Ci gaban Bincike na Fluxgate Sensor Dangane da Tsarin Injiniyan Micro Electro (MEMS)
Tawagar Chen Jiamin daga Kwalejin Kimiyya ta kasar Sin: Ci gaban bincike akan firikwensin fluxgate dangane da tsarin microelectromechanical (MEMS)
Abubuwan da ke gaba sun fito ne daga sashin edita na kayan maganadisu da na'urori, kuma marubucin ya fito ne daga sashin edita na Magnetic Journal
gabatarwar tawagar
Mr. Chen Jiamin, mai bincike na "Maɓalli na Jiha na Fasahar Ji" na Cibiyar Ƙirƙirar Labarai ta sararin samaniya na Kwalejin Kimiyya ta kasar Sin, mai kula da karatun digiri, dan takara na "Shirin Hazaka ɗari" na Kwalejin Kimiyya ta kasar Sin, mai bincike na musamman (zumunci) na Ƙungiyar Jama'ar Japan don Ci gaban Kimiyya (Farashin JSPS), IEEE Magnetics Memba na al'umma, memba na Majalisar Kayayyakin Kayayyaki da Na'urorin Magnetic Materials Expert Group gwani.
Daidaitacce madawwamin nauyin lantarki na yanzu - cajin ma'aikacin taska - tsufa fitarwa module - sauri caji da kuma fitarwa resistor
Ya tsunduma cikin binciken sabbin kayan ji, na'urori masu auna sigina, spintronic kimiyyar lissafi, kayan aiki da na'urori na dogon lokaci. Ya jagoranci kuma ya shiga cikin Japan's "Shirin Ƙirƙirar Fasaha mai Rushewa" aikin, {ungiyar {asar Japan don Haɓaka Cibiyar Nazarin Kimiyya ta Kimiyya, tana ba da kuɗin aikin bincike na asali na S-level, A-matakin aikin, Aikin matakin B, aikin mai bincike na musamman da Advanced Storage Technology Association aikin, da dai sauransu., kuma a halin yanzu yana kula da mahimman bincike da ci gaba na ƙasa Akwai ayyukan binciken kimiyya da yawa kamar shirin samari na masana kimiyya, Aikin Gidauniyar Kimiyyar Halitta ta ƙasa, Aikin Gidauniyar Kimiyyar dabi'a ta Beijing, Aikin Kwalejin Kimiyya na kasar Sin, Cibiyar Nazarin Kimiyyar Kimiya ta kasar Sin da aikin raya kayan aiki da kayan aiki, da kuma aikin da aka ba kamfani.
Daidaitacce akai-akai na yau da kullun na kayan lantarki na cajin taska mai gwadawa
Jagorar labarin
Na'urori masu auna firikwensin Fluxgate nau'in na'urori masu auna firikwensin maganadisu ne wanda zai iya gano ƙananan mitoci masu rauni ko filayen maganadisu na DC.. Saboda fa'idarsu a cikin ƙuduri, yanayin zafi kwanciyar hankali, daidaito da hankali, Ana amfani da su sosai a cikin matsayi na kewayawa na maganadisu, gano sararin samaniya, gano ma'adinai, Ganewar Geomagnetic, gano halin yanzu da sauran filayen. Domin saduwa da aikace-aikace masu tasowa na ƙananan sassa da tsarin, daminaturization na fluxgate na'urori masu auna firikwensin ya zama wurin bincike na fluxgate na'urori masu auna firikwensin. Micro-electro-mechanical System (MEMS) sarrafawa yana ba da tushen fasaha don ƙara ƙarfin firikwensin fluxgate. Wannan takarda ta taƙaita ainihin ƙa'idodin firikwensin fluxgate, da kuma bayyana tarihin ci gaban fasahar firikwensin micro-fluxgate, ciki har da fasahar micromachining, PCB fasaha da fasahar MEMS. An taƙaita tsarin ci gaba na fasaha na tsarin MEMS fluxgate da matsayin ci gaba na MEMS orthogonal fluxgate., kuma ana sa ran mayar da hankali kan bincike na gaba a wannan fanni.
Mabuɗin kalmomi: fluxgate firikwensin; MEMS; ma'aunin maganadisu; aikace-aikace
1 Gabatarwa
Na'urori masu auna firikwensin Fluxgate rukuni ne na na'urori masu auna firikwensin maganadisu waɗanda ke iya gano ƙananan mitoci masu rauni ko filayen magnetic DC.. Ana amfani da na'urori masu auna firikwensin na al'ada a cikin matsayi na kewayawa na maganadisu, gano sararin samaniya, gano ma'adinai, ganowar geomagnetic, gano halin yanzu da sauran filayen saboda fa'idarsu a cikin ƙuduri, yanayin zafi kwanciyar hankali, daidaito da kuma hankali. Micro drones daban-daban, na'urorin hannu, micro tauraron dan adam, micro current sensosi, ƙananan kamfas ɗin lantarki, biomedicine da sauran filayen aikace-aikacen suna da buƙatu mafi girma don inganci, girma, amfani da wutar lantarki da haɗin kai. Domin saduwa da aikace-aikace masu tasowa na ƙananan sassa da tsarin, ƙarancin na'urori masu auna firikwensin fluxgate ya zama wurin bincike na firikwensin fluxgate.
2 Ƙa'ida da tsari na m fluxgate
layi daya fluxgate - Ci gaban Bincike na Fluxgate Sensor Dangane da Tsarin Injiniyan Micro Electro (MEMS)
3 Fluxgate miniaturization tarihin farashi
3.1 Micromachined Fluxgate
3.2 PCB Fluxgate
3.3 MEMS Fluxgate
4 Binciken MEMS Fluxgate
4.1 Fasaha
4.2 Tsarin
4.3 Orthogonal Fluxgate
5 Aikace-aikacen MEMS Fluxgate
5.1 Robots
5.2 Gwajin Yanzu
5.3 Ganewar biomagnetic
5.4 Binciken Sararin Samaniya
6 Epilogue
a karshe
A cikin shekaru talatin da suka gabata, fluxgates sun sami babban ci gaba a cikin ƙarami, da matsalolin yawan surutu, ƙananan hankali, kuma babban ɗigon zafin jiki wanda ya haifar da ƙaranci na ɗigon ruwa an inganta. Fasahar MEMS a halin yanzu wuri ne mai zafi a cikin ƙaramin ƙararrawa. Fluxgates ta amfani da fasahar MEMS suna da kyawawan halaye kamar ƙananan girman, maras tsada, high hadewa da high matching, kuma an yi amfani da su sosai a fagage da dama.
Zuwa gaba, MEMS fluxgates suna buƙatar ƙara haɓaka tsarin su, tsarin masana'antu, Magnetic core abu, da daidaitawar da'ira don samun bincike tare da mafi girman hankali, ƙananan ƙara, kuma mafi kyawun tsari. A halin yanzu, fasahar firikwensin firikwensin mai girma biyu bisa fasahar MEMS ta balaga sosai. An yi imani da cewa tare da ci gaban fasahar MEMS, hadedde MEMS mai axis fluxgate firikwensin bai kamata ya yi nisa ba.
