A halin yanzu, nau'ikan na'urorin da ake amfani da su don sarrafa fitilun sun haɗa da: infrared remote controller da radio remote controller.
● Haɗawa da ƙa'ida:
Ana aika siginar ta oscillator, sannan kuma tana motsa shi da ƙarfi.Abun watsawa (piezoelectric yumbu, infrared transmitting diode, ko radiyo) yana fitar da infrared ko igiyar rediyo.Abun karɓa akan fitilar yana karɓar sigina don daidaitawa
1. Infrared Remote Control: yana nufin wani nau'i na infrared mai nisa tare da tsawon 0.76 ~ 1.5 μ M don watsa siginar sarrafawa.
2. Remote Control: Yana nufin na'urar da ke amfani da siginar rediyo don sarrafa hanyoyi daban-daban a nesa.Lokacin da waɗannan siginonin da na'urar na'urar ke aikowa ta karɓi kayan aikin ramut, zai ba da umarni ko tuƙi sauran kayan aikin inji ko na lantarki don kammala ayyuka daban-daban.
● Bambance-bambance
Infrared ramut
Ikon nesa na Infrared yana amfani da infrared don watsa siginar sarrafawa.Halayensa suna da jagora, ba za su iya wucewa ta cikin cikas ko sarrafa kayan aiki daga babban kusurwa ba.Tsayayyen nesa gabaɗaya baya wuce mita 7 kuma baya ƙarƙashin tsangwama na lantarki.Ƙarfin hana tsangwama ba shi da kyau sosai lokacin da nisa ya yi nisa.Ikon ramut na TV shine infrared remote control.
Ikon ramut na rediyo
Ikon nesa na rediyo yana amfani da igiyoyin rediyo don watsa siginar sarrafawa.A halin yanzu, 2.4GHz ramut mara igiyar waya yawanci ana amfani dashi.Yanayin watsawa zai iya magance rashin amfanin infrared ramut kuma yana ba ku damar sarrafa kayan aiki daga kowane kusurwoyi na gidan.Kuma aiki ne na digiri 360 ba tare da mataccen kusurwa ba.Keɓaɓɓiyar ɗaukar hoto mai girma uku ita ce fa'idar sarrafa nesa ta 2.4G, kuma ita ce mafi kyawun nau'in sarrafa nisa a halin yanzu.Rashin hasara: farashin yana da yawa.Ga mai sarrafa nesa mai maɓalli 11 iri ɗaya, farashin samarwa na 2.4G mai kula da nesa ya ninka na infrared ramut.Don haka, ana amfani da irin wannan nau'in na'ura mai nisa a cikin kasuwa mai inganci.
● Aikace-aikacen mai kula da nesa akan fitilu
1. Kunna / kashe iko
Ana amfani da shi kai tsaye azaman canji don sarrafa shigarwar da ke kashe fitilar don kunna fitilar ko kashewa, kuma tana iya sarrafa lokacin kashewa.
2. Haskaka, wato sarrafa hasken haske.
Akwai manyan hanyoyi guda biyu don sarrafa haske: ɗaya shine ƙari na inji da hanyar ragewa, wato, ƙara ko rage yawan ƙarfin haske ta hanyar sarrafa adadin fitulun haske;Wata hanya kuma ita ce hanyar sarrafa wutar lantarki, wato yin amfani da dimmer iri-iri don canza ƙarfin wutar lantarki ko halin yanzu na fitilun, ta yadda za a daidaita ƙarfin fitilar.Dangane da hanyoyin dimming, sun kasu kashi: rheostat dimming, autotransformer regulator dimming, jikewa shake dimming, Magnetic amplifier dimming da thyristor dimming.Na'urorin dimming na farko guda huɗu suna da rashin lahani na babban ƙara da girma.A halin yanzu, ana amfani da thyristor dimmer sosai
3. Kula da launi
Yafi dacewa don daidaita haske na RGB launuka uku ko individul hasken haske na RGB uku launuka don daidaita launi.
4. Sarrafa nesa nesa
Shugaban ji a kan fitilar zai saita daidaitaccen kewayon ji, kuma za a ba da kayan aiki da yawa a cikin wannan kewayon akan na'ura mai nisa.Na'urar watsawa akan ramut tana ɓoye mahimman bayanai ta hanyar fasahar coding dijital, kuma tana watsa raƙuman haske ta hanyar infrared diodes.Mai karɓar infrared na mai karɓar raƙuman haske yana canza siginar infrared da aka karɓa zuwa siginar lantarki, wanda mai sarrafa ya keɓance shi kuma aka lalata shi zuwa daidaitaccen umarnin kewayon nesa.
A halin yanzu, ban da wasu ka'idojin kare muhalli, na'urar sarrafa ramut sanye take da fitulun da aka samarToba shi da ƙa'idodi na wajibi don ayyukan samfur.Ana ƙayyade ko ya cika buƙatu bisa ga ƙa'idodin da aka amince tsakanin abokan ciniki da masana'anta ko ma'aunin masana'anta bisa ga ƙwarewar mai amfani.
Kowane irin fitulun samar daToza a iya sanye take da mai karɓar siginar ramut, kuma ana iya amfani da na'urar nesa don gane aikin sarrafawa.Ana iya sanya shi tare da haske, motsin abu da sauran hanyoyin siginar sarrafawa don gane ayyukan sarrafawa da yawa.
Lokacin aikawa: Jul-06-2022