Atomizer frequency tracking software

Abstract

The invention discloses atomizer frequency tracking software, which comprises an oscillation booster circuit, a power supply and a current sampling circuit. The oscillation booster circuit comprises a PWM signal, a triode Q1, a triode Q3 and an oscillation booster inductor L1. The PWM signal controls the triode Q1 and the triode Q3 to form a totem pole to generate an oscillation signal, and the PWM signal controls an MOS tube Q2 and the oscillation booster inductor L1 to form the oscillation booster circuit. A current detection resistor R14, a current detection resistor R15 and a current detection resistor R16 are connected in parallel to form the sampling circuit, a single chip microcomputer collects a current change curve, the output frequency is adjusted through an intelligent frequency tracking software algorithm, meanwhile, whether the current exceeds the standard or not is detected, a system carries out water shortage protection, an atomization driving circuit, a 24V input end and a GND end form a power input part of the atomizer frequency tracking circuit, and the atomization output positive electrode and the atomization output negative electrode work to enable water to generate an atomization effect, so that the mode can keep the atomization effect and the working efficiency in an ideal state, and meet the high use requirement.

Description

technical field [0001] The invention relates to the field of atomization equipment, in particular to an atomizer frequency tracking software. Background technique [0002] Atomization technology is a relatively complete technology at this stage. The energy conversion rate and the uniformity of water mist are far superior to traditional pressurized atomization technology. This technology is widely used in beauty, medical and other fields. Its industry specificity The nebulizer is required to be able to break the diameter of water molecules to the nanometer level, so the requirements for the working frequency and product consistency of the nebulizer are relatively high. Theoretically speaking, the frequency of the control signal in the circuit is consistent with the optimal operating frequency of the atomizing sheet, that is, it should reach the optimal operating state. However, in the actual manufacturing process, due to the nature of the atomizer itself and the limitations ...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the deficiencies of the prior art, the present invention provides an atomizer frequency tracking software, which solves the problem that most of the atomizer products sold in the market directly write the calculated operating frequency into the register for use. The result is that the atomization effect and work efficiency of the product cannot reach the expected value, which is not feasible in a high-demand industry such as medical care. In addition, due to the lack of product consistency, the user experience is poor

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