This calibration-free system achieves 6-μm precision and 30-μm INL Max with a 5-MSa/s sampling rate.

A 6μm-Precision Pulsed-Coherent Lidar with a 40-dB Tuning Range Inverter-Based Phase-Invariant PGA ... A 9μm-Precision 5MSa/s Pulsed-Coherent Lidar System ...

We also propose an inverter-based phase-invariant programmable gain amplifier (PI-PGA) that improves the linearity with a 40-dB tuning range. This calibration- ...

A 6μm-Precision Pulsed-Coherent Lidar with a 40-dB Tuning Range Inverter-Based Phase-Invariant PGA. LY Chen, AK Vinod, J McMillan, CW Wong, CKK Yang. 2021 ...

Abstract—This article presents a pulsed-coherent lidar that uses a 19-GHz pulse-modulated optical carrier and segmented time-of-flight (ToF) detection.

A 6μm-Precision Pulsed-Coherent Lidar with a 40-dB Tuning Range Inverter-Based Phase-Invariant PGA ... Sub-100 nm precision distance measurements based on ...

This article presents a pulsed-coherent lidar that uses a 19-GHz pulse-modulated optical carrier and segmented time-of-flight (ToF) detection. The receiver ...

Abstract. We utilized an integrated optical frequency comb with an analog front-end to measure distance via a hybrid pulsed-coherent approach.

Yang,“A 6m-Precision Pulsed-Coherent Lidar with a 40-dB Tuning Range Inverter-Based. Phase-Invariant PGA,” IEEE Custom Integrated Circuits Conference (CICC), ...

A 6μm-Precision Pulsed-Coherent Lidar with a 40-dB Tuning Range Inverter-Based Phase-Invariant PGA. ... Pulsed-Coherent ToF Receiver With 40-μm Precision for ...