Products

Banana connector, wani na'urar ga shiga wutar lantarki haihuwarka tare (wani lokacin da aka sani da tashoshin jiragen ruwa, matosai, ko musaya). Muna da haši na iri daban-daban, ciki har da D-sub, fiber na gani, na mota, madauwari, audio da video, RF, Telecom, da iko, da kuma USB. Mun kuma gudanar da wani babban selection na connector tashoshi da kuma m tubalan, kazalika da backshells da na'urorin haɗi na iri daban-daban.

XIDA Electronics siyayya wata babbar selection na memory kwakwalwan kwamfuta, cards, da kuma musamman memory kayayyaki ga kowane aikace-aikace, ciki har da ROM kwakwalwan kwamfuta da RAM da DRAM kwakwalwan kwamfuta na kowane iri-iri, Flash cards, FIFO, memory kayayyaki da kuma more.

Tace ta iya aiki, data bas nisa, damar lokaci, aiki irin ƙarfin lantarki, marufi, fil count da kuma more. Nemo memory kayayyakin ga wani m iri-iri na ke dubawa daban da kuma karanta / rubuta aiki bukatunsu, ciki har da mai karko memory aka gyara. Mun Stock memory kayayyakin dace da sabobin, na sirri kwamfuta, na zama, kasuwanci da masana'antu aikace-aikace, da kuma more.

A programmable dabaru na'urar (PLD) ne wani lantarki bangaren amfani da su gina reconfigurable dijital haihuwarka. Ba kamar mai dabaru ƙofar, wanda yana da wani ajali aiki, a PLD yana da wani maras bayyani aiki a lokacin da yi. Kafin PLD za a iya amfani da mai kula da da'ira shi dole ne a tsara, wato, reconfigured.

Ikon management hadedde haihuwarka (ikon management ICs ko PMICs ko PMU kamar yadda naúrar) ne Hadakar haihuwarka (ko da wani tsarin block a tsarin-on-a-guntu na'urar) ga manajan ikon bukatun na rundunar tsarin. Kamar wancan PMIC tana nufin wani m kewayon kwakwalwan kwamfuta, duk da haka mafi hada da wasu nau'i na lantarki ikon hira da / ko dacewa ikon kula da ayyuka. A PMIC ne sau da yawa kunshe a baturi-sarrafa na'urori kamar wayoyin hannu da kuma šaukuwa kafofin watsa labarai da 'yan wasan don rage yawan sarari da ake bukata.

An analog guntu ne mai sa na dada lantarki analog haihuwarka kafa a kan wani guda yanki na semiconductor abu.
A irin ƙarfin lantarki da kuma na yanzu a kayyade maki a haihuwarka na analog kwakwalwan kwamfuta bambanta ci gaba a lokacin. A bambanci, dijital kwakwalwan kwamfuta kawai amfani da kuma haifar da voltages ko igiyoyin a hankali matakan, ba tare da wani tsaka-tsaki dabi'u. Bugu da kari ga transistors, analog kwakwalwan kwamfuta sau da yawa da ya fi girma yawan m abubuwa (Inductor / Capacitors / Resistors) fiye da dijital da kwakwalwan kwamfuta, yawanci yi. Inductors ayan a iya kauce masa saboda su manyan size, da kuma wani transistor da capacitor tare iya yi aikin mai inductor. (Lokacin da wannan hanya da ake amfani a wani CFL, ka samu lantarki ballast.)
Analog kwakwalwan kwamfuta iya ƙunsar dijital dabaru abubuwa don maye gurbin wasu analog ayyuka, ko don ba da damar guntu don sadarwa tare da wani microprocessor. Saboda wannan dalili kuma tun dabaru ne fiye da aiwatar da yin amfani da CMOS fasaha, wadannan kwakwalwan kwamfuta amfani BiCMOS matakai da kamfanoni, irin su Freescale, Texas Instruments, STMicroelectronics da sauransu. Wannan ne da aka sani a matsayin gauraye siginar aiki da kuma damar da zanen kunsa mafi ayyuka a cikin guntu. Wasu daga cikin amfanin hada kaya kariya, rage sassa ƙidaya kuma mafi girma AMINCI.
Pure analog kwakwalwan kwamfuta, a bayanai aiki da aka mafi yawa maye gurbinsu da dijital kwakwalwan kwamfuta. Analog kwakwalwan kwamfuta har yanzu ake bukata domin wideband sakonni a kan lissafi na daukan samfur rate bukatun, high ikon aikace-aikace da kuma a transducer musaya. Bincike da masana'antu a filin ci gaba da girma da kuma ci nasara ba. Wasu misalai na dogon-rayu da kuma sanannun analog kwakwalwan kwamfuta ne 741 aiki amfilifa, da kuma 555 da mai židayar lokaci.
Da samar da lantarki da kwakwalwan kwamfuta, an ma dauke su analog kwakwalwan kwamfuta. Su main nufi shi ne don a samar da kyau-kayyade fitarwa ƙarfin lantarki wadata ga sauran kwakwalwan kwamfuta, a cikin tsarin. Tun da dukan tsarin lantarki bukatar wutar lantarki, samar da wutar lantarki ICs PMICs suna da muhimmanci abubuwa wadanda tsarin.

A lantarki da na'urar aikin injiniya, a fis ne wani lantarki aminci na'urar da cewa aiki don samar da kan halin yanzu kariya daga wani lantarki kewaye. Its da muhimmanci bangaren shi ne wani karfe waya ko tsiri da cewa narke a lokacin da da yawa yanzu gudana ta hanyar da shi, game da shi shiga tsakanin zumunta na yanzu. Yana da wani hadaya na'urar. da zarar wani fis ya sarrafa shi ne bude kewaye, da kuma shi dole ne a maye gurbin ko rewired, dangane da irin.
Fis din da aka yi amfani da matsayin da muhimmanci aminci na'urorin daga cikin farkon zamanin lantarki aikin injiniya. Yau akwai dubban daban-daban fis kayayyaki da da takamaiman halin yanzu da kuma irin ƙarfin lantarki ratings, watse iya aiki da kuma mayar da martani sau, dangane da aikace-aikace. A lokacin da da kuma na yanzu aiki halaye na fis din an zaba don samar da isassun kariya ba tare da alhakin katsewa. Wayoyi dokokin yawanci ayyana a kalla fis halin yanzu rating for musamman haihuwarka. Short haihuwarka, overloading, mismatched lodi, ko na'urar gazawar ne da Firayim dalilai na fis aiki.
A fis ne atomatik wajen cire ikon daga karkatattun tsarin. sau da yawa rage tsawon zuwa talla (atomatik cire hašin Supply). Circuit hutu za a iya amfani da a matsayin madadin zane warware fis din, amma da muhimmanci halaye daban-daban.

An amfilifa ne wani lantarki na'urar cewa qara mawadãta daga wani sakonni. Suna kasafta a game da su ikon yadda ya kamata fadada ko dai wani irin ƙarfin lantarki ko halin yanzu shigar sigina. A irin ƙarfin lantarki amfilifa Yanã shimfiɗa shigar da ƙarfin lantarki sakonni da kuma samar da wani da ya fi girma fitarwa ƙarfin lantarki. Yanzu amplifiers, kuma aka sani da transimpedance amplifiers, sakankancẽwa igiyoyin a bayanai, da kuma fitarwa wani irin ƙarfin lantarki ga load. Transconductance da Transresistance Amplifiers canza wannan sakamako - wani labari irin ƙarfin lantarki ko na yanzu samar da wani da ya fi girma fitarwa yanzu ko ƙarfin lantarki bi da bi.

Daya key yi siga na wani amfilifa ne ta linearity, ko da ikon daidai wakilci shigar da wannan siffar alama a lokacin da yankin a fitarwa. Sauran key yi sigogi hada da kashe kudi, mita martani, amo, da kuma riba bandwidth.

Amplifiers an classified a matsayin A, AB, B, C, D, kuma E. The aji wakiltar adadin bambancin da wani fitarwa sigina yana kan daya sake zagayowar idan shigar da shi a sinusoidal waveform. A mafi mikakke wani amfilifa ne, ƙananan da murdiya samfurin. Class A ne mafi mikakke kuma aji C ne kalla mikakke. Class C ba dace da audio aikace-aikace da kuma yawanci ana amfani da kayayyakin kamar RF riwayar. Classes D da kuma E aka sauya sheka amplifiers cewa zai iya amfani da fitarwa kewaye, saukarwa dauke da masu jituwa resonators, mahara wadata dogo sharuddan sauyawa, kyauta fitarwa dabaru, da kuma PWM da kuma Delta-sigma daidaitowa kara ingancinsu da kuma sake gina da shigar waveform a fitarwa.

A keyswitch ne mai irin kananan canza amfani ga makullin a kan keyboards. Wadannan ne yanzu sun fi mayar daga amfani saboda mafi zamani keyboards amfani da zanen gado na roba tare da lambobin sadarwa a su
Key canza ana amfani da su bayyana a canza sarrafa ta a key, yawanci amfani da burglar ƙararrawa haihuwarka. A mota ƙonewa ne ma wani canji na da irin wannan.

Zango ne electromechanical sauya cewa za a iya actuated da wani sakonni, maimakon ta hannu bude ko rufe da canji. Wannan kananan alama abubuwa a matsayin tsaron don yawa ya fi girma sakonni. A ikon da low-ikon da iko a kan wani high-ikon sigina ne abin da ke sa su irin wannan shahararren lantarki aka gyara.

Transistors ne uku-m na'urorin da za a iya sanya a bipolar maha? Ar (ga wata) form, ko more fiye da yadda kyauta karfe-oxide-semiconductor (CMOS). Aka halitta su daga adjoining n-type da kuma p-type semiconductors a ko dai PNP ko NPN sanyi. Yawanci a irin ƙarfin lantarki ne amfani da wata ƙõfa m kyale halin yanzu gudãna daga hanyar da na'urar inda transistor ayyuka kamar wancan zuwa wani canji. Suna amfani da dijital da tsarin aiwatar da dabaru da ƙofofi, da kantin sayar da bayanai. Analog haihuwarka amfani da su don ƙirƙirar amplifiers da oscillators.

A diode ne biyu-m na'urar da ta wanzu a ko'ina p-type da kuma n-type semiconductors aka kai tsaye adjoined da juna. Da ake ji wani tabbatacce ƙarfin lantarki ga anode ba zai samar da wani gagarumin halin yanzu har da diode ta bakin kofa ƙarfin lantarki an wuce. Da zarar dokin ƙarfin lantarki an wuce yanzu za a yarda ka daga ƙarƙashinsu daga anode ga cathode amma diode zai toshe halin yanzu kwarara daga cathode ga anode karkashin mafi yanayi. Suna amfani da AC-DC gidajen wuta, gidajen radiyo kan ware, electro-tsaye sallama (ESD) haihuwarka, kamar yadda haske kafofin, da dai sauransu

Muna da resistors ga duk aikace-aikace ciki har da guda surface Dutsen, guda ta hanyar rami, trimmers, potentiometers da rheostats, kazalika da dama kaya, networks da kuma iri-iri, da wasu na'urorin haɗi.

A resistor ne m lantarki bangaren cewa ya takaita ko shirya da ya kwarara daga wutar lantarki ta kewaye. A halin yanzu da aka lasafta via Ohm ta dokar: V = IR. Resistance darajar, juriya, kuma wani lokacin har da zazzabi coefficient za a iya ƙaddara ta hanyar karanta launi code, ya nuna wani jerin canza launin makada a gefe na bangaren.

Resistors za a iya amfani da su rage yanzu kwarara ta diode kuma karbi wani watsa layi da kuma hana tunani. Biyu za a iya amfani da su haifar da wani irin ƙarfin lantarki divider cewa samar da wani irin ƙarfin lantarki fitarwa na gwargwado da juriya dabi'u. A janar-manufa shigar / fitarwa (GPIO) transceiver iya yi da fitarwa kafa ta a manyan Pull-up ko ja-saukar resistor cewa an overridden lokacin da GPIO ya zama aiki.

Resistors aka halitta ta amfani da wani iri-iri na kayan, ciki har da carbon kumshin, carbon film, karfe film, da kuma waya rauni. Mabukaci Electronics bukatar su kasance kananan da kuma madaidaici, alhãli kuwa m aikace-aikace na iya bukatar su kasance m na dissipating yawa da iko, saboda haka suka kawo karshen sama da kasancewa ya fi girma.

A kuka ko beeper ne wani audio yi sigina na'ura, wanda zai iya zama inji, electromechanical, ko piezoelectric (piezo for short). Hankula amfani da buzzers da beepers hada gangami na'urorin, Ms., da kuma tabbaci daga mai amfani da shigar da kamar wata linzamin kwamfuta click ko keystroke.
Magana ne electromechanical na'urar wanda ya fitar sauti. Yana hada Computer magana, Digital magana, Electrostatic lasifika, Full-fuska magana, Kakakin lasifika, Lasifika, Magnetostatic lasifika da sauransu.
Reno ne wani makamashi Converter cewa sabobin tuba sauti sakonni zuwa na'urar sakonni.

An lantarki baturi ne a na'urar kunshi da daya ko fiye electrochemical Kwayoyin tare da waje sadarwa bayar ga ikon lantarki na'urorin kamar flashlights, wayoyin salula na zamani, da kuma lantarki motoci.
Batura zo a da yawa siffofi da kuma masu girma dabam, daga dada Kwayoyin amfani da iko da jin AIDS da kuma agogai na hannu ga kananan, bakin ciki Kwayoyin amfani da wayoyin salula na zamani, to manyan gubar acid batura amfani da motoci da manyan motoci, da kuma a cikin mafi girma matsananci, babbar baturi bankuna da girman dakuna da cewa samar da jiran aiki ko gaggawa ikon for tarho mu'amala da kwamfuta data cibiyoyin.

Capacitors ne mai m lantarki bangaren da biyu tashoshi da cewa adana electromagnetic makamashi a cikin nau'i na wani lantarki filin. Tashoshi suna da alaka zuwa biyu conductive faranti da cewa suna da wani dielectric abu tsakanin su. Su adana wutar lantarki a kan su conductive faranti. A cajin faranti rabu da dielectric abu ƙirƙirar wani lantarki filin.

Capacitance ne mai siga na a capacitor da cewa nuna adadin adana wutar lantarki ga wani ba irin ƙarfin lantarki amfani da su ta tashoshi. An auna a farads (F). Alal misali, anya da capacitance zai biyu adana wutar lantarki (na bai wa m ƙarfin lantarki a tashoshi).

Capacitors suna classified bisa jiki kayayyakin amfani na uku-Layer shugaba dielectric shugaba tsarin. Ga misali, wadanda tare da karfe dielectric electrolyte kayan ana kira electrolytic capacitors. karfe yumbu karfe ake kira yumbu capacitors, da dai sauransu, waɗanda suke ba polarized iya alaka ko dai zuwa tabbatacce ko korau ƙarfin lantarki. Idan sun kasance polarized su dole a haɗa wani m ƙarfin lantarki, tare da m m ana alama a kan marufi.

A crystal oscillator ne wani lantarki oscillator kewaye cewa yana amfani da inji rawa na da faɗakarwar crystal na piezoelectric abu don ƙirƙirar wani sakonni, da wata s mita. Wannan mita ne sau da yawa amfani da su ci gaba da lura da lokaci, kamar yadda a cikin ma'adini agogai na hannu, don samar da wani barga Agogon alama ga dijital Hadakar haihuwarka, kuma don daidaita mitoci for rediyo riwayar da masu karba. Mafi na kowa irin piezoelectric resonator amfani ne ma'adini crystal, don haka oscillator haihuwarka kunsawa su zama da aka sani kamar crystal oscillators, amma sauran piezoelectric kayan ciki har da polycrystalline tukwane ake amfani a irin wannan haihuwarka.
A crystal oscillator, musamman daya sanya na ma'adini crystal, yana aiki ta gurbata da wani lantarki filin a lokacin da ƙarfin lantarki ne amfani da wani lantarki kusa ko a kan crystal. Wannan dukiyar da aka sani a matsayin electrostriction ko kishiya piezoelectricity. Lokacin da filin da aka cire, da ma'adini - wanda oscillates a daidai mita - ya haifar da wani lantarki filin kamar yadda ya kõmo zuwa ta gabata siffar, kuma wannan zai iya samar da wani irin ƙarfin lantarki. A sakamakon haka ne cewa a ma'adini crystal behaves kamar wani RLC kewaye.
Ma'adini lu'ulu'u ne kerarre for mitoci daga 'yan dubun kilohertz zuwa daruruwan megahertz. Fiye da biliyan biyu lu'ulu'u ne kerarre shekara. Mai ana amfani ga mabukaci na'urorin kamar agogai na hannu, agogo, gidajen radiyo kan ware, kwakwalwa, da kuma cellphones. Ma'adini lu'ulu'u kuma sami ciki gwajin da kuma ji kayan aiki, kamar counters, siginar janareto, da kuma oscilloscopes.

An inductor, kuma ya kira wani nada, shaƙa ko reactor, shi ne m biyu-m lantarki bangaren cewa Stores makamashi a wani Magnetic filin a lokacin da wutar lantarki yanzu gudana ta hanyar da shi. An inductor yawanci kunshi wani makaran waya rauni a cikin wani nada a kusa da wani core.

Magnetic beads an tsara su don kashe high mita amo kuma karu kutse a kan alama Lines, ikon Lines, kuma ma sha electrostatic hatsaisai. Magnetic beads ana amfani da su sha UHF sakonni, kamar wasu RF haihuwarka, PLL, oscillating haihuwarka, da matsananci high mita memory haihuwarka (DDRSDRAM, RAMBUS, da dai sauransu), wanda bukatar ƙara Magnetic beads zuwa shigar da wani ɓangare na samar da wutar lantarki. Magnetic dutsen ado yana high resistivity da permeability, wanda yake daidai a layi daya juriya da kuma inductance, amma da juriya darajar da inductance darajar bambanta da mita.

Gidajen wuta ne kawai biyu inductors da karfi juna hada guda biyu tsakanin su. Mataki na-saukar gidajen wuta rage ƙarfin lantarki daga shigar ikon source zuwa wani mawadãta cewa shi ne kasa da haɗari, kuma ma fiye da m, a harkokin kasuwanci da kuma gidaje. Mataki na-up gidajen wuta kara da irin ƙarfin lantarki ga ya fi dacewa watsa a tsawon nisa daga ikon Lines. Gidajen wuta suke da muhimmanci ga rarraba da wutar AC.

XIDA lantarki ta jajirce wajen samar da karin m Unlimited worldwide mafi daban-daban abokan ciniki da kudin-tasiri fasahar kayayyakin. mun samu nasarar kaddamar da duniya kasuwar na dijital multimeter, mota instrumentation, lantarki gwajin makami, kare muhalli da kuma thermal analysis instrumentation, aminci instrumentation, janar magwajin, ji kuma k kida da dijital ajiya oscilloscopes da sauran 10 da fadi da kewayon manyan Categories kayayyakin, da kuma ci gaba da yin jerin samfurin diversification, da kuma cikakken saduwa da musamman bukatun daban-daban abokan ciniki.

Kwamfuta; kullum fada cikin daya daga wadannan hudu Categories:
Matsa lamba firikwensin
A matsa lamba haska yawanci ƙaddara matsa lamba na gas ko taya. Sun yi aiki da samar da wani lantarki alama a sakamakon matsin lamba generated a matsayin aiki na karfi da ake bukata domin dakatar da wani ruwa ko gas daga fadada. Matsa lamba na'urori masu auna sigina suna kuma sau da yawa kira matsin lamba transducers, matsa lamba riwayar, piezometers da kuma matsa lamba Manuniya, a tsakanin sauran sunayen. Su ana amfani da iko da kuma kula da aikace-aikace.
Motion da Position kwamfuta;
A motsi da kuma matsayin haska damar domin ji daga matsayi, ko dai a cikin cikakkar sharuddan (cikakkar matsayin haska), ko a zumunta sharuddan (dangi, ko kawar da Na'urar haska). Motion ko matsayin masu auna sigina iya auna mikakke matsayin wata na'urar (mikakke matsayin haska), mai kusurwa matsayin canje-canje, kazalika da Multi-axis matsayin canje-canje. Daga cikin mafi mashahuri a amfani a wearables da hannu IoT na'urorin ne accelerometer da gyroscope masu auna sigina.
Tantancewar kwamfuta;
Tantancewar na'urori masu auna sigina maida babban haske, ko da wani canji a cikin haske, a cikin wani lantarki sigina wanda ke da zaa iya karanta ta wani da makami. Wadannan na'urori masu auna sigina, kuma ake kira photoelectric na'urori masu auna sigina, suna nan iya sanin ko da wanzuwar kuma positional gaban wani abu. Tantancewar na'urori masu auna sigina suna amfani da fadi da dama masana'antu aiki da kai aikace-aikace, kazalika da sayar da kayayyakin. Daga cikin mafi mashahuri ne fiber na gani na'urori masu auna sigina, kusanci na'urori masu auna sigina, da kuma aminci haske labule masu auna sigina.
Thermal kwamfuta;
thermal na'urori masu auna sigina ne na'urorin da cewa samar da wani sakonni, a mayar da martani ga zafin jiki ko wani canji a zazzabi. Su ne na game ga masana'antu aikace-aikace da bukatar feeback don kula da wani mafi kyau duka zazzabi aiki kewayo. Kowane kan-zazzabi karatu zai iya sa'an nan haifar a cikin kashewa na na'ura mika rayuwa da kuma kula da wani hadari aikin yanayi. The biyu main iri thermal na'urori masu auna sigina ne zazzabi na'urori masu auna sigina da kuma zafi masu auna sigina.

Drivers ne kwazo da riwayar. Suna gyara domin tuki a musamman fasahar iyali, ko sadarwar misali da rage wuya da zane na wani ya fi girma tsarin ta hanyar aiwatar da duk dacewa ladabi da wutar lantarki bukatun. Alal misali, wani LED direban offloads babban halin yanzu tushen / kwatami bukatu, daga CPU / AP GPIOs da kuma uwa da direban bangaren. Interface aka gyara na iya ƙunsar direbobi da masu karba (radiyo), wanda su ne m aka gyara da za a iya amfani da su aiwatar da wani sadarwa na cibiyar sadarwa da kuma aiki a matsayin repeaters.

A lantarki, an opto-isolator, kuma ya kira wani optocoupler, photocoupler, ko Tantancewar isolator, shi ne bangaren da cewa Canza wurin na'urar sakonni tsakanin biyu ya zama ruwan dare haihuwarka ta yin amfani da light.Opto-isolators hana high voltages daga shafi na tsarin karbar signal.Commercially samuwa opto-isolators tsayayya da shigar-to-fitarwa voltages up to 10 kVand ƙarfin lantarki transients da gudu up to 25 KV / μs.

A na kowa irin opto-isolator kunshi wani LED da wani phototransistor a cikin wannan opaque kunshin. Sauran iri source-haska haduwa hada LED-photodiode, LED-LASCR, kuma fitila-photoresistor nau'i-nau'i. Yawancin lokaci opto-isolators canja wurin dijital (on-kashe) sakonni, amma wasu dabaru damar da su da za a yi amfani da tare da analog sakonni.

Haske emitting Diodes yi amfani da m-jihar lighting fasahar samar da haske ta hanyar m al'amarin, da gaske a semiconductor. Wannan su dur} ushe daga sauran haske kafofin kamar Lagwani kwararan fitila (ta hanyar wani wuri) ko karami mai kyalli kwararan fitila (ta hanyar gas). Da muhimman hakkokin inji haske samar gudanar a ranar Band-to-Band recombination ko radiation.