Isantya sokufakelwa isantya esilawula i-vidirectial valve lf-10

I-Piezoelelectric Sensor kunye neSensor esekwe kwi-Strain zineempawu ezahlukeneyo.

I-Piezoelelectric Arcenor ye-Piezoelectric iqulunqwe i-piestal crystal crystal, evelisa intlawulo xa iphantsi kwamandla ecinezelweyo. Ngokwesiqhelo, i-electrode ifakwe phakathi kweziqwenga ezibini, ezifumana intlawulo evelisiweyo, kwaye iqokobhe elijikelezileyo likwasebenza njengoMgaqo-siseko. Umgangatho womphezulu wekristale kunye neqokobhe le-pill ye-piezoelectric iphezulu kakhulu, kwaye ibaluleke kakhulu kumgangatho wokulinganisa (ilayini, iimpawu zempendulo) yesolunqe.

I-oft yokusebenzisa i-strain okanye i-sersor yamandla esekwe kwinzuzo ixhomekeke kwesi sicelo. Izicelo zePiezoelectric zikhethwa kwezi zicelo zilandelayo:

Isithuba se-SENOROR

Inqanaba elincinci lomsebenzi kunye nomthwalo wokuqala

Uluhlu lokulinganisa olubanzi

Ukulinganiswa kubushushu obuphezulu kakhulu

Ukulayisha kakhulu uzinzo

I-Dynamic ephezulu

Kwezi zinto zilandelayo, siza kwazisa amasimi ayo okuqhelekileyo kwaye sikunike isikhokelo kukhetho lweenzwa.

Amasimi esetyenziswayo e-Piezoelelelelelelelelelelelelelelelelelelelelelelelelelelelectric;

I-1. Ithuba le-SENORORS linqunyelwe.

I-Piezoelelelelelelelelelelelelelelelectric icekeceke kakhulu-umzekelo, uthotho lwe-CLP kuphela kwi-3 ukuya kwi-5 mm ephezulu (kuxhomekeke kuluhlu lokulinganisa). Ke ngoko, lenzwa ilungele kakhulu ukudityaniswa neendlela ezikhoyo. Izinzwayo zinentambo edibeneyo, kuba azinakukwazi ukufumana iiplagi, ke ukuphakama kwesakhiwo siphantsi kakhulu. Inzwane inazo zonke iintlobo zentambo, ukusuka kwi-M3 ukuya m14. Ukuphakama okuphezulu kwesakhiwo kufuna ukuba amandla omgangatho wensor angasasazwa ngokulinganayo.

I-2. Ukulinganisa amaNcinci kunye nomthwalo okuqala okokuqala

Xa kusetyenziswa amandla, i-piezoeleelectric ye-piezoelectric ivelisa intlawulo yombane. Nangona kunjalo, i-sensor iphantsi kwamandla angaphezulu komlinganiso, umzekelo, ngexesha lokufakwa. Intlawulo evelisiweyo isenokujikeleza imfutshane, ibeka umqondiso kwigalelo le-amplifier ukuya kwi-zero. Ngale ndlela, udidi lokulinganisa lunokuhlengahlengiswa ngokwamandla awona manyathelo. Ke ngoko, nokuba umthwalo wokuqala wahluke ngokupheleleyo kumandla olinganayo, ukusombulula umlinganiso omkhulu kunokuqinisekiswa. I-Amlifiers ePhakamileyo enjenge-CMD600 inokuthi ngokuqhubekayo ihlengahlengisa uluhlu lwexeshana, ngaloo ndlela ixhase ezi zicelo.

3. Uluhlu lokulinganisa olubanzi

Izinzwane ze-Piezoelectric nazo zinezibonelelo zenqanaba elininzi. Okokuqala, xa kusetyenziswa amandla amakhulu ekuqaleni. Lungisa i-Piezoelectrication Pain yokulinganisa. Inqanaba lesibini libandakanya ukulandela umkhondo, oko kukuthi, amandla amancinci atshintshe imilinganiselo. Ukuxhamla kwimisebenzi ekhethekileyo ye-Piezoeleeleyctric, kubandakanya ukuphelisa umqondiso kwigalelo le-Amplifier. Igalelo le-Amplimili linokusetwa kwi-zero kwakhona kwaye uluhlu lwemilinganiselo luhlengahlengiswa ukuqinisekisa ukusonjululwa okuphezulu.