Sabbin da asali LDC1612DNTR Haɗaɗɗen kewaye
Halayen Samfur
TYPE | BAYANI |
Kashi | Haɗin kai (ICs) Samun Bayanai - ADCs/DACs - Manufa ta Musamman |
Mfr | Texas Instruments |
Jerin | Mota, AEC-Q100 |
Kunshin | Tape & Reel (TR) Yanke Tape (CT) Digi-Reel® |
Matsayin samfur | Mai aiki |
Nau'in | Inductance-zuwa-Digital Converter |
Yawan Tashoshi | 2 |
Ƙaddamarwa (Bits) | 28 b |
Ƙimar Samfuri (Kowace Biyu) | 4.08k |
Interface Data | I²C |
Tushen samar da wutar lantarki | Kayayyakin Guda Daya |
Voltage - Samfura | 2.7 ~ 3.6V |
Yanayin Aiki | -40°C ~ 125°C |
Nau'in hawa | Dutsen Surface |
Kunshin / Case | 12-WFDFN Faɗar Kushin |
Kunshin Na'urar Mai bayarwa | 12-WSON (4x4) |
Lambar Samfurin Tushen | LDC1612 |
SPQ | 4500/PCS |
Gabatarwa
Samun bayanai (DAQ) yana nufin tarin atomatik na sigina marasa ƙarfi ko wutar lantarki daga na'urorin analog da na dijital kamar na'urori masu auna firikwensin da sauran na'urorin da za a auna, kuma a aika zuwa kwamfutar da ke aiki don bincike da sarrafawa.Tsarin sayan bayanai tsari ne mai sassauƙa, ƙayyadaddun ma'aunin mai amfani wanda ke haɗa software na aunawa da samfuran kayan masarufi dangane da kwamfutoci ko wasu dandamali na gwaji na musamman.
Sayen bayanai, wanda aka fi sani da sayan bayanai, wata hanyar sadarwa ce da ke amfani da na’ura wajen tattara bayanai daga wajen na’urar da shigar da su cikin na’urar.Ana amfani da fasahar sayan bayanai sosai a fagage daban-daban.Misali, kyamarori, makirufo, kayan aikin sayan bayanai ne.
Bayanan da aka tattara sune nau'ikan adadi na jiki waɗanda aka canza su zuwa sigina, kamar zafin jiki, matakin ruwa, saurin iska, matsa lamba, da sauransu, waɗanda zasu iya zama analog ko dijital.Samun gabaɗaya hanya ce ta samfur, wato, tarin bayanai a lokaci ɗaya ana maimaita shi a tazara (wanda ake kira sampling cycles).Yawancin bayanan da aka tattara suna nan take, amma kuma yana iya zama ƙima a cikin wani ɗan lokaci.Daidaitaccen ma'aunin bayanai shine tushen samun bayanai.Hanyoyin auna bayanai tuntuɓar juna ne kuma ba lamba ba, kuma abubuwan ganowa sun bambanta.Ba tare da la'akari da hanya da ɓangaren ba, an tsara shi akan rashin tasiri yanayin abin da ake gwadawa da yanayin auna don tabbatar da daidaiton bayanan.Samun bayanai yana da fa'ida mai fa'ida, gami da samun ci gaba da adadi na jiki na akasin haka.A cikin zane-zane, taswira, da ƙira na taimakon kwamfuta, ana iya kiran tsarin ƙirƙira zane ko hotuna azaman sayan bayanai, wanda a halin yanzu ana tattara bayanan ƙididdiga (ko adadin jiki, kamar launin toka).
Manufar
Samun bayanai yana nufin tsarin tattara bayanai ta atomatik daga na'urorin analog da dijital da ke ƙarƙashin gwaji, kamar na'urori masu auna firikwensin da sauran na'urorin da ke ƙarƙashin gwaji.Tsarin sayan bayanai sassauƙa ne, tsarin ma'aunin da aka ayyana mai amfani waɗanda ke haɗa kayan auna tushen kwamfuta da samfuran software.
Manufar samun bayanai shine auna al'amuran jiki kamar ƙarfin lantarki, halin yanzu, zazzabi, matsa lamba, ko sauti.Samun bayanan tushen PC, wanda aka auna ta hanyar haɗin kayan masarufi, software na aikace-aikace da kwamfuta.Kodayake tsarin sayan bayanai yana da ma'anoni daban-daban dangane da buƙatun aikace-aikace daban-daban, kowane tsarin yana tattarawa, bincika, da nuna bayanai don manufa ɗaya.Tsarin sayan bayanai yana haɗa sigina, na'urori masu auna firikwensin, masu kunnawa, kwandishan sigina, kayan sayan bayanai, da software na aikace-aikace.
Siffofin
Sauƙi-da-Amfani - Ana Bukatar Kanfigaretin Ƙarƙashin
Har zuwa Tashoshi 4 Tare da Madaidaicin Sensor Drive
Tashoshi da yawa suna Taimakawa Tsarin Muhalli da Tsufa
Matsayin Sensor Nesa na> 20 cm Yana goyan bayan Aiki A cikin Muhalli masu wahala
Matsakaicin Madaidaicin Pin da Zaɓuɓɓukan Maɗaukaki:
1.LDC1312/4: 2/4-ch 12-Bit LDC
2.LDC1612/4: 2/4-ch 28-Bit LDC
Gane Kewaye Bayan Diamita na Coil Biyu
Yana goyan bayan Matsakaicin Mitar Sensor na 1 kHz zuwa 10 MHz
Amfanin Wuta:
1.35 µA Yanayin Barci mara ƙarancin ƙarfi
2.200 nA Yanayin Rufewa
2.7 V zuwa 3.6V Aiki
Zaɓuɓɓukan ƙulli da yawa:
1.Clocked Internal Clock Don Ƙananan Tsarin Tsari
2.Support ga 40 MHz External Clock Don Higher System yi
Kariya ga Filayen Magnetic na DC da Magnets