset -160 dBc/Hz
PN10M Phase Noise at 10MHz Offset -162 dBc/Hz
PN100M Phase Noise at 100MHz Offset -162 dBc/Hz
RJ RMS Jitter (Integration BW: 12kHz to 20MHz) Fout = 125MHz, VOH = 850mV fs
RJITT,RMS RMS period jitter Fout = 156.25MHz, VOH = 850mV fs
RJITT,PK Peak-to-peak period jitter Fout = 156.25MHz, VOH = 850mV fs
(1) Parameter is specified by design, not characterized or tested in production.
(2) See Differential Voltage Measurement Terminology section for definition of VOD,DIFF voltages
(3) VCROSS is single-ended voltage when CLKOUTx_P = CLKOUTx_N with respect to system ground. Only valid on rising edge of CLKOUTx_P, when CLKOUTx_N is rising.