Wayoyi DRL daga janareta ko via wani gudun ba da sanda. How to connect da rana a guje fitilu da hannuwansu?

DRL (rana Gudun hasken wuta) a cikin mota za a iya haɗa via wani janareta ko gudun ba da sanda. A wannan yanayin, shi wajibi ne don la'akari da ikon da fitilu. Standard makirci shafi yin amfani da hudu yalwatãwa fitarwa. A Converter aka zaba tare da mahara modulators. Wayoyi na DHO rufe a kan adaftan. Don fahimta, daki-daki na'urar an haɗa, shi wajibi ne don la'akari da misali makirci.

Wayoyi kewayawa hasken wuta tare da daya naúrar

Wayoyi rana Gudun fitilu a daya block yana da biyu lamba-type yalwatãwa. Direct lambobi na inverter a kan janareta rufe. Blue waya a cikin wannan yanayin ne rufi. Da juriya a kan Converter, a kan talakawan daidaita 30 ohms. Ya kamata kuma a lura da cewa thyristor ake bukata a kan hudu fannin. A farko conductors aka rufe da yalwatãwa. A drive dole ne a shigar da tace. Na biyu shugaba na reamer aka rufe a sifili lokaci.

A amfani da biyu tubalan a DRL

Wayoyi zane DRL hannuwansu shafi yin amfani da wani Converter. Akwai gyare-gyare na uku da hudu fannin. Idan muka yi la'akari da farko wani zaɓi, da modulator ya shafi guda-iyakacin duniya irin. Lokacin da wannan adaftan karkashin shi suna dace da daban-daban polarities. Lokacin da za a haɗa da farko lambobi ne katse daga yalwatãwa.

Ya kamata kuma a lura da cewa, shafi aka shigar a karkashin drive. Fitarwa tashoshi na farko domin ana ciyar da yalwatãwa. Blue waya rufe a kan farantin. A rectifier a wannan yanayin, bukatar for grounding. Idan muka yi la'akari da zane na uku na adaftan, dangane naúrar na rana Gudun fitilu ciyar da zuwa yalwatãwa. Lokacin da za a haɗa da farko lambobi na farko domin. rectifier juriya ne a kan talakawan 45 ohm.

Series dangane da navigation hasken wuta daga janareta

Wayoyi DRL janareta yana da uku adaftan. Resistance zuwa su ne 40 ohms. Extender ga wannan dalili ne a zabi bude da rectifier. A farko sa yalwatãwa. Nan da nan na farko da lambobi suna rufe a kan farantin. Blue waya an ciyar daga adaftan da reamer. Bugu da zai kasance hade inverter. DRLs an kafa ne kawai ta hanyar wani rectifier. Make lambobi suna kawo wa farantin. Idan muka yi la'akari da al'ada kwararan fitila, da adaftan da za a iya amfani da mikakke fitarwa. Don haɗa lambobi bukatar wani sukudireba.

layi daya dangane

Students layi daya sharuddan sauyawa na'urar shafi yin amfani da uku da adaftan na'urorin. A yalwatãwa ya dace da wannan manufa daban-daban watsin. Idan kau da gyare-gyare ga 3 microns, da rectifier aka shigar da daya akwatin. DRL an haɗa via adafta da mikakke fitarwa. A farko lambobi suna rufe a kan farantin. Ya kamata kuma a lura da cewa, da juriya na rectifier, a kan talakawan daidaita 40 ohms. Don haɗa da extender amfani unijunction gudun ba da sanda. Short a tuntube ɗauke da farko lokaci. baturi zai bukatar duba kewaye. Idan muka yi la'akari da makirci da biyu Expanders, da DRLs an kafa via adafta tare da dual fitarwa.

A rectifier yana amfani da kyau polarity. Resistance da, kamar yadda mai mulkin, ba ya wuce 40 ohms. DRLs an yarda ga kasa ta hanyar da Converter. Nan da nan na farko da lambobi suna rufe a farko wuri. Ya kamata kuma a lura da cewa, blue waya daga transducer aka saka a kan farantin. high watsin modulators ana amfani da rufi. Ganin adaftan zuwa biyu jimloli, yana da muhimmanci a lura da cewa a karo na biyu lokaci cantatas za a iya haɗa kawai bayan da juriya gwajin

Rana Gudun hasken wuta tare da 12 V

Wayoyi fitilu 12 kwakwalwa gaba da cewa AC irin Expanders. A cikin duka, da sarkar yana da biyu da adaftan na'urorin. A farko lambobi ana ciyar da ta Converter. Blue waya daga janareta da aka rufe a kan farantin. Expanders ana amfani da low directivity. Akwai gyare-gyare na uku ko hudu jimloli. Idan muka yi la'akari da farko wani zaɓi, sa'an nan masana shawara don amfani kawai inverting modulators.

A farko sadarwa yarda kusa da farantin. Phase adaftan dole ne a haɗe zuwa da janareta. A wannan yanayin, yalwatãwa juriya a kan talakawan daidaita 40 ohms. Bugu da kari, yana da muhimmanci a kula da rectifier madugu. Idan muka yi la'akari da semiconductor extenders, cewa suna da hudu jimloli. A Converter ake bukata domin haɗa tsarin da transceiver. Ƙulli daga cikin na farko da lambobi sanya a kan janareta. Da juriya na rectifier lokacin da a haɗa karkacewa 45 ohms.

DRL haɗi zuwa cibiyar sadarwar 15 via a yola

Haxawa ta hanyar da DRL gudun ba da sanda ta zo da biyu da adaftan na'urorin. A wannan yanayin, yalwatãwa da ake amfani a kan uku jimloli. Lambobin sadarwa daga janareta ga inverter ake rufe. Ya kamata kuma a lura da cewa, na farko contactor aka kawota ga yalwatãwa. Nan da nan na farko da lambobi rufe da adaftan. Blue waya daga transducer ne guda biyu zuwa ga farantin. Masana sun bayar da shawarar yin amfani da modulators zuwa 4 microns da low matakin na watsin.

Da juriya a kan sarkar a kan talakawan 4 ohms. Biyu lambobi kusa da adaftan. Idan muka yi la'akari da makirci da dipole rectifier, inverter ne kawai tabbatacce polarity. Sama da shi da aka shigar rufi. A insulator a cikin wannan hali ba a bukata. Musamman hankali ne ya biya zuwa haɗa da watsawa. DRL iya kawai za a haɗa via da transceiver.

Connection via adafta beskondensatorny

Danganta DRL daga janareta ta hanyar da adaftan beskondensatorny shafi yin amfani da daya rectifier low watsin. A wannan yanayin, yalwatãwa aka yi amfani da thyristor ko ba tare da shi. DRL a cikin wannan harka kawota via da thyristor. A farko lambobi suna rufe a mikakke fitarwa.

Adaftan kafa domin yalwatãwa. Idan muka yi la'akari da lamba rectifiers, suna kafa da farko lokaci. A jimloli daga janareta an kawota tare da naúrar. Blue waya DRL aka rufe a kan farantin. Idan muka yi la'akari da makirci a kan unijunction modulator, to, kawai dauki biyu yalwatãwa. Resistance a cikin talakawan shi ne 30 ohms. A farko da adaftan da aka kafa domin Converter. Ya Lambobin kusa DRL. Ya kamata kuma a lura da cewa, blue waya an ciyar da farantin. Thyristor da damar amfani da m irin.

Amfani da ire adaftan

Wayoyi zane fitilu tare da ire adaftan ne sosai na kowa. A karkashin Converter rufi aka shigar. Thyristors za a iya amfani da 4 microns. A farko contactor aka shigar ga Converter. Expander ta haɗu kai tsaye zuwa DRL. Ya kamata kuma a lura da cewa na farko da lambobi suna rufe a kan farantin, da kuma shudi waya an ciyar da kai tsaye via da transceiver.

Na biyu adaftan iya shigar da janareta. Duk da haka, shi yana amfani da wani dipole rectifier. Da juriya a kewaye, kamar yadda mai mulkin, ba ya wuce 45 ohms. A isolator an saita kawai ga Converter. Na biyu lamba ne amfani da DRL. Sa'an nan haɗi da adaftan da yalwatãwa. Posting a cikin wannan harka dole ne a tam kulle.

DRL tare da gwamnoni da

Wayoyi DRL tare da mai kula iya samun dama adaftan. A transceiver da ake amfani da saita module ƙananan shugabanci. Ya kamata kuma a lura da cewa na farko da adaftan da aka shigar da janareta. a cikin juriya da kewaye ne daidai ba fiye da 55 ohms. Idan muka yi la'akari da yalwatãwa zuwa uku nomawa, da modulator ne amfani 5 microns. A isolator iya shigar ga DRL. Lantarki a karkashin transducer. Kai tsaye iko da alaka ta hanyar da babba lambobi. DRL za a iya amfani da daban-daban iyawarsa. Idan muka yi la'akari da sarkar da biyu modulators, da adaftan da ake amfani da layi-matakin jimloli.

Rana Gudun fitilu "Panasonic"

Fitilu na wannan alama suna da wani babban watsin. Wayoyi DRL shafi yin amfani da adaftan da kuma guda dipole modulator. Ya kamata kuma a lura da cewa, yalwatãwa da ake amfani a 6 microns. A isolator aka kafa domin DRL. Thyristor ya shafi pulsed ko fitarwa irin.

Idan muka yi la'akari da farko wani zaɓi, da transceiver aka sanya a baya da janareta. mai da'ira juriya ne kamar 45 ohms. DRL iya shigar via da contactors. A nan, da babba da lambobi suna rufe a kan farantin. Masana sun ba da shawara a hankali tsabtace adaftan. A modulator aka saka a kan inverter. Rectifiers ake gyarawa zuwa daya fitarwa ta hanyar da yalwatãwa. Blue waya yana gyarawa zuwa kwano.

DRL "Philips"

How to connect da rana Gudun fitilu, "Phillips"? Fitilu na wannan alama za a iya haɗa via line adaftan. A modulator iya amfani da Converter. Fitilu faruwa da wani babban watsin, duk da haka, suna da wani babban dumama kudi. Wayoyi DRL yana da biyu tubalan. A Converter aka shigar ga janareta. A farko modulator aka saka wa rufi, da kuma juriya ne daidai ba fiye da 45 ohms.

Adaftan gama kai tsaye zuwa DRL. Ya kamata kuma a lura da cewa inverter aka yi amfani da wani na game fitarwa. Don wannan blue waya an ciyar. A modulator an haɗa zuwa karshe. A farko adaftan a kan reamer aka rufe a kan farantin. Idan muka yi la'akari da zane na tashar yalwatãwa, da DRL iya shigar ta cikin biyu tubalan, da kuma juriya na kusa da 40 ohms. A inverter aka rufe a karkashin da janareta. DRL iya alaka ta hanyar da adaftan da wani na game m. Rufi ne da misali ga janareta.

Danganta DRL "Deluxe"

How to connect da rana Gudun fitilu "Deluxe"? Fitilu na wannan alama ake samar a karkashin al'ada da adaftan na'urorin. Expanders da iziznin amfani da duk iri. Standard dangane DHO makirci shafi yin amfani da wani modulator da kuma guda block. A babba lambobi na fitilar aka rufe a kan farantin. Yana zai yi amfani da sukudireba. Ya kamata kuma a lura cewa naúra da aka shigar a baya da janareta. A rectifier kewaye da aka yarda a yi amfani da on uku jimloli. A farko lamba kashi ana ciyar da farko lokaci.

Danganta rana Gudun fitilu yakan haifar da kafuwa Converter da guda tace. A juriya ne game da 45 ohms. DRL da aka kafa ta hanyar da fitarwa line. The gudun ba da sanda da aka jiyar da su rikodin dipole adaftan. A wannan yanayin da ƙananan lamba rufe na biyu lokaci. A rufi dole ne na janareta. A modulator yana gyarawa da watsin na daga 5 microns. mai da'ira juriya a cikin wannan yanki shi ne game da 40 ohms.