ʻeleu ia'ku ma ka AC huakai kaapuni

Uila kaapuni kuhi ke alo i loko o kona haku mele 'ana o ka helu o okoa eiiiiiaiou. Capacitors a inductance oihana mua i komo i loko o ka huakai kaapuni, e loaa i ka loa e lauwili ole. ʻeleu ia'ku pela mea i loaʻa i loko o ke ano o kanaka hehee wale, resistors a me ka ia'ku o ka pilina. Ke kālaikūlohea o ka hopena o ka huakai kaapuni ke keʻena i na kanawai o ka pele o ka pouʻike manaʻo aʻoʻano loa, aʻaʻole mea okoa, mai ke ano o ka pele o ka uila papa, ina ia paha ma lalo o ka aoao o AC a DC anakahi uila.

ʻeleu ia'ku ma ka AC huakai kaapuni hana i loko o ka oia e like me ia ma ka ikaika anakahi uila? Aaeei lako. He loa kekahi mea - na kumu o ka capacitance a me ka inductance. Inā ka huakai kaapuni kuleana, kahi o ka mea pihana ua pili, mea,ʻaʻole loa DC ke keʻena, ai ka inductor ma luna o ka mea i ole ai. Ma ka pele o ka pololei kala pono i loko o keʻano me ka inductance e loli wale ka ia'ku o ka hana coils.

Loa kekahi mau mea, i ka wa hōʻike no uila keʻano o ka hanaʻana i loko o ke kaulahao o alternatingʻikena. Capacitors lilo conductors, a me he inductor (ka hakui o'ōwili hao o ka mea hoʻololi uila, a no laila, ma luna o.) E hoʻomaopopo mai inductive reactance, a me ka ia, ma ka huli, Radio he kūlana nui hou nui, a me ka ia'ku mea pinepine wale,ʻaʻole i laweʻia i loko o nui.

Akā, aka hoi, o ka pono no ka pololei i ka ho omaulia ana o ka pono, e lawe i loko, no keia ke keʻena. E hoʻomaka i ka maopopo ana o ka hana ia'ku o ka'ōwili hao ua hui me ka inductive, ka mea e ma mau noonoo i ka mea o ka hae inductor.

Ma ke kūlana o ka huakai kaapuni a ke keʻena i kēia mea, aohe mea i oi ma mua o like me ka bipolar hehee ai o ke ākeaʻano o ka uila, a me ka electromechanical lolouila nenoai a me na manao ona. I ka papa kuhikuhiE aiao waiwai mea hoʻohana i ka hoʻoponopono-inductance. Mea, ma ka huli, hilinaʻi nui wale ma ka geometric Ana a me nā mea o ka hana. Ma ka inductance waiwai, aole ia i ho ololi i aole hoi i ka mea pono,ʻaʻole hoʻi i ke anakahi uila. Noi inductors nā kānana, no ka walaʻau suppression, kā lākou hoʻohana leie aku no ka smoothing pulsations'ōwili hao i kekahi loaa i ka ikehu i ka hoʻomano hoʻohana 'ia ma ka manao o resonant wahi i puhi ai.

E kālailai i ka hopena ia'ku i ka hana inductor, e manaoia he alternatingʻikena kaapuni me ka hookahi hehee ai, i mea ka'ōwili hao inductance. Helu anaʻeleu a inductive reactance, ka mea, he makemake i ka easiest ala, e hoʻomaulia i ka huina waiwai o ka hou o ko lākou mau loa nā loina.

Akā, me kēia mau Hawaiʻi i kēia mea,ʻaʻole i like ka oluolu me ia mehe mea. Hōʻike pū 'anaʻimi naʻauao kumu, e wehewehe i ka hoʻohana' ana i loko o ka hana pono ana i ke ano o ka summation oʻeleu a me ka inductive reactance.

E imi i ka huina manual kükulu i ka triangle pono. Kekahi mea i ka uha o kona ia'ku, a me kekahi poe e ae - inductive. Ke hypotenuse Ua like no ka huina ia'ku o ka huakai kaapuni, i ka ho'ākāka 'ana, ua like no ka huinahalike kumu o ka huina o mika pāhoʻonui lua o ka hana a me ka inductive ia'ku.

Ho omaulia ka hoʻokō 'ia i loko o keia ano, e lawe hou pololei' ike e pili ana i ka keʻano o ka hanaʻana 'ia i loko o ka AC huakai kaapuni kona hehee wale nō i ka'ōwili hao. Ma ka haʻilula o Ohm ka kanawai, ua hiki ke hana i ka waiwai o ka impedance. E like me ka mea e hou aku e kaulana i ka nui ia'ku ka wā like me ka inductive e ho ololi i ka pae 'oni iki ma waena oʻikena a me ka anakahi uila. Ia mea ke kumu o ka hana ana o inductors i hoʻomano hoʻohana manao o ka Kora naʻEsau, i haawi nui pono inductive reactance.