Izixhobo ze-LADP-12 zovavanyo lukaMillikan – Imodeli esisiseko

Iinkcukacha

Impazamo ephakathi ≤3%

⒈　Umgama wokwahlulwa phakathi kweepleyiti ze-electrode （5.00 ± 0.01）mm

⒉　imakroskopu ejonga i-CCD

Ukwandiswa ×50 ubude befocal 66 mm

Intsimi yokujonga emgceni 4.5 mm

⒊　I-voltage yokusebenza kunye newotshi yokumisa

Ixabiso leVoltage 0～500V impazamo yeVoltage ±1V

Umda wexesha 99.9S impazamo yexesha ±0.1S

⒋　Inkqubo yokubonisa nge-elektroniki ye-CCD

Intsimi yokujonga emgceni 4.5 mm pixel 537（H）×597（V）

Uvakalelo lwe-0.05LUX isisombululo se-410TVL

Isikrini seMonitor esinesisombululo esiphakathi semonitor se-10″ 800TVL

Umlinganiselo wesikali olingana （2.00 ± 0.01）mm（ulinganiswe ngebhloko eqhelekileyo ye-2.000 ± 0.004 mm enesikali）

⒌　Ixesha lokulandelela eliqhubekayo lokuhla kweoyile ethile >iiyure ezi-2.

Amanqaku

1.Faka ikhadi lemizobo kunye ne-soft ware (thenga ngokwahlukeneyo) ukuze wenze imodeli yesixhobo sokuwisa ioyile se-LADP-12 kwaye uvavanyo lokuqokelelwa kwedatha yesampulu ngexesha langempela lunokuqala ngoko nangoko (jonga “Intshayelelo emfutshane malunga nokusebenza kweModeli ye-LADP-13 Millikan Oil Drop Apparatus”).

2. Ngenxa yomgangatho ongalunganga weeswitshi zokutshintsha olu vavanyo luthathe indawo yeeswitshi ezinjalo ngeeswitshi ze-elektroniki ezinokucwangciswa.

3. Ekubeni umkhuba wokuhlaziya ukufundisa kwiimvavanyo zefiziksi kukwakha iilabhoratri zefiziksi zedijithali, olu vavanyo lushiye amagumbi omkhuba onjalo. Ingaphuculwa ngokulula ukuze ifaneleke umkhuba wokwenza izinto zibe zedijithali.