Review of Flash Analogue to Digital Converter

Low-Power 4-bit Flash Analogue to Digital Converter for Ranging Applications

Low Power, 3-bit CMOS Pipeline ADC with Reduced Complexity Flash Architecture

A 3-bit, 2-V pipeline analog-to-digital converter has been designed using a modified flash architecture. The developed circuit blocks of the modified flash analog-todigital converter, operating at 135MHz, are a fully differential comparator, a digital-to-analog converter and a sample-and-hold amplifier. The design technique of the N-bit modified flash ADC requires only 2 1) comparators as compa...

Characterization and radiation testing of the Harris HS9008RH flash analogue to digital converter

Results from tests characterizing the performance and radiation hardness of the HS9008RH flash analog to digital convertor (FADC) are presented. These tests were performed primarily to evaluate the suitability of this device for use 1n the GEM Central Tracker at the SSC experiment . Basic performance characteristics and susceptibility of these characteristics to radiation were examined . Perfor...

A 256 x 256 SPAD array with in-pixel Time to Amplitude Conversion for Fluorescence Lifetime Imaging Microscopy

A high resolution Time Correlated Single Photon Counting (TCSPC) image sensor based on sample and hold Time to Amplitude Converter (TAC)pixels and a global ramp voltage is presented. The 256× 256 array achieves an 8 μm Pixel Pitch (PP), 19.63% Fill Factor (FF), output voltage range (0.7V) and time jitter of 368 ps at 10 fps employing an off-chip 14-bit differential Analogue to Digital Converter...

CMOS Implementation of Serial Flash Analog to Digital Converter

Serial Flash Analog to Digital Converter (ADC) is a topology which uses only N number of comparators for N bit ADC. The said converter is developed and implemented in CMOS for 6 bit resolution. The simulation results are presented for TSMC 0.35 um CMOS technology