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Calculate Oscillator Jitter By Using Phase-Noise

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Abstract: Drakhlis, "Calculate Oscillator Jitter by using Phase-Noise Analysis Part 2," Microwaves and RF, February , 14, 2003, http://www.eedesign.com. 6. Boris Drakhlis, "Calculate Oscillator Jitter by using , MT-008 MT-008 TUTORIAL Converting Oscillator Phase Noise to Time Jitter by Walt Kester INTRODUCTION , online to perform the integration by segments and calculate the rms jitter, thereby greatly simplifying , converting oscillator phase noise into time jitter. PHASE NOISE DEFINED First, a few definitions are in ... Original
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10 pages,
99.19 Kb

100mhz crystal AD9445 AD9446 ADF4001 ADF41xx ADF41xx-SERIES ADF4360 ADF4360-1 AN-501 MT008 ultra Low Noise ULN types 100MHz-SC Wenzel Associates uln series MT-008 AD9445 MT-008 abstract
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Abstract: floor. 6. References Drakhlis, Boris, "Calculate Oscillator Jitter By Using Phase-Noise Analysis," , Rev. 0.1 3 AN279 AN279 By contrast, if we weight L(f) using the period jitter weighting function and , AN279 AN279 AN279 AN279 3. Basic Approach By definition, period jitter compares two similar instants in time , example. The estimation process may be simplified further by treating the period jitter weighting function , jitter is dominated by high-frequency phase noise. Channel bandwidth plays a determining role in the ... Original
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8 pages,
324.88 Kb

GR-499-CORE GR-1244-CORE Boris Drakhlis AN279 AN279 abstract
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Abstract: Oscillator Jitter By Using Phase-Noise Analysis," Microwaves & RF, Jan. 2001 pp. 82-90 and p. 157. 3. W. F. , generate phase noise and jitter. Figure 10. Phase-noise profile of a phase-modulating circuit is shown. , jitter t is calculated by setting vn = y = Asin(2t) in Equation 2. The result is the jitter , was replaced by a variable-slew-rate square wave. Jitter was measured at the 50% point of the rising , have bandwidths up to 7GHz. Phase-noise equipment, on the other hand, can measure noise levels of the ... Original
datasheet

13 pages,
178.63 Kb

APP3631 AN3631 an363 2n 3631 Boris Drakhlis datasheet abstract
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Abstract: Oscillator Jitter By Using Phase-Noise Analysis," Microwaves & RF, Jan. 2001 pp. 82-90 and p. 157. 7. , , voltagecontrolled oscillator, low phase noise, low phase jitter, clock jitter, crystal oscillator, noise, SNR , 3 illustrates a sampling clock signal that contains jitter. Jitter generated by the clock is caused , Degrades ADC's Signal-to-Noise Ratio (SNR) Jitter generated by a clock source can cause the ADC's internal , can be calculated for a given amount of clock jitter: Figure 4. An SNR model obtained using the ... Original
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12 pages,
115.1 Kb

APP800 MAX104 MAX105 MAX106 MAX107 MB15E07 mb15e07 appnote microwaves & rf july 1999 SMV1233-001 VCO 10GHZ oscillator MAX2620 1GHz PLL Generator VCO 10GHz Boris Drakhlis datasheet abstract
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Abstract: can increase the phase-noise level by increasing the input noise-density level. Page 1 of 8 , white-noise source followed by a 100kHz lowpass filter, the phase-noise profile is the same as the filter's , phase-locked oscillators. Figure 3. This phase-noise profile is produced by the phase modulator in Figure , output is followed by a filter that shapes the noise according to the phase-noise profile required in , The phase-noise profile of an actual oscillator can be complicated. It can roll off at 30dB/decade for ... Original
datasheet

8 pages,
93.51 Kb

Phase-Modulator noise source diode APP3822 Zener Diode White noise AN3822 noise diode generator datasheet abstract
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Abstract: System Environment Most clock oscillators give their jitter or phase-noise specification using an ideal , measurement using a phase-noise analyzer is suggested as an accurate and convenient way to evaluate the DJ , of a 125MHz 3rd-overtone crystal oscillator on an Enterprise switch card. The measured phase-noise , ), one can instead calculate the DJ by measuring the spur in the phasenoise spectrum while applying a , using a phase-noise analyzer is the most accurate and convenient way to characterize the PSNR of a ... Original
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9 pages,
599.34 Kb

MAX3624 MAX3272 HP Agilent 10MHz Reference E5052 DSO81304A fm linear 88-108mhz DSO81304 HFAN-04 HFAN-04 abstract
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Abstract: report Crystal Oscillator Performance of the CDCLVC1310 CDCLVC1310 (SCAA119 SCAA119). NOTE If using the overdrive or bypass , Single-Ended Crystal Input Phase-Noise Performance The CDCLVC1310 CDCLVC1310 provides ultralow phase-noise outputs (noise floor = ­170 dBc/Hz) if it has an attached crystal. Figure 14 shows the phase-noise plot of the , CDCLVC1310 CDCLVC1310 www.ti.com SCAS917C SCAS917C ­ JULY 2011 ­ REVISED OCTOBER 2012 Figure 14. Phase-Noise Profile With , devices, limitations of the equipment influence phase-noise measurements. The noise floor of the equipment ... Original
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28 pages,
1453.83 Kb

CDCLVC1310 SCAS917C CDCLVC1310 abstract
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Abstract: Most PLL clock devices use a VCO (Voltage Controlled Oscillator) for output clock generation. By using a VCXO, the MK2058-01 MK2058-01 is able to generate a low jitter, low phase-noise output clock within a low , MK2058-01 MK2058-01 P R E L I M I N A RY I N F O R M AT I O N Communications Clock Jitter Attenuator Description Features The MK2058-01 MK2058-01 is a VCXO (Voltage Controlled Crystal Oscillator) based clock jitter , 27MHz. A dual input mux is also provided. · Jitter attenuation for T1, E1, Frame Sync and other By ... Original
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7 pages,
48.76 Kb

MK2058-01SITR MK2058-01SI MK2058-01 MAN05 ECHU1C104JB5 MK2058-01 abstract
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Abstract: clock (namely a low jitter clock) in order to limit the dynamic performance degradation caused by noise , contribution to jitter. Jitter is caused by noise but what can be interesting to understand in the phenomenon , 7 5433A­BDC­07/05 2.1.2.5 Total Jitter The Total jitter is given by the following formula , impact of the time jitter on the voltage errors is accentuated by the slew rate of the analog signal at , 3-1. Example of High-speed Low Jitter Clock Generating System Clock Crystal Oscillator PLL ... Original
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20 pages,
172 Kb

MB15E07SL datasheet abstract
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Abstract: clock devices use a VCO (Voltage Controlled Oscillator) for output clock generation. By using a VCXO, the MK2059-01 MK2059-01 is able to generate a low jitter, low phase-noise output clock from a low frequency , Description Features The MK2059-01 MK2059-01 is a VCXO (Voltage Controlled Crystal Oscillator) based clock , common telecom clock · · · By controlling the VCXO frequency within a phase-locked loop (PLL), the , provides high jitter attenuation of the 8kHz reference input, assuring low jitter transfer to the clock ... Original
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7 pages,
48.06 Kb

vcxo 2048 khz MK2059-01 MAN05 ECHU1C104JB5 2.4576 crystal MK2059-01 abstract
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Solid-State Circuits , Vol. 34, No. 6, pp. 790-804. 6. Boris Drakhlis, "Calculate Oscillator Jitter By Using Figure 3 illustrates a sampling clock signal that contains jitter. Jitter generated by the clock is Degrades ADC's Signal-to-Noise Ratio (SNR) Jitter generated by a clock source can cause the ADC's converter can be calculated for a given amount of clock jitter: Figure 4. An SNR model obtained using noise that causes jitter in the clock signal. Because of the difficulty to distinguish noise caused by
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