Introduction to Pipelined Sar

What is/are Pipelined Sar?

Pipelined Sar - Verified in a 12-bit 1GS/s pipelined SAR ADC in 28nm CMOS, the SNDR and SFDR at Nyquist input are 59. ^[1] We present a single-channel fully-dynamic pipelined SAR ADC that leverages a novel quantizer and narrowband dither injection to achieve fast and comprehensive background calibration of DAC mismatch, interstage gain, and ring amplifier (ringamp) bias optimality. ^[2] The pipelined SAR ADC occupies 0. ^[3] This paper presents a low power technique to solve the gain variation problem of the dynamic amplifiers in pipelined SAR ADCs. ^[4] The proposed bit-weight calibration is verified in a 14-bit pipelined SAR ADC. ^[5] 5-MS/s two-stage pipelined SAR ADC employing the presented technique is fabricated in a 28-nm process. ^[6] By combining the advantages of the high speed and high resolution pipelined ADC and the low power SAR ADC, the two stages pipelined SAR ADC is proposed. ^[7] The proposed SoC is composed of a dual-modular redundant (DMR) 16-bit RISC processor, a 1 kB SRAM, a 12-bit pipelined SAR ADC, a 12-bit current-steering DAC and an on-chip clock generator. ^[8] This paper presents a 12-b, 1-GS/s ADC array, realized by time-interleaving four 250-MS/s pipelined SAR ADCs, with integrated on-chip reference voltage buffers. ^[9] This paper presents a 10-bit 320-MS/s dual-residue pipelined SAR ADC. ^[10]

Stage Pipelined Sar

5-MS/s two-stage pipelined SAR ADC employing the presented technique is fabricated in a 28-nm process. ^[1] By combining the advantages of the high speed and high resolution pipelined ADC and the low power SAR ADC, the two stages pipelined SAR ADC is proposed. ^[2]

Bit Pipelined Sar

The proposed bit-weight calibration is verified in a 14-bit pipelined SAR ADC. ^[1] The proposed SoC is composed of a dual-modular redundant (DMR) 16-bit RISC processor, a 1 kB SRAM, a 12-bit pipelined SAR ADC, a 12-bit current-steering DAC and an on-chip clock generator. ^[2]

pipelined sar adc

Verified in a 12-bit 1GS/s pipelined SAR ADC in 28nm CMOS, the SNDR and SFDR at Nyquist input are 59. ^[1] We present a single-channel fully-dynamic pipelined SAR ADC that leverages a novel quantizer and narrowband dither injection to achieve fast and comprehensive background calibration of DAC mismatch, interstage gain, and ring amplifier (ringamp) bias optimality. ^[2] The pipelined SAR ADC occupies 0. ^[3] This paper presents a low power technique to solve the gain variation problem of the dynamic amplifiers in pipelined SAR ADCs. ^[4] The proposed bit-weight calibration is verified in a 14-bit pipelined SAR ADC. ^[5] 5-MS/s two-stage pipelined SAR ADC employing the presented technique is fabricated in a 28-nm process. ^[6] By combining the advantages of the high speed and high resolution pipelined ADC and the low power SAR ADC, the two stages pipelined SAR ADC is proposed. ^[7] The proposed SoC is composed of a dual-modular redundant (DMR) 16-bit RISC processor, a 1 kB SRAM, a 12-bit pipelined SAR ADC, a 12-bit current-steering DAC and an on-chip clock generator. ^[8] This paper presents a 12-b, 1-GS/s ADC array, realized by time-interleaving four 250-MS/s pipelined SAR ADCs, with integrated on-chip reference voltage buffers. ^[9] This paper presents a 10-bit 320-MS/s dual-residue pipelined SAR ADC. ^[10]