In the accompanying paper a method for blind (i.e., no calibration needed) estimation and compensation of the time errors in a time interleaved ADC system was presented. In this paper we evaluate this method. The Cramer-Rao bound is calculated, both for additive noise and random clock jitter. Monte-Carlo simulations have also been done to compare to the CRB. Finally, the estimation method is validated on measurements from areal time interleaved ADC system with 16 ADCs
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
A previously presented method for estimation of time errors in time-interleaved A/D converter system...
In the accompanying paper a method for blind (i.e., no calibration needed) estimation and compensati...
To significantly increase the sampling rate of an A/D converter (ADC), a time interleaved ADC system...
To significantly increase the sampling rate of an AID converter (ADC), a time-interleaved ADC system...
Many digital background calibration techniques exist which correct for offset, gain, timing and band...
A method for blind estimation of static time errors in time interleaved A/D converters is investigat...
A time-interleaved analog-to-digital converter (TIADC) system is a good option to significantly incr...
Abstract This work suggests a novel procedure of calibrating timing mismatch of time-interleaved An...
Time interleaving can relax the speed-power trade-off of analog-to-digital converters but at the cos...
The time-interleaved architecture permits implementing high frequency analog-to-digital converters (...
Time-interleaving Analog-to-Digital Converters allows for increased sampling rates at the cost of a...
Abstract—Novel techniques based on signal-conditioning are presented to mitigate timing errors in ti...
Mismatches between the analog to digital converters (ADCs) in time-interleaved sampling causes spuri...
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
A previously presented method for estimation of time errors in time-interleaved A/D converter system...
In the accompanying paper a method for blind (i.e., no calibration needed) estimation and compensati...
To significantly increase the sampling rate of an A/D converter (ADC), a time interleaved ADC system...
To significantly increase the sampling rate of an AID converter (ADC), a time-interleaved ADC system...
Many digital background calibration techniques exist which correct for offset, gain, timing and band...
A method for blind estimation of static time errors in time interleaved A/D converters is investigat...
A time-interleaved analog-to-digital converter (TIADC) system is a good option to significantly incr...
Abstract This work suggests a novel procedure of calibrating timing mismatch of time-interleaved An...
Time interleaving can relax the speed-power trade-off of analog-to-digital converters but at the cos...
The time-interleaved architecture permits implementing high frequency analog-to-digital converters (...
Time-interleaving Analog-to-Digital Converters allows for increased sampling rates at the cost of a...
Abstract—Novel techniques based on signal-conditioning are presented to mitigate timing errors in ti...
Mismatches between the analog to digital converters (ADCs) in time-interleaved sampling causes spuri...
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
This chapter presents a method to enhance the performance of a time-interleaved ADC, using the open-...
A previously presented method for estimation of time errors in time-interleaved A/D converter system...