All-parallel analog-digital converter of VCO (voltage-controlled oscillator)-based comparators

Abstract

The invention relates to an all-parallel analog-digital converter of VCO (voltage-controlled oscillator)-based comparators. The all-parallel analog-digital converter comprises a sampling circuit, a resistor voltage dividing circuit, the VCO-based comparators, triggers D and a priority encoder, wherein an input voltage signal is input into the sampling circuit, and then the sampling circuit transmits the input voltage signal into the input positive terminal of each VCO-based comparator; the reference voltage of a reference voltage signal, which is divided by the resistor of the resistor voltage dividing circuit, is connected to the input negative terminal of a corresponding VCO-based comparator; the output of each VCO-based comparator is connected to the data input end of each trigger D; the output end of each trigger D is then connected to the priority encoder; the output is output after being encoded.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows an improved method called this new type of device that uses a voltage control oscillation (VCO) without comparing its input voltages against each other accurately. It also includes a way to convert these inputs from one form to another format before sending them out over wirelessly. By combining their outputs together, they provide better noise immunity than traditional methods like time division multiplexing techniques alone.

Problems solved by technology

This patented describes different techniques used by digital signal processing systems such as Analog-To Digital Converts or Network Information Technologies that require accurate input data at very small voltages while also being able to operate quickly over wide range of frequencies without losing accuracy when supplied from lower levels of energy sources like batteries. However, current methods have limitations making their use limited because they cannot handle these challenges effectively.

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