Umehluko phakathi kwe-Pure sine wave inverter kanye ne-Modified sine wave inverter

I-inverter ye-sine wave ehlanzekileikhipha igagasi le-sine langempela elishintshashintshayo lamanje ngaphandle kokungcoliswa kazibuthe, okufanayo noma okungcono nakakhulu kunegridi esiyisebenzisa nsuku zonke. I-inverter ye-sine wave ehlanzekile, esebenza kahle kakhulu, okukhipha amandla okuzinzile kwe-sine wave kanye nobuchwepheshe befrikhwensi ephezulu, ifanele imithwalo ehlukahlukene futhi ayinabungozi, ayigcini nje ngokunika amandla noma yiziphi izinto ezisetshenziswa ugesi ezivamile (okuhlanganisa izingcingo, izifudumezi, njll.), kodwa futhi ingasebenza ebucayi Izinto zikagesi noma izinto ezisebenza ngogesi, ezifana nohhavini bemicrowave, iziqandisi, njll. Ngakho-ke, isiguquli se-Pure sine wave sinikeza amandla e-AC ekhwalithi ephezulu futhi ingashayela noma yiluphi uhlobo lomthwalo ohlanganisa umthwalo ophikisayo nomthwalo ongenisayo.

Kukhona isikhawu sesikhathi phakathi kokukhishwa kwe-waveform ye-Modified sine wave inverter ukusuka kunani eliphezulu eliphozithivu ukuya kunani eliphakeme elinegethivu, elithuthukisa umphumela walo wokusetshenziswa. Nokho, igagasi le-sine elilungisiwe lisakhiwa imigqa enamachashazi, eyingxenye yamagagasi ayisikwele, angaqhubeki kahle namabala angaboni emehlweni. Ama-sine wave inverters aguquliwe kufanele agweme ukunika amandla imithwalo ye-inductive efana namamotho, ama-compressor, ama-relay, amalambu e-fluorescent, njll.

1. Imodi yokusebenza

I-modified sine wave inverter iyisiguquli esisebenzisa umjikelezo wokulungisa ukulungisa i-waveform okukhiphayo. Ngamanye amazwi, lapho amandla e-AC alethwa kudivayisi, okunye ukulungiswa kwenziwa njalo ngemva kwesikhashana, okubangela “i-jitter” encane kakhulu ekugelezeni kwamanje. Kodwa-ke, ku-Pure sine wave inverter, i-waveform ilungiswa ngokuqhubekayo ngaphandle kokuguqulwa.

2. Ukusebenza kahle

Ngenxa yesidingo sokushintsha i-waveform okukhiphayo ngenkathi yamanje igeleza, i-Modified sine wave inverter isebenzisa amanye amandla akhiqiziwe, anciphisa amandla athunyelwa kumshini, okuzothinta ukusebenza kwedivayisi. Imishini eminingi yesimanje ngeke isebenze kahle ngenxa ye-"jitter" yamandla ethinta ukusebenza. Ngakolunye uhlangothi, ama-inverter e-sine wave ahlanzekile awadingi ukuguqulwa kwe-waveform ye-AC, ngakho-ke ukusebenzisa lolu hlobo lwemishini kuzosebenza ngaphandle kwezinkinga.

3. Izindleko

Iziguquli zamagagasi e-sine aguquliwe zibiza ngaphansi kwama-Pure sine wave inverter, futhi ungaqagela ukuthi kungani. Ngokufika kwamasu amasha nathuthukisiwe, ama-Pure sine wave inverters anikeza ukusebenza okwengeziwe.

4. Ukusebenza nokuhambisana

Akuzona zonke izinto zikagesi ezizosebenza ne-Modified sine wave inverter. Eminye imishini yezokwelapha ingase ingasebenzi nhlobo, kanjalo nemishini efana namahhavini ama-microwave namamotho esivinini aguquguqukayo. Kodwa zonke izinto zikagesi zenzelwe ukusebenza kumagagasi e-sine ahlanzekile. Akhiqiza amandla amaningi kunama-modified sine wave inverters.

5. Isivinini nomsindo

Ama-inverter e-sine wave ahlanzekile ayabanda (ajwayele ukushisisa kakhulu) futhi awanawo umsindo njengama-Modified sine wave inverters. Futhi bayashesha. Isikhathi esichithwe kulungiswa i-waveform ku-Modified sine wave inverter yisikhathi esiyigugu sokudluliselwa kwamanje ku-Pure sine wave inverter.

Okungenhla umehluko phakathi kwe-Pure sine wave inverter kanye ne-Modified sine wave inverter. I-Radiance ine-inverter ye-sine wave ehlanzekile ethengiswayo, siyakwamukela kithiFunda kabanzi.