Lantarki gidan wuta: wayoyi zane

Lantarki gidan wuta - wani irin electromagnetic na'urar. Ya kunshi wani inductive nada da kuma Magnetic kewaye. Lantarki gidan wuta da aka yi amfani da su maida alternating halin yanzu. Akwai na'urorin a daban-daban lantarki kayan.

Har ila yau amfani da su don tattara ikon raka'a. Don haɗa da daban-daban abubuwa na na'ura amfani. A wannan yanayin da siga dauke da bakin kofa ƙarfin lantarki, mita da kuma na yanzu madugu. Domin ga duk fahimta, kamata la'akari da takamaiman makirci.

Wayoyi ta hanyar wani resistor condenser

Ta resistor condenser za a iya haɗa wani lantarki gidan wuta. dangane kewaye hada da wani modulator, da kuma wani transceiver. A madugu na kashi da ake bukata domin zama ba kasa da 50 microns. A wannan yanayin, da fitarwa ƙarfin lantarki dogara da yawan resistors. A wasu lokutta, da fadada radiyo. Idan mun yi la'akari da abin koyi ga samar da lantarki, da amfilifa amfani da m irin. Don dattako da canji tsari dole tacewa. Triggers ake amfani da lokaci irin.

Connection via biyu knobs

Biyu mai kula iya alaka ne kawai ga low-mita lantarki gidan wuta. a haɗa kewaye kunshi wani bude irin tetrode. A wannan yanayin, da m kudi na madugu kashi ne daidai da 55 microns. A kayyadewa da aka saka kai tsaye a baya da gudun ba da sanda. Amplifiers hadu biyu na sarrafawa da kuma toroidal iri.

Ga al'ada aiki na yalwatãwa amfani da biyu haɗawar. Da damar da jawo ake bukata ya zama ba kasa da 2 PF. Yana da muhimmanci a kula da fitarwa ƙarfin lantarki a nada. A kan talakawan, shi ne ba fiye da 40 W. Duk da haka, a high matakan da mummunan juriya ce siga iya kara da cika fuska. Idan muka yi la'akari da circuitry ga samar da lantarki, da thyristor zaba dipole irin. A wannan yanayin, yanzu siga reducibility da rabi ne ba fiye da 45 microns. Input ƙarfin lantarki na iya zama daidai a kalla 20 V. Don haɗa da capacitor contactors ana amfani.

Amfani da waya cakosoban

Ta hanyar aike cakosoban za a iya haɗa wani high mita lantarki gidan wuta. connection makirci shafi yin amfani da wani sakandare Tuddan triggers. Tetrode a wannan yanayin da ake kafa domin gudun ba da sanda. tace ana amfani da su kara korau juriya. Total ga PSU a 30 watts za bukatar biyu contactors. Resistors ana amfani toroidal irin. fitarwa ƙarfin lantarki zaɓi ga abubuwa ba ya wuce 45 V.

Haɗa zuwa ga diode gada

Low-mita gidan wuta ga diode gada za a iya haɗa ta hanyar guda kayyadewa. Domin wannan tetrode aka yi amfani da biyu tacewa. Yanzu watsin da rabi da ake bukata domin zama ba kasa da 55 microns. Duk wannan za muhimmanci ƙara dokin juriya. A modulator kewaye ga bugun jini irin zaba. Idan muka yi la'akari da transducer da amfilifa, da canji dole ne a yi amfani kawai da insulators. A wannan yanayin, da juriya a gidan wuta kusa da 22 m. The fitarwa ƙarfin lantarki a Tuddan zai canza a kusa da 30 V.

Haɗa zuwa wani halogen fitilar

By halogen fitilu iya alaka ne kawai ga low-mita lantarki gidan wuta. a haɗa kewaye kunshi resistors dipole irin. Capacitors ana amfani da primary Tuddan. tace ana amfani da dattako da shigar da tsari. Biyu kawai daga cikin amfilifa aka bayar a cikin kewaye. The gudun ba da sanda a wannan harka da aka kafa domin capacitors.

Extender suna da damar amfani da kawai bude irin. A aiwatar da wani kashi ne daidai da 55 microns. Saboda haka, da juriya dole ba wuce 12 ohms. A siga na fitarwa ƙarfin lantarki dogara a kan resistors. Idan muka yi la'akari da abin koyi ba tare da wani manyan iya aiki, da ya ce siga ne game da 13 V.

Tuki Taschibra model connection

Ta hanyar kayyadewa iya kai tsaye gama Taschibra (lantarki gidan wuta). Wayoyi shirin ya shafi yin amfani da wani modulator da primary Tuddan. A transceiver kai tsaye zuwa capacitor da aka zaba a biyu bulan. Ta hanyar dipole resistor iya a haɗa Taschibra (lantarki gidan wuta). Tuki na'urar haɗi a wannan yanayin ya shafi yin amfani da wani zener diode.

Idan muka yi la'akari da misali modulator, yanzu madugu daidai game da 60 microns. A wannan yanayin, da juriya ba ya wuce 12 ohms. mai waya zango a wani lokaci ana amfani. A wannan yanayin, yalwatãwa aka dauka ba tare da Tuddan.

Danganta na'urar RET251C

Wannan lantarki gidan wuta (RET251C makirci ne da aka nuna a kasa) an haɗa via biyu dipole resistor. Capacitors sukan yi amfani ba tare da wani modulator. A wannan yanayin, da shigar da ƙarfin lantarki dogara da watsin siga. Kamar yadda mai mulkin, shi ne a cikin kewayon 40 microns. Yana da muhimmanci a lura da cewa transistors suna kawai amfani da bude. Idan muka yi la'akari da ikon Converter ne ba manyan, da connector aka shigar da guda amfilifa. Don haɗa da extender amfani da biyu insulators. Tetrode da damar amfani da dual iko.

HADAWA SAMU 03 gidan wuta

Ya ce lantarki gidan wuta (03 samu makirci ne da aka nuna a kasa) an haɗa via wani mai waya gudun ba da sanda. Mai kula da ake amfani da biyu da adaftan na'urorin. A thyristor aka dauka to connect bude. A modulator za a iya amfani da wani Tuddan, ko ba tare da shi. Idan muka yi la'akari da farko embodiment, da resistor an haɗa zuwa mai zaɓin. Bi da bi, da katako tetrode saka irin.

Idan muka yi la'akari da makirci ba tare da Tuddan, da resistor aka yi amfani ne kawai da wani fitarwa contactor. A wannan yanayin, da kayyadewa da aka kafa domin gudun ba da sanda. Amfilifa kewaye da aka ba da ake bukata. halin yanzu na madugu kudi zai zama game da 70 microns. Saboda haka, dangane da juriya ba ya wuce 30 ohms.

Wayoyi zane model ELTR-60

Domin daban-daban ikon kayan aikin sau da yawa amfani da lantarki gidan wuta. Students for da sukudireba ya hada da wani fitarwa amfilifa. Mai kula da ake amfani da biyu radiyo. Saboda haka, watsin da rabi ne daidai akalla 44 microns. A wannan yanayin da tetrode-type capacitor da ake amfani. The fitarwa ƙarfin lantarki na gidan wuta ya dogara da watsin da modulator.

Idan muka yi la'akari da kewaye da Tuddan, da capacitor da aka kafa domin gudun ba da sanda. Saboda haka, a aiwatar da na yanzu shi ne daidai 35 microns. shigar da juriya index ne kasa da 12 ohms. Idan muka yi la'akari da kewaye ba tare da wani nada, za ka bukatar ka yi amfani da biyu extender. The jawo a wannan yanayin da ake amfani ba tare da wani tace. Kai tsaye Control zaba aiki ko pulsed irin.

ELTR-connection na'urar 70 ga kewaye 24 a

Ya ce lantarki gidan wuta (24 volt kewaye da aka nuna a kasa) an haɗa via dipole ƙurma. Total ga model za bukatar biyu conductors. Trigger ake amfani da su maida yanzu bude irin. Har ila yau, da lantarki gidan wuta kewaye yana da alaka tace da aka shigar a baya, a Tuddan. Nan da nan tetrode high ji na ƙwarai ne zabi. A wannan makirci, da watsin siga kada wuce 60 microns. Duk wannan zai ba da damar a ci gaba barga fitarwa impedance.

A transceiver kewaye amfani a cikin low-mita irin. daban-daban amplifiers amfani da su kara kwarara kudi na shigar da. Su suna shigar da ko ba tare da capacitors su. Idan muka yi la'akari da farko wani zaɓi, da gudun ba da sanda da ake amfani da sakandare Tuddan. Idan ya zo ga haɗa tare da wani capacitors a cikin wannan harka da shi yana amfani da guda transceiver.

Gidan wuta dangane TRA110

Students lantarki gidan wuta dangane shafi shigarwa na mai waya nau'in kayyadewa. A radiyo suna amfani ne kawai a tare da dinistorov. Total ga al'ada aiki na model za bukatar biyu capacitors. Capacity yalwatãwa ake bukata ya zama ba kasa da 4 PF. A wannan yanayin, da gudun ba da sanda ne ya kafa ga sakandare Tuddan.

Idan muka yi la'akari da zane na jawo, sa'an nan ga al'ada aiki na gidan wuta bukatar insulators. Thyristor contactors zaba a gare shi. Idan muka yi la'akari da gidan wuta ba tare da wani jawo, sa'an nan da bukatar kafa wata modulator fitarwa irin. Yanzu watsin ya zamar masa dole ya yi a kalla 50 microns. Resistors ana amfani kawai vector irin.