Ukumelana ne -impedance kokubili kuphikisana nogesi kagesi, kodwa akuyona into efanayo. Kumabhethri, ukuqonda umehluko kukusiza ukuthi ugade impilo futhi ubikezele ukwehluleka.
Kuyini I-Resistance?
I-Resistance (R) iphikisana ne- direct current (DC) . Kuyivelu engaguquki (yezinga lokushisa elithile) futhi kubangela ukulahlekelwa amandla njengokushisa. Ukumelana nebhethri kwangaphakathi kuyipharamitha engukhiye ye-DC ekhuphukayo njengoba ibhethri likhula.
Yini i-Impedance?
I-Impedance (Z) iphikisana ne- alternating current (AC) . Kuhlanganisa ukumelana (R) kanye nokusabela (X), okuncike ebuningini. Ukuphazamiseka kukalwa ngokufaka isignali encane ye-AC ebhethrini.
Kungani Ibalulekile Ngempilo Yebhethri?
- Ukumelana kwangaphakathi (DC) kuyenyuka ngenxa ye-sulfation, ukugqwala, noma ukomisa. Ukuyilandela kusiza ukubikezela ukuphela kwempilo.
- I-Impedance (AC) ivamise ukukalwa ngamasistimu okuqapha ibhethri ngoba ingenziwa ku-inthanethi ngaphandle kokukhipha ibhethri.
- Womabili ama-metrics awusizo, kodwa amazinga afana ne-IEEE 1188 atusa ukusebenzisa amathrendi angaphakathi okumelana nezinqumo zokulungisa.
Isinyathelo Esilandelayo
Manje njengoba usuqonda ukuthi i-impedance vs ukumelana, funda ukuthi isistimu yokuqapha ibhethri ye-DFUN ikala kanjani le mingcele ngesikhathi sangempela ukuvimbela ukwehluleka okungalindelekile.
Funda umhlahlandlela wethu onemininingwane mayelana nokumelana kwangaphakathi vs impedance →
Noma hlola Izixazululo ze-DFUN BMS zokuqapha bukhoma.
