Saurin shigar zare yana daidaita bawul ɗin tasha bidirectional BLF-10

Firikwensin Piezoelectric da firikwensin tushen iri suna da halaye daban-daban a fili.

Firikwensin ƙarfi na Piezoelectric ya ƙunshi yankan kristal piezoelectric, wanda ke haifar da caji lokacin da aka sa shi da ƙarfi. Yawancin lokaci, ana saka na'urar lantarki tsakanin yanka biyu, wanda ke ɗaukar cajin da aka samar, kuma harsashin da ke kewaye da shi yana aiki azaman lantarki. Halin yanayin kristal da harsashi na firikwensin piezoelectric yana da matukar girma, kuma yana da matukar muhimmanci ga ingancin ma'auni (linearity, halayen amsa) na firikwensin karfi.

Abin da za a yi amfani da iri ko firikwensin wutar lantarki na tushen matsa lamba ya dogara da wannan aikace-aikacen. An fi son firikwensin Piezoelectric a cikin aikace-aikacen masu zuwa:

Wurin shigarwa na Sensor yana iyakance.

Ƙananan ma'aunin ƙarfi tare da babban nauyin farko

Faɗin aunawa

Aunawa a yanayin zafi sosai

Matsananciyar kwanciyar hankali

Babban ƙarfi

A cikin masu biyowa, za mu gabatar da filayen aikace-aikacen sa na yau da kullun daki-daki kuma mu ba ku jagora ga zaɓin na'urori masu auna firikwensin.

Filayen aikace-aikacen na'urori masu auna firikwensin piezoelectric;

1. Wurin shigarwa na firikwensin yana iyakance.

Na'urori masu auna firikwensin Piezoelectric suna da ƙarfi sosai-misali, jerin CLP suna da tsayin 3 zuwa 5 mm kawai (dangane da kewayon aunawa). Sabili da haka, wannan firikwensin ya dace sosai don haɗawa tare da tsarin da ake ciki. Na'urori masu auna firikwensin suna da haɗin kebul, saboda ba za su iya ɗaukar matosai ba, don haka tsayin tsarin yana da ƙasa sosai. Firikwensin yana da duk girman zaren, daga M3 zuwa M14. Ƙananan tsawo na tsarin yana buƙatar cewa ƙarfin da ke kan firikwensin firikwensin za a iya rarraba shi daidai.

2. Ƙananan ma'aunin ƙarfi tare da babban nauyin farko

Lokacin da aka yi amfani da ƙarfi, firikwensin piezoelectric yana haifar da cajin lantarki. Koyaya, firikwensin yana ƙarƙashin ƙarfin da ya wuce ainihin ma'auni, misali, yayin shigarwa. Cajin da aka ƙirƙira na iya zama gajeriyar kewayawa, saita sigina a shigar da ƙarar caji zuwa sifili. Ta wannan hanyar, ana iya daidaita kewayon ma'auni bisa ga ainihin ƙarfin da za a auna. Sabili da haka, koda idan nauyin farko ya bambanta da ƙarfin da aka auna, za'a iya tabbatar da ƙuduri mai girma. Maɗaukakin caji mai girma kamar CMD600 na iya ci gaba da daidaita kewayon aunawa a ainihin lokacin, don haka tallafawa waɗannan aikace-aikacen.

3. Faɗin aunawa

Piezoelectric na'urori masu auna firikwensin kuma suna da fa'idodi a cikin matakai da yawa. Na farko, lokacin da aka fara amfani da babban ƙarfi. Daidaita sarkar ma'aunin piezoelectric daidai da haka. Mataki na biyu ya haɗa da bin diddigin ƙarfi, wato, ƙananan ma'aunin canjin ƙarfi. Fa'ida daga ayyuka na musamman na firikwensin piezoelectric, gami da kawar da sigina ta zahiri a shigar da amplifier cajin. Za'a iya saita shigar da ƙarar cajin zuwa sifili kuma ana iya daidaita kewayon ma'aunin don tabbatar da babban ƙuduri.