Inkqubo yobuso obungaphakathi bomngxuma ojikelezayo ngexesha ukucima rhoqo

1. Ukusetyenziswa kwe-single-turn okanye i-multi-turn inductors ye-inductors yokufudumeza yangaphakathi inokuqhuba i-induction yokufudumala indawo yokucima i-high-frequency quenching kwindawo yangaphakathi yomngxuma ojikelezayo.

2. Ii-inductors ezenziwe nge-U ezenziwe ngeetyhubhu zobhedu zingasetyenziselwa ukufudumeza kwangaphakathi komngxuma. Umqhubi wamagnetic ufakwe phakathi kwe-inductor, enokutshintsha imeko yokusabalalisa imigca yamagnetic field kwaye iqhube i-high-frequency current esuka ngaphakathi ukuya ngaphandle, ephucula ukusebenza kakuhle kwe-inductor.

3. Umphezulu wangaphakathi womngxuma omncinci unokuba yi-high-frequency ecinywa ngocingo lobhedu olujikelezayo kwi-inductor ejikelezayo. Ngokomzekelo, kumngxuma wangaphakathi onobubanzi be-20mm kunye nobukhulu be-8mm, i-coil induction yenziwe ngocingo lobhedu kunye nobubanzi be-2mm kunye nenxeba kwi-spiral shape. Zombini i-sensor kunye ne-workpiece zintywiliselwa emanzini acocekileyo ageleza kwi-sink.

4. Xa i-high-frequency current idlula kwi-inductor, i-alternating magnetic field yenziwa ngeenxa zonke, ukwenzela ukuba i-workpiece ivelise i-current induced current, kwaye umgodi wangaphakathi we-workpiece ushushu. Xa umphezulu we-workpiece ukhuphuka kwiqondo lokushisa elithile, amanzi ajikelezileyo afakwe ngumphunga abe ngumaleko. Ifilimu ezinzileyo ye-steam ihlukanisa i-workpiece emanzini, kwaye ubushushu bomgangatho we-workpiece bukhuphuka ngokukhawuleza kwiqondo lokushisa lokufudumala kwe-high-frequency quenching. Emva kokuba amandla ecinyiwe, ifilimu ye-steam phezu kwendawo yokusebenza iyanyamalala, ngaloo ndlela ipholisa ngokukhawuleza. Ngethuba le nkqubo, i-sensor ihlala ifakwe emanzini ngaphandle kokushisa.