Module Resistance Mai Shirye-shirye

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  Ta yaya PRMs ke aiki?

  Gabaɗaya, PRM wani bangare ne kawai wanda aka samar da shi gabaɗaya don yin aiki haka nan kasancewa microcontroller har ma da madaidaicin tushen tsari wanda ke dijital. A NGI PRM wannan wani abu ne wanda ke da alaƙa da haɗin kai a cikin tsari wannan hakika haƙiƙa ƙayyadaddun ƙayyadaddun ƙayyadaddun kariya ce ta gaske da gaske. Mai kula da microcontroller yana ba da lasisi wanda ke lantarki shine ainihin dijital na jikin tsaro, wanda ke canza kariyar da ta dace da matakin ku da ake buƙata.

  Tsaron da ke da tasiri na ƙungiyoyin al'umma wanda aka zaɓa PRM sakamakon ƙima na resistor. The kayan aikin lantarki na shirye-shirye Kariya na iya bambanta da sauri cikin sauri ko dai tare da haɗin kai har ma da resistors waɗanda a zahiri suke cirewa sun bambanta sosai tare da amfani da wutar lantarki zuwa na'urorin lantarki. Wannan wutar lantarki na iya saurin kashe daidaitawa cikin kariyar da ta dace na abu, don haka yana haifar da gyare-gyaren tsaro.

  
  

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  Me zai yi aiki azaman manyan abubuwa game da samun amfani da PRMs?

  PRMs suna ba da fa'idodi iri-iri, gami da:

  1. Sassauci

  Tabbas daga cikin fa'idodin PRMs shine sassaucin su. Suna ba da izini daidai ban da daidaita wannan hakika haƙiƙa ne mai sassauƙa na ƙima zuwa ƙwarewar buƙatun da ke bambanta. Tsaro na iya ƙarewa da canzawa tare da ku yadda ya kamata na da'irar ci gaba, yana samar da yawa da yawa da yawa mafi kyawun tsarin samun PRM.

  2. Ingancin farashi

  PRMs ba su da tsada a cikin ma'amaloli masu kyau na buƙatu. Samfurin NGI wato programmable dc lantarki lodi Ma'amala da kowane ɗayan ƙimar tsaro da ake buƙata, wanda ke rage girman al'amari yana tabbatar da ku sosai maimakon yin amfani da abubuwan da a zahiri ke raba su azaman resistors, capacitors, ban da potentiometers.

  3. Daidaitaccen tsari

  PRMs, kasancewar ainihin tushen tushen microcontroller, suna ba da daidaito ban da daidaitawa wanda yake daidai da tsaro, wanda zai zama da gaske da gaske a cikin tayin buƙatu. Suna kawar da bambance-bambancen ban da kurakurai da aka bayar tare da gyare-gyaren hannu na jikin resistor.

  4. Mai sauƙin kulawa na ban da girma

  PRMs suna ba da sauƙin girma ban da kula da ƙimar kariyar da'ira. Za a iya shirya hanyoyin sarrafa kayan lantarki a zahiri don samun alamun maganganu tare da kashi, waɗanda ke ba da bayanan baya kai tsaye kamar misali ƙimar tsaro.

  
  

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  Menene ainihin nau'ikan Modulolin Juriya na Shirye-shirye?

  An lura a ƙasa a zahiri a zahiri daga cikin fitattun nau'ikan PRMs mafi shahara:

  1. Digital Potentimeters

  Potentiometers na dijital za su ƙare zama ɗaya daga cikin mafi yawan nau'ikan da ake amfani da su. Sun ƙunshi tsarin jiki na resistor wanda za'a iya canza amfani da shi wanda ke samar da hannaye wanda zai iya zama dijital kamar microcontrollers. Potentiometer wanda shine gyare-gyare wannan hakika haƙiƙanin ƙimar dijital ne tare da ƙaura wanda ke cikin gida na wiper har ma da canjin gaɓoɓin juriya. Kariyar NGI mai daraja da gaske tana iya zama cikin sauƙi cikin sauri ta hanyar tafiya a zahiri ta kasance da gaske iri-iri har ma.

  2. Digital Rheostats

  Digital Rheostats ya bayyana kamar dijital potentiometers duk da haka suna aiki kamar m resistors har ma da resistors wanda a zahiri m da gaske m amfani da kafa da'irori don amfani tare da wani kariya da gaske gaske darajar da ke musamman. Digital Rheostats sun maimaita gidan yanar gizon gidan yanar gizo na resistor wanda ke ba mutane damar yin aiki tare da bambance-bambancen da'irar irin wannan inda ba za su iya ɗaukar ma'aunin ƙarfin da ya tsufa ba.

  3. Resistor Arrays

  Ana iya ɗaukar tsararrun masu adawa da ainihin PRMs waɗanda suka faru a cikin kunshin. Sun haɗa da resistors iri-iri a cikin fakitin da ke kaɗaici. Wadannan resistors a zahiri suna waya tare da juna ban da kunshin kasancewa ainihin zabi ne, samar da tsaro wannan hakika hakika an yi shi ne a cikin wani wuri wannan hakika hakika kadan ne.

  4. Abubuwan Haɓakawa na Shirin

  Programmable Enhance Amplifiers (PGAs) ainihin ainihin na'urori ne da aka ƙirƙira don ƙirƙirar haɓaka haɓakar alamun lantarki na musamman. PGAs shirye-shiryen wutar lantarki dc Haɗa tsaro ban da amplifier wanda ke aikialop-amp) da'irori, yana ba da babban matakan haɓakawa ga alamomi waɗanda a zahiri kaɗan ne a zahiri da gaske na lantarki suna samar da kowane ɗayansu cikin inganci don sanar da lafiyar jiki da buƙatun lafiya.

  5. Digital-to-analog converters

  Masu canza dijital-zuwa-analog a zahiri ainihin PRMs ne waɗanda ke canza alamun kasancewa ainihin analog ɗin dijital na gaske wanda ke daidaitawa. An ba da oda da gaske tare da kowane ɗayansu wannan hakika haƙiƙa ne na dijital don ƙirƙirar lasisin analog tare da haɗa ƙimar kariya ko dai cikin kwat da wando har ma da haɗawa. A zahiri ana amfani da DACs gabaɗaya a cikin abubuwan lantarki inda microcontroller ke buƙatar ƙirƙirar alamun analog.

  
  

Me yasa zabar Module Resistance NGI Programmable?

• Sabuwar Cibiyar Masana'antu da Ayyuka

  A cikin aiki da aka sanya tushe sabon NGI 2022. Programmable Resistance Module, wani aiki yanki na 16000 murabba'in mita yana mallakar da tushe. A kan ma'aikata, akwai kusan 200+ kwararru. Duk ma'aikata suna lissafin 50% na ma'aikatan R da D.

• Faɗin Layin Samfura

  Tsarin gwaji don masu ƙarfin ƙarfin ƙarfi, lodin lantarki na DC, da kayan wutan lantarki masu juriya na shirye-shirye.

• Fitaccen Samfura tare da Babban Haɗin kai

  Babban farashi da ajiyar sarari ana ba da izinin na'urar na'urar na'urar haɗakarwa ta baturi daga NGI, wacce ke da tashoshi 24. Da yawa da Indiya, Vietnam, Faransa, Jamus, Amurka a cikin masana'antun sarrafa baturi BMS babba ta amfani da shi Module Resistance Module.

• Fitaccen Samfuri tare da Babban Daidaito

  Tare da matakin nA na yanzu da ƙarfin lantarki na Module Resistance Module, na'urar simintin batirin NGI N8336 tana da inganci sosai. Da dai sauransu, masu amfani da lantarki, allunan kariyar baturi, da kuma guntuwar BMS AFE ana iya gwada su da N8336, babban kayan aiki.

Rukunin samfur masu alaƙa

• samar da wutar lantarki na shirye-shirye
• shirye-shiryen wutar lantarki dc
• programmable dc lantarki lodi
• kayan aikin lantarki na shirye-shirye
• dc na shirye-shirye
• ikon shirye-shirye

Daidai menene aikace-aikacen PRMs?

PRMs suna samun buƙatar su a wurare daban-daban, gami da:

1. Kasuwar ababen hawa

PRMs NGI na iya sauƙaƙe da sauri taimakawa wajen daidaita tsaro na tsarin lura a cikin motar lantarki, kamar tsarin lura da iskar oxygen, tsarin lura da matakin zazzabi, ban da tsarin lura da rafi na sararin sama, waɗanda a zahiri ainihin mahimman al'amura ne a cikin tsarin sarrafa injin lantarki.

2. Masana'antu Automation

A zahiri ana amfani da PRMs don gyara jiyya na kasuwanci daban-daban, gami da daidaita matakin matakin zafin jiki, sarrafa wutar lantarki, ban da manufofin wutar lantarki. samar da wutar lantarki na shirye-shirye Haƙiƙa sun kasance ainihin kayan aiki lokacin da kuka kalli ci gaban ban da jiyya na tsarin jiki na atomatik daban-daban.

3. abokin ciniki dijital na'urorin

Ana amfani da PRMs a zahiri a cikin na'urorin lantarki, gami da wayowin komai da ruwan ban da tsarin jin daɗin gida na gida, don sarrafa haske, ƙarfi, ban da yanayin hankali.

4. Na'urorin Kula da Lafiya

PRMs a cikin buƙatun likita sun haɗa da abubuwan da aka tsara na electrocardiograms (ECGs), electroencephalograms (EEGs), ban da na'urorin electromyography (EMG).

5. Robotik

Ana iya amfani da PRMs a cikin kayan sarrafa kayan aikin mutum-mutumi, musamman waɗanda ke layi wannan tabbas direbobin ke ɗauke da su.

Ba samun abin da kuke nema? Tuntuɓi masu ba da shawara don ƙarin samfuran samuwa.