A scalable high-linearity two-step DTC-assisted voltage–to-time converter with rail-to-rail input-range for time-based circuits

In this paper, a novel and simple multi-bit quantizer based on the threshold inverter quantization (TIQ) approach is presented for use in sampled-data circuits. The key part is a front-end signal conditioning circuit with the aid of the interpolation technique that makes it possible to realize a rail-to-rail input range operation over the conventional threshold inverter-based quantizer circuits while maintaining the benefits of the TIQ structure without employing any analog-intensive circuits such as current sources or amplifiers, thus achieving a digital-compatible implementation. Simulation results in TSMC 90-nm CMOS technology at a power-supply voltage of 1[Formula: see text]V confirm the efficient performance of the proposed circuit.

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A scalable high-linearity two-step DTC-assisted voltage–to-time converter with rail-to-rail input-range for time-based circuits

Cited by 2 publications

References 31 publications

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a V_DD of 0.7 V

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a V_DD of 0.7 V

A Novel Rail-to-Rail Input Swing Threshold-Inverter Multi-Bit Quantizer Using Interpolation Technique for Sampled-Data Circuits

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A scalable high-linearity two-step DTC-assisted voltage–to-time converter with rail-to-rail input-range for time-based circuits

Cited by 2 publications

References 31 publications

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a VDD of 0.7 V

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a VDD of 0.7 V

A Novel Rail-to-Rail Input Swing Threshold-Inverter Multi-Bit Quantizer Using Interpolation Technique for Sampled-Data Circuits

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Product

Resources

About

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a V_DD of 0.7 V

Thermal Performance of Dynamic Rail to Rail Voltage Comparators Designed Using 16nm Technology with a V_DD of 0.7 V