Ol i save yusim ol 'solenoids' long planti wok bilong givim ol 'linear' o 'roundary drive' long ol 'mechoneer system'. Maski wok bilong ol solenoid valv inap long kamap isi olsem opim na pasim karent, ol i ken winim gutpela wok long yusim wanpela IC we i dediket pinis long kirapim ol long kisim namba bilong ol long draivim ol i go insait long pepa. driver. Energy saving technologies to limit solenoid power consumption will also be included. The basic knowledge of solenoid valve in the simplest form, the electromagnetic coil is the coil that generates magnetic field. What we usually call a solenoid is a device that uses a coil and a moving core made of iron or sometimes another magnetic material. The application of current to the coil causes the core to be pulled or pusim i go long koil, na dispela i kamapim muvmen bilong ol samting ol i yusim long draivim ol samting long ol mekanik sistem.
1. Wanpela kain elektromagnetik koil i gat wanpela koil i gat wanpela koil i save kamapim wanpela magnetik fil. Taim solenoid i wok, voltej i save kamap long ol winding long kamapim wanpela magnetik fil{{2} Bikos long bikpela induktans bilong winding, em i kisim wanpela haptaim bilong karent i kamap long karent long fom{{3} 4} Fos bilong karent i kamap long fom{{3} 3} Fos bilong karent i kamap long fom{{3} 3} Fos bilong karent i kamap long fom i mas kamapim i . fos blong muvum stamba, wan hae voltej i mas aplae long winding blong establisim kwiktaem. Taem muvmen i finis, wan smol karent we i smol moa oltaem oli yusum blong holem stamba long ples blong hem. Sapos karent i no go daon, wan bigfala amaon blong paoa i konsum long winding mo plante hat we i stap oltaem draeva i save yusum long solenoid. Blong draevem ol elektromagneti blong draevem ol problem ia blong solenoid. blong draevem ol problem ia. Ol i ken kontrolim karent long taim bilong givim eksen ol i laikim na limitim pawa ol i yusim long holim solenoid i stap long ples bilong. Tes setap long skelim mekanik na lektrik pefomens bilong ol narapela solenoid draiv skim, wanpela simpol tes setap i bin kamap long yusim wanpela servo potentimita i konekt long wanpela fleksibel solenoid long skelim muvmen bilong solenoid. i kamap, em i kisim wanpela karent bilong solenoid. i kamap, em i kisim wanpela karent, em i kisim wanpela karent, em i kisim wanpela karent, em i kisim wanpela karent, em i kisim wanpela karent, em i kisim wanpela karent, em i kisim wanpela karent bilong solenoid (10}} i kamap, em i kisim wanpela . oscilloskop.
2. Tes divais i gat wanpela servo potensiomita i konekt long wanpela solenoid i gat wanpela ben. Simpol rot bilong wanpela simpol elektromagnetik draiva long draivim wanpela solenoid valv em long opim na aut long karent. Long dispela seket, karent i gat mak tasol long saplai voltej na DC resistens bilong elektromagnetik koil{Kon."
3. The simplest way to drive the solenoid coil is the problem of switching current, which usually uses low-end MOSFET switch and current recycling diode. The electromechanical performance of simple drives is limited. Since all voltage and current are applied 100% of the time, the pull in current is limited by the continuous power consumption rating of the solenoid. The large inductance of the coil also limits the speed of the current increase when the coil is first started. In our test, we measured the movement, voltage and current of solenoid using simple switch. In this case, whenever the solenoid is activated, the solenoid (15 Ω, rated voltage 12 V) takes 30 ms to drive and consume 10 W of power.
4. Ol dispela wevfom i yusim ol simpol switch long makim muvmen, voltej na karent bilong solenoid. Sapos yu laik save long "Valley" long wevfom bilong nau, mak bilong karent i go daun i kamap bikos long baksait EMF i kamap long muv bilong ilektromagnet. Taim solenoid i kamap na stop EMF i kamap na stop EMF i go antap inap long taim bilong solenoid i kamap na stop EMF i go antap inap long taim bilong solenoid i kamap na stop. aplikesen, ol hai-pefomens elektromagnetik aktueta tasol i nidim tasol ful karent long pulim i go insait long solenoid. Bihain long muvmen i pinis, level bilong nau long solenoid i ken go daun, we inap sevim eneji na daunim hat i kamap long koil{{6} Dispela i larim tu yusim bilong wanpela haia saplai voltej, we i givim wanpela bikpela pul-in karent, we i givim wanpela bikpela pul-in karent, we i larim solenoid long stat hariap na givim wanpela moa pul-in karent, we i givim wanpela bikpela pul-in karent, we i larim solenoid long stat hariap moa, we i larim solenoid long stat hariap na givim wanpela moa pul-in karent, we i larim solenoid long stat hariap moa, we i larim solenoid long stat hariap moa, we i larim solenoid long stat hariap na givim moa strong long pulim win, we i larim solenoid long stat hariap na givim moa strong long pulimapim moa strong, we i larim solenoid long stat hariap na givim moa strong long pulimapim moa.
