I-ACS730KLCTR-20AB-T Ibhodi Yokukhweza Izinzwa Zamanje 1MHZ BANDWIDTH CURRENT SENSOR
♠ Incazelo Yomkhiqizo
| Isibaluli Somkhiqizo | Isibaluli senani |
| Umkhiqizi: | I-Allegro MicroSystems |
| Isigaba somkhiqizo: | Izinzwa zamanje ze-Mount Mount |
| I-RoHS: | Imininingwane |
| Isilinganiso samanje: | 17 mA |
| Uhlobo lwenzwa: | Umqondo wamanje |
| Isikhathi Sempendulo: | 0.7 us |
| I-Operating Supply Voltage: | 5 V |
| Uhlobo Lokukhiphayo: | I-Analog |
| Ibhrendi: | I-Allegro MicroSystems |
| Ubukhulu Bezinga Lokushisa Lokusebenza: | + 125 C |
| Izinga Lokushisa Eliphansi Lokusebenza: | - 40 C |
| Kuyazwela umswakama: | Yebo |
| Iphakheji/Ikesi: | I-SOIC-8 |
| Ukupakishwa: | I-reel |
| Ukupakishwa: | Sika Tape |
| Ukupakishwa: | I-MouseReel |
| Uhlobo Lomkhiqizo: | Izinzwa zamanje |
| Uchungechunge: | ACS730 |
| Inani Lephakethe Lefekthri: | 3000 |
| Isigaba esingaphansi: | Izinzwa |
| Supply Voltage - Max: | 5.5 V |
| Supply Voltage - Min: | 4.5 V |
| Igama lokuhweba: | 1 MHz BAND, GALV ISO Inzwa Yamanje IC |
| Uhlobo: | Linear Hall |
♠ 1 MHz Ububanzi, Inzwa Yamanje Ehlukaniswe Ngamagalaji IC Kuphakheji Le-SOIC8 Yezinyawo Ezincane
I-Allegro™ ACS730 inikeza izixazululo zezomnotho nezinembayo zenzwa yamanje ye-AC noma ye-DC kumasistimu wezimboni, ezentengiselwano, nezokuxhumana.Iphakheji yedivayisi ivumela ukusetshenziswa okulula yikhasimende.Izinhlelo zokusebenza ezijwayelekile zifaka phakathi ukulawulwa kwemoto, ukutholwa nokuphathwa komthwalo, amandla okunikezwa kwemodi eshintshiwe, nokuvikela iphutha elidlulele.
Idivayisi iqukethe okunembayo, okuphansi, isekethe yenzwa ye-Hall eqondile enendlela yokuqhuba yethusi etholakala eduze kwendawo yokufa.Umshini osetshenziswayo ogeleza kulo mzila we-copper conduction ukhiqiza inkambu kazibuthe ezwa i-IC Hall ehlanganisiwe bese iguqulwa ibe amandla kagesi alinganayo.Ukunemba kwedivayisi kuthuthukiswa ngokuba seduze kwendawo kazibuthe kuya ku-transducer yaseHholo.I-voltage enembile, elinganayo inikezwa i-Hall IC, ehlelelwe ukunemba ngemva kokupakishwa.Okukhishwayo kwedivayisi kunomthambeka omuhle lapho amandla akhulayo ageleza kumzila wekhopha oyinhloko (kusuka kuphinikhodi 1 no-2, ukuya kuphini 3 no-4), okuyindlela esetshenziselwa ukuzwa kwamanje.Ukumelana kwangaphakathi kwale ndlela yokuqondisa kuvame ukuba ngu-1.2 mΩ, kunikeza ukulahlekelwa kwamandla aphansi.
Amatheminali endlela yokuhambisa ahlukaniswe ngogesi emithonjeni yezinzwa (izikhonkwane 5 kuya ku-8).Lokhu kuvumela inzwa yamanje ye-ACS730 ukuthi isetshenziswe ezinhlelweni zamanje zohlangothi oluphezulu ngaphandle kokusebenzisa izikhulisamsindo ezisezingeni eliphezulu noma amanye amasu okuhlukanisa abizayo.
I-ACS730 ihlinzekwa ngephakheji encane, enephrofayili ephansi ye-SOIC8.I-leadframe ihlanganiswe ne-matte tin engu-100%, ehambisana nezinqubo zokuhlanganisa zebhodi lesifunda eziphrintiwe mahhala.Ngaphakathi, idivayisi ye-flip-chip ithathwa njenge-Pb-free.Kodwa-ke, ukuxhumana kwe-solder bump kuyatholakala ngenketho ye-Pb-free noma izinga lokushisa eliphezulu le-Pb.Izingxenye zezinombolo ezilandelwa u-“-S” zenziwa ngamaqhubu e-solder asekelwe ku-tin-silver, okwenza lezi zingxenye zihambisane ne-Pb-free ngaphandle kokusebenzisa ukukhululwa kwe-RoHS.Izingxenye zezinombolo ezilandelwa u-“-T” zenziwa ngamaqhubu e-solder asekelwe ku-Pb kusetshenziswa ukukhululwa okuvunyelwe kwe-RoHS.
• Ukusebenza komsindo ohamba phambili embonini ngomkhawulokudonsa othuthuke kakhulu ngokusebenzisa i-amplifier yobunikazi nezindlela zokuklama zesihlungi
• Umkhawulokudonsa ophezulu ophumayo we-analog ongu-1 MHz
• Isekhethi yesinxephezelo sokushisa kwedijithali enelungelo lobunikazi ivumela ukunemba okuphezulu ngaphezu kwezinga lokushisa kunzwa yeluphu evulekile
• 1.2 mΩ ukumelana kwe-conductor okuyinhloko ngokulahleka kwamandla amancane kanye nekhono lokumelana ne-inrush yamanje
• Izigxivizo ezincane, iphakheji ye-SOIC8 enephrofayili ephansi ifanele izinhlelo zokusebenza ezinesikhala
• Isihlangu esihlanganisiwe sicishe siqede ukuhlangana kwe-capacitive ku-conductor yamanje ukuze ife ngenxa yamandla aphezulu we-dV/dt voltage transients
• 5 V, ukusebenza kokunikezela okukodwa
• I-voltage ephumayo ilingana ne-AC noma i-DC yamanje
• Ukuzwela okusikwe efekthrini namandla okukhipha amandla athule ukuze kube nokunemba okuthuthukisiwe
• I-PSRR ephezulu yezindawo ezinomsindo
