Yadda za a yi wani caja Imax B6: tare da hannãyensu

Imax B6 caja dace da daban-daban na batura. Sarrafawa gyara ta amfani da ingantaccen microprocessor. Wannan model tsaye a waje mai fadi da kewayon caji halin yanzu. Har ila yau, ya kamata a lura shi ne cewa shi bayar da aiki na wata iyaka cajin. The labari irin ƙarfin lantarki da aka ci gaba da sanya idanu.

Idan muka magana game da caji halaye, da ƙaramar ƙarfin lantarki ne 10 V. A iko ne a wani matakin na 60 watts. Mafi qarancin sallama halin yanzu a gyara daidai 0.1 A. Shi ne ma daraja ambata da m size da na'urar. Da tsawon 133 mm da nisa daga 87 mm, tsarin yana da wani kauri ne kawai 33 mm. Ya kamata ya zama wani canji a cikin kasuwanni game da 1500 rubles. Duk da haka, za ka iya yin Imax B6AC hannuwansu.

caji kewaye

Standard caji kewaye hada da wani microprocessor module, da mai kula da yalwatãwa naúrar. Har ila yau, ya kamata a lura shi ne cewa a cikin na asali version yana amfani da varicap. Tana ajiye hanya na da bugun jini oscillation a cikin wutar lantarki kewaye. Domin karfinsu da batura gana da capacitor. A thyristor ne amfani da biyu da adaftan na'urorin. Don kare caji amfani insulators tare da daban-daban watsin. A ƙofar daya tace aka shigar, wanda gudanar daga amfilifa. Har ila yau, ya kamata a lura shi ne cewa akwai wani cajin eliminator. Kuma shi ne wani ɓangare na yalwatãwa.

Yin naúrar karkashin cajin

Make da ikon samar wa Imax B6 hannuwansu ne quite sauki. A farko gidan wuta da aka zaba. Shockley diode da wannan manufa da damar amfani da wani low-mita irin. Don shawo kan babban ji na ƙwarai daga uku tace an shigar a kan wani lantarki. Sa'an nan, ya yi da ikon samar wa Imax B6 da hannunsa, daukan iko. Ce kashi ne sarrafa a wani irin ƙarfin lantarki na 15 V. Wannan mita iyaka ne daidai akalla 55 Hz.

Shigar da wani daidaita connector

Karkashin Imax B6 daidaita connector da hannuwanku za a iya yi a hanyoyi daban-daban. Mafi sau da yawa da masana line adaftan da ake amfani da wannan. Fara soldering halin kaka daga comparator. An kafa domin yalwatãwa, kuma shi ne ta ~ angare. Lokacin aiki bari korau juriya. Wannan siga a cikin wani al'ada juna ne kamar 50 ohms.

Na biyu taro hanya ne ka shigar da adaftan da ƙungiyar Imax B6. Daidaita connector soldered da hannuwansu ne matsala. A adaftan ne quite wuya a samu. Duk da haka, shi yana da yawa abũbuwan amfãni. Farko da wuya overheats. Har ila yau, abu ne m. Bugu da kari, yana da kyau watsin.

Na'urar haska bayanai don gyara

Make haska for Imax B6 hannuwansu za a iya yin amfani da wani capacitive transistor. Da farko a lokacin taron girbe su ɗauko. Modulator kuxi don amfani mai lamba type. Bugu da ari, su tãyar da zazzabi haska for Imax B6 hannuwansu, kana bukatar ka dauki amfani da lokaci comparator. An shigar da nisa da tushe na tace. A wannan yanayin, adafta ake bukata a kan inverter transistors. Watsin da suka kada ta kasance kasa da 45 microns.

Gyara 10 A

An caji Imax B6 hannuwansu (photo kasa) ne quite sauki. Lokacin aiki, yana da muhimmanci a zabi da hakkin capacitor. Ana rinjayar da sauran yadda ya dace da caji. A asali version na microprocessor amfani da waya nau'in. Don shigar da shi za bukatar amfani da transceiver, wanda aka haɗe zuwa motherboard via a tashar jiragen ruwa. Har ila yau, ya kamata a lura shi ne cewa fitarwa daga caji ƙarfin lantarki ya kamata ba fiye da 8 V.

Masana suka ce, cewa filin-type capacitors kamata a kauce masa. Don rage zafin rana asara daga amfani dõgẽwa tace watsin na 4 microns. Su ba su ji tsoron ƙara mita da kuma kalaman tsangwama. Wani ya kamata a lura da cewa model na da irin wannan aiki a cikin tattalin arzikin yanayin. Kai tsaye shigar da wani triode tare da juriya 40 Ohm. Ta ga shi zaba capacitive irin. Kai tsaye Converter aka shigar ga microprocessor. Ga alama watsa iko soldered comparator.

Tara na'ura 15 a

Tattara 15 A Caja Imax B6 hannuwansu za a iya dogara ne a kan Duplex yalwatãwa. Duk da haka, da fari shi ne a yi wani ta. A asali version an yi shi ba tare da soldering. Har ila yau, ya kamata a lura shi ne cewa tsarin ya kamata a kafa biyu tacewa. Kai tsaye caji ƙarfin lantarki da daraja dubawa da magwajin. Bayan installing da microprocessor soldered triode.

Ce kashi iya amfani da daya adaftan. Thermal fitarwa da wani talakawan daidaita 89%. Kamar wancan ne da watsin dogara a kan al'amurra da dama. Cajin capacitors ne sa tetrodes. Wadannan abubuwa ne iya aiki a mita sama da 40 Hz. Lokacin da irin ƙarfin lantarki na 15 V a aiki hada shafi. Don rage mita na gyara masana bayar da shawarar yin amfani da broadband rectifiers.

Kai sanya gyare-gyare ga 15

Yana da yake faruwa a ranar 15 Imax B6 caja da hannuwanku ba tare da shugaba comparator. Duk da haka, ya kamata a lura da cewa watsin da na'urar ba zai kasance mafi girma daga 5 microns. Babban matsalar a cikin taro iya kunshi wani tetrode. Quite wuya a cikin lokacin da za a sami asali abu da damar 5 PF. Duk da haka, shi za a iya maye gurbinsu da wani mikakke analog, wanda shi ne a duniya kashi. Yana aiki zare jiki a mita babu mafi girma daga 5 Hz. Lokacin da gyaggyarawa taron kamata kullum saka idanu da ƙarfin lantarki.

Tare da ban mamaki karuwa da wannan siga kamata amfani varicap. By rage ji na ƙwarai, za ka iya kokarin maye gurbin tacewa. Bayan installing da CPU ne a yi soldering transistor. Idan amfani filin takwarorinsu, sunã da wani low kudi na sama. Har ila yau, ya kamata a lura shi ne cewa ba za su iya yin aiki a cikin tattalin arzikin yanayin. Zafin aiki abubuwa a cikin talakawan ya 45 digiri. Insulators ga caji ayi kasafi da kafa low watsin.

Na'urorin samar AR

Tattara (tare da saki da AP) Caja Imax B6 kansa (da hannunsa) ne mai sauqi qwarai. Wannan zai bukatar daya kawai adaftan. Yana za a haɗa da yalwatãwa. Idan muka yi la'akari da wani misali caji makirci, da transistor bukatar amfani da wani daidaitacce irin. Har ila yau bukatar gina wani modulator, da kuma wani microprocessor. A Converter iya amfani da biyu faranti, da kuma m mita shi ya zama kamar 50 Hz.

Saboda haka, na'urar cinma high watsin a low zafi asarar. Idan ka yi imani da masana, da tace za a iya gyarawa kawai tare da semiconductors. The fitarwa ƙarfin lantarki a yalwatãwa kada wuce 15 V. Idan akwai matsaloli tare da zafi fiye da kima capacitor insulator cancanci a duba a hankali. Lokacin da ta lalace, za ka iya kokarin tsaftace da rabi.

Model kawai wani amfanin ƙasa na AA

Shin, (tare da shigar da AA) baturi da caja Imax B6 hannuwansu kadan wuya fiye da na baya versions. A wannan yanayin wajibi ne a zabi biyu tashar-type adaftan. Nan da nan microprocessor yana amfani da 50 Hz. Don warware matsalolin da watsin ne misali comparator. Converter a gyara dole ne mai kyau ƙwarai. A asali version, ya ana kiyaye shi ta biyu tace, wanda aka sanya a kan ko dai gefen shi.

Idan ka yi imani da masana, za ka iya amfani da aiki da analogues. Wadannan rariyoyin ba su ji tsoron zafi fiye da kima. Don kare comparator da low madugu insulator amfani. A adaftan ne mafi alhẽri ga amfani a kan wani lantarki, da kuma shigar da shi a bayan yalwatãwa. Sa'an nan da daraja solder varicap. Kai tsaye a karkashin adaftan connector saka kusa da comparator. By kara fitarwa juriya da masana samarwa don maye gurbin tace nan da nan. Shi ne ma daraja a yi imani da jihar na insulator, wanda aka saka a gaba ga microprocessor.

Na'urorin jituwa tare da Li-ion

Make gyare-gyare ga Li-ion karfinsu za a iya dogara ne a kan bude comparator. Yana aiki a wani mita na 55 Hz da copes da kyau tare da watsa daga cikin sinusoidal sakonni. Duk da haka, don fara taron gyare-gyare zama dole ga misali microprocessor naúrar. Kawai to, shi ne a yarda a yi da yalwatãwa, wanda aka saka a kan wani lantarki da aka haɗa wani lantarki kewaye.

Don warware matsalolin da watsin watsawa line irin na iya zama maye gurbin raga analogues. Su ne m, kuma suna m. Varicap kuxi cajin karba tef. Idan akwai matsaloli tare da ji na ƙwarai to farantin masana da shawarar a duba wasan kwaikwayon na microprocessor. Matsalar za a iya samu ne kawai a can.

Na'urori tare da karfinsu LiPo

Make (karfinsu LiPo) caji Imax B6 hannuwansu ne quite sauki, amma zai dauki high quality-adafta don gyara. A microprocessor da aka shigar a kan wani lantarki. Kwararru da yawa bayar da shawarar yin amfani da cakosoban. Su rage hadarin Magnetic tsangwama. Har ila yau, ya kamata a lura shi ne cewa su yi kyau tare da wani sababbu bugun jini a cikin wutar lantarki caji kewaye. A adaftan za a iya shigar a kan wani gyara na transistor.

Kamar wancan, zai dauki daya kawai insulator. Matatu ana amfani da daidaitattun watsin na 4 microns. Idan ka yi imani da masana, musamman hankali ya kamata a biya zuwa tetrode, wanda aka soldered ga comparator. Idan korau juriya canjãwa da cika fuska, wajibi ne a gwada kewaye daga microprocessor. Rated ƙarfin lantarki dole 13 vu. Idan akwai matsaloli tare da watsin da shi ne ko da yaushe daraja dubawa dynistor.

Cajin Ni-CD karfinsu

Gyare-gyare ga Ni-CD karfinsu sau da yawa sanya a kan Magnetic kayayyaki. A yalwatãwa a wannan harka da aka jiyar da su yi amfani da biyu da lambobi tare da watsin kasa da 55 microns. Wasu masana sun ce bayan installing da microprocessor kamata duba korau juriya. Yana da muhimmanci mu tuna cewa siga fitarwa ƙarfin lantarki idan an obalodi 3 A, dole ne ku ƙẽtare 15 V. A inuwõyi an yarda a yi amfani da na'urori tare da tacewa.

A wannan yanayin, dace mika mulki gyare-gyare gare ta na low ji na ƙwarai. Kamar wancan ne da bushing aka saka a baya da yalwatãwa. Idan matsala ta auku ba a wani lantarki shawarar sake dubawa watsin microcontroller. A wasu lokuta, matsalar iya zama a cikin tace. Tare da kadan juriya sabawa iya kokarin kafa wani comparator, wanda zai kashe duk turu amo daga naúrar.

Gyare-gyare karfinsu Pb

Don yin (tare da Pb karfinsu) canji Imax B6 da hannunsa, shi ne shawarar shirya microcontroller 40 Hz, kazalika da extender diode irin. Kwararru a wannan yanayin, rika kada su sa a kashe insulators. Da farko, da suka rage caji siga ji na ƙwarai.

Har ila yau, ya kamata a lura shi ne cewa akwai wasu matsaloli tare da na yanzu canji. Cakosoban cajin mafi sau da yawa amfani unijunction irin. A wannan yanayin, da inverter ya kamata a shigar da rectifier. Tare da radiyo suna amfani da su warware tace matsaloli. Wadannan na'urori dole aiki a mita na 33 Hz. Nuna alama fitarwa obalodi a cajin kada wuce 4 A. transistors sau da yawa amfani low-juriya irin.

Na'urorin ga NiMH batura

To tattara (ga NiMH batura) Caja Imax B6 hannuwansu, za ka iya kawai amfani da daya da adaftan da wani aiki amfilifa. A microcontroller a cikin wannan hali, da misali kafa domin yalwatãwa. Wasu masana shawara to nan da nan duba korau juriya domin kauce wa kara cunkoso matsaloli. A transistor ga caji kafa daidaitacce irin. Da adaftan da ake soldered kai tsaye a gefen da comparator. Just bukatar gyara biyu tace a kananan tanki.

A amfilifa aka kuxi don amfani mai Converter wanda za a iya aiki a wani irin ƙarfin lantarki na 15 V. Shi ne kuma ya kamata a lura da cewa za ka iya kawai kare microprocessor amfani insulators. Triode a cikin na asali version yana amfani da broadband caji irin. Yana withstands transients da kuma da-yi girman nuna karkashin ƙãra danniya.

Aikace-aikace na tsauri radiyo

Yadda za a yi wani caja Imax B6? A amsa wannan tambaya, shi ne ya kamata a lura da cewa tsauri radiyo iya aiki a mitoci up to 35 Hz. Gyara da ake bukata domin taro na farko waya yalwatãwa da kuma kara microprocessor. Matatu ga model ne mafi alhẽri yi amfani da unijunction irin. Wasu masana sun ce cewa kaidinku mai girma ne Resistor tubalan da watsin na 55 microns. A wannan yanayin wajibi ne don auna ƙarfin lantarki fitarwa da kuma duba da juriya. Lokacin da rashin cin nasara a sarkar bada shawarar maye gurbin microprocessor. Adafta don caji iya shigar da wani mai hankali canza. Har ila yau, ya kamata a lura shi ne cewa kayayyaki a cikin faifai tsaye ake amfani da radiation transistors.

Amfani da jawo diode

Yadda za a yi wani caja Imax B6 da hannunsa? Triggers diodes ƙwarai ƙara watsin model. Domin m masana gyara taro rika amfani da capacitor dilators. Duk da haka, da farko domin kayan aiki shigar microprocessor. Har ila yau daraja kula da zabin na high quality kayayyaki. Don kara watsin gyare-gyare da shawarar analog model.

Expander aka shigar a kan adaftan. Don tabbatar da gyare-gyare ya kamata auna matakin na korau juriya conductors. Wannan siga kada wuce 45 ohms. ga caji mai kula ne soldered ga cathode. Ƙima ya kamata game da 30 MV. A karshe tabbatar watsin yalwatãwa. Idan wannan siga ne mafi girma daga 50 microns, sa'an nan caji buƙatar ka shigar a raga tace. Lokacin da low ji na ƙwarai ne ya sa dynistor da adafta.

Cajin da mikakke triggers

Popular sau da yawa cajin tattara a layin triggers. Wadannan abubuwa ne iya aiki a high mita. Suna da low watsin da kuma iyakance maras muhimmanci irin ƙarfin lantarki ne 50 V. Domin tattara da cajin, shi ne shawarar ka shigar da wani microprocessor da kuma tara shimfiɗãwa,. A capacitors a irin wannan na'urorin masana shawara kafa tare da izinin transistors. Har ila yau, ya kamata a lura shi ne cewa a warware matsalar na high mita ne ko da yaushe zai yiwu saboda da tashar tace.