KAYAN RUWAN Moku LabVIEW Jagorar Mai Amfani da Hijira na API

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Moku: Sigar software na Lab 3.0 babban sabuntawa ne wanda ke kawo sabbin firmware, mu'amalar mai amfani, da APIs zuwa Moku: Lab hardware. Sabuntawa yana kawo Moku:Lab daidai da Moku:Fro da Moku:Go, yana sauƙaƙa raba rubutun a duk dandamalin Moku. Sabuntawa yana buɗe ɗimbin sabbin abubuwa ga yawancin kayan aikin da ake dasu. Hakanan yana ƙara sabbin abubuwa guda biyu: Yanayin Muti-instrument da Moku Cloud Compile. Akwai wasu bambance-bambancen dabi'u na dabara da aka tsara su a cikin sashin daidaitawa na Baya.

Wannan sabuntawa kuma yana rinjayar gine-ginen APl, don haka sabon kunshin API ba zai kasance da baya da ya dace da rubutun APl na yanzu ba. APlusers za su buƙaci tura rubutunsu zuwa sabon fakitin Moku APl idan sun haɓaka Moku:Lab ɗin su zuwa sigar 3.C. Masu amfani da API tare da haɓaka software na al'ada ya kamata su yi la'akari a hankali matakin ƙoƙarin da ake buƙata don jigilar coce ɗin da ke akwai. Moku:Lab 1.9 ba a ba da shawarar sabbin tura kayan aiki ba kuma duk abokan ciniki ana ƙarfafa su haɓakawa. Daga ƙarshe, Moku:Lab sigar 1.9 zai rasa goyon baya, daidai da manufofin mu na Ƙarshen Rayuwa. Idan batutuwa sun taso bayan haɓakawa, masu amfani za su sami zaɓi don rage darajar zuwa nau'in software 19.

Wannan jagorar ƙaura tana zayyana advantages na sabuntawa da yuwuwar rikitarwa na ɗaukakawa zuwa Moku:Lab sigar 3.0. Hakanan yana bayyana tsarin haɓaka Lab ɗinVIEW APl da yadda ake rage darajar Moku: Lab ɗinku idan ya cancanta.

Sigar 3.0 sabbin abubuwa

Sabbin fasali
Sigar software ta 3.0 tana kawo Yanayin Instrument Multi-Instrument da Moku Cloud Compile zuwa Moku:Lab a karon farko, da kuma yawan aiki da haɓaka amfani a cikin rukunin kayan aikin.

Yanayin kayan aiki da yawa
Yanayin Muli-instrument akan Moku: Lab yana bawa masu amfani damar tura kayan aiki guda biyu lokaci guda don ƙirƙirar tashar gwaji ta al'ada. Kowane kayan aiki yana da cikakkiyar damar shiga abubuwan shigar da abubuwan analog, tare da haɗin kai tsakanin ramukan kayan aiki. Haɗin haɗin kai tsakanin kayan aiki yana goyan bayan babban sauri, ƙarancin latency, sadarwar dijital ta ainihi har zuwa 2 Gb/s, don haka kayan aikin na iya gudana da kansu ko kuma a haɗa su don gina bututun sarrafa siginar ci gaba. Masu amfani za su iya canza kayan aiki a ciki da waje ba tare da katse sauran da ke kusa ba. Masu amfani na ci gaba kuma za su iya tura nasu algorithms na al'ada a Yanayin kayan aiki da yawa ta amfani da Moku Cloud Compile.

Moku Cloud Compile
Moku Cloud Compile yana ba ku damar ƙaddamar da sarrafa siginar dijital na al'ada (DSP) kai tsaye zuwa Moku: Lab FPGA a Yanayin kayan aiki da yawa. Rubuta code ta amfani da a web browser da tattara shi a cikin gajimare; sannan yi amfani da Moku Cloud Compile don tura bitstream zuwa ɗaya ko fiye da na'urorin Moku manufa.

Oscilloscope

• Yanayin ƙwaƙwalwar ajiya mai zurfi - adana har zuwa 4M samples kowane tasha a cikakken sampYawan ling (500 MSa/s)

• Ingantaccen bene amo
• Logarithmic Vrms da Vpp sikelin
• Sabbin ayyukan taga guda biyar (Bartlett, Hamming, Nuttall, Gaussian, Kaiser)

Matsakaicin mataki

• Masu amfani yanzu za su iya fitar da mitar diyya, lokaci, da amplitude as analog voltage sigina
• Masu amfani yanzu za su iya ƙara saitin DC zuwa siginar fitarwa
• Fitowar igiyoyin sine mai kulle-lokaci yanzu ana iya ninka mitar har zuwa 250x ko raba ƙasa zuwa 0.125x
• Ingantattun bandwidth (1 Hz zuwa 100 kHz)
• Babban nade lokaci da ayyukan sake saitin atomatik

Waveform Generator

• Fitowar amo
• Modulation mai faɗin bugun jini (PWM)

Kulle-ciki Ampliifier (LIA) 

• Ingantattun ayyuka na kulle-kulle mai ƙaranci na PLL
• An rage mafi ƙarancin mitar PLL zuwa 10 Hz
• Ana iya ninka siginar PLL na ciki yanzu har zuwa 250x ko raba ƙasa zuwa 0.125x don amfani a cikin lalata.
• Madaidaicin lambobi 6 don ƙimar lokaci

Analyzer Response Analyzer

• An ƙara matsakaicin mitar daga 120 MHz zuwa 200 MHz
• Ƙara mafi girman wuraren sharewa daga 512 zuwa 8192
• Sabon Dynamic AmpSiffar litude tana haɓaka siginar fitarwa ta atomatik don mafi kyawun ma'auni mai ƙarfi
• Sabon Yanayin auna In/Int
• Shigar da jikewa gargadi
• Tashar lissafi yanzu tana goyan bayan madaidaitan ma'auni masu ƙima waɗanda suka haɗa da siginonin tashoshi, suna ba da damar sabbin nau'ikan ma'aunin aikin canja wuri mai rikitarwa.
• Masu amfani yanzu za su iya auna siginar shigarwa a cikin dBVpp da dBVrms ban da dBm
• Ana nuna ci gaban sharar yanzu akan jadawali
• Ana iya kulle axis ɗin mitar yanzu don hana sauye-sauyen haɗari yayin sharewa

Akwatin Kulle Laser

• Ingantattun zane-zane na toshe yana nuna hanyoyin siginar sigina da na'ura
• Sabon kulle stages fasalin yana bawa masu amfani damar tsara tsarin kulle su
• Ingantattun ayyuka na kulle-kulle P_L mara-ƙara
• Madaidaicin lambobi 6 don ƙimar lokaci
• Ingantattun ayyuka na kulle-kulle P_L mara-ƙara
• Mafi ƙarancin mitar PLL ya ragu zuwa 10 Hz
• Ana iya ninka siginar PLL a yanzu har zuwa 250x ko kuma a raba ƙasa zuwa 0.125x don amfani a cikin lalata.

WASU

• Ƙara goyon baya don aikin sinc zuwa editan daidaitawa wanda za'a iya amfani dashi don samar da tsarin raƙuman ruwa na al'ada a cikin Ƙwararriyar Waveform Generator
• Maida binary LI files zuwa tsarin CSV, MATLAB, ko NumPy lokacin zazzagewa daga na'urar

Taimakon API da aka haɓaka
Sabon kunshin Moku API yana samar da ingantattun ayyuka da kwanciyar hankali. Zai karɓi sabuntawa na yau da kullun don haɓaka aiki da gabatar da sabbin abubuwa.

Iyakokin dacewa da baya

API
Sabon Moku LabVIEW Kunshin API baya dacewa da baya da Moku:LabLabVIEW API. Abubuwan shigarwa da fitarwa sun bambanta gaba ɗaya. Idan kun yi babban haɓaka software na al'ada ta amfani da Moku: Lab LabVIEW API, la'akari da tasirin ƙaura duk software ɗinku don dacewa da sabon API.

Yayin Moku: Lab 1.9 LabVIEW Kunshin API ba zai ƙara karɓar sabuntawa ba, Liquid Instruments zai ci gaba da ba da tallafi ga masu amfani waɗanda ba za su iya ƙaura zuwa sabon kunshin API Nemo cikakken tsohon ba.ampLes ga kowane kayan aiki a cikin sabon Moku LabVIEW Kunshin API don yin aiki azaman tushe don jujjuya ci gaban APl kafin zuwa sabon fakitin APl.

koma baya

RAM faifai don shigar da bayanai
Shafin 1.9 yana da 512 MB filetsarin a cikin RAM na na'urar, wanda za'a iya amfani dashi don shigar da bayanai a high samprating rates. Wannan ba ya samuwa a cikin sigar 3.0. Don kunna shigar da bayanai, ana buƙatar katin SD. Wannan yana iyakance saurin shigar bayanai zuwa kusan 250 kSa/s don tashar 1 da 125 kSa/s na tashoshi biyu.

Shigar da bayanai zuwa CSV
Shafin 1.9 yana da ikon adana bayanai kai tsaye zuwa CSV file yayin shiga. Ba a samun wannan fasalin kai tsaye akan sigar 3.0. Masu amfani waɗanda aikinsu ya haɗa da adana CSV files kai tsaye zuwa katin SD ko abokin ciniki yanzu zai buƙaci fara canza binary file zuwa CSV, ko dai ta amfani da aikace-aikacen abokin ciniki ko ta shigar da kayan aikin Liquid na tsaye File Mai juyawa zuwa kwamfutar da suke amfani da shi don sarrafa bayanai.

Canje-canje mara-baya- masu jituwa

Rahoton da aka ƙayyade na LIA
A cikin sigar 1.9, mun aiwatar da sikelin bayanai kamar haka ninka siginar 0.1V DC guda biyu ya haifar da fitowar 0.02 V DC. A cikin sigar 3.0, mun canza wannan kamar sakamakon shine 0.01V DC, wanda ya fi dacewa da tsammanin abokan ciniki.

Dole ne a kunna fitarwar Waveform Generator don amfani da shi azaman tushen daidaitawa
A cikin sigar 1.9, za a iya amfani da tsarin kalaman tashoshi daban-daban azaman hanyar daidaitawa ko jawo tushe a cikin Waveform Generator, ko da an kashe fitowar wannan tashar. An cire wannan a cikin sigar 3.0. Masu amfani waɗanda ke son yin ƙirar ketare ba tare da buƙatar cire kayan aikin na'urarsu ba za su buƙaci daidaita aikin su.

Moku LabVIEW API

Moku LabVIEW An yi nufin fakitin API don samar da LabVIEW masu haɓaka albarkatun da ake buƙata don sarrafa kowace na'urar Moku kuma, a ƙarshe, ikon haɗa waɗannan sarrafawa cikin manyan aikace-aikacen mai amfani na ƙarshe.

Sabon Moku LabVIEW Kunshin API yana samar da abubuwa masu zuwa:

• Cikakken aiki examples ga kowane kayan aiki.
• Tsarin zane mai toshe wanda ke da sauƙin fahimta kuma zai iya zama farkon mafarin mai amfani don keɓancewa da daidaitawa.
• Asetof Vlfunctions yana ba da cikakken iko akan na'urar Moku.

A halin yanzu kayan aikin tallafi

1. Sarrafa Waveform Generator
2. Logger Data
3. Akwatin Tace Dijital
4. FIR Tace magini
5. Analyzer Response Analyzer
6. Kulle-ciki Amplififi
7. Akwatin Kulle Laser
8. Mai nazari na dabaru
9. Oscilloscope
10. Matsakaicin mataki
11. Malami Mai hangen nesa
12. Waveform Generator
13. PID Controller
14. Yanayin kayan aiki da yawa
15. Moku Cloud Compile

Shigarwa

Abubuwan bukatu

• LabVIEW version 2016 ko daga baya
• Manajan VIPaccage (VIPM)

Idan kuna da sigar baya ta Moku LabVIEW APlinstalled, da fatan za a cire kafin a ci gaba. Kuna iya cire fakitin daga mai sarrafa fakitin VI ta zaɓi Kunshin Uninstall.

1. Zazzage kuma shigar da Moku LabVIEW kunshin daga Liquid Instruments websaiti a
2. Kunshin zai shigar ta mai sarrafa fakitin VI. Da zarar an gama, ya kamata ku iya ganin fakitin da aka jera a ƙarƙashin "shigar" a cikin VI Package Manager.
   Hoto na 1: Manajan Kunshin JKI VI
   
   Lura: Sauran fakitin da aka jera anan dogarawa ne da ake amfani da su don yawo bayanai.

Moku API yana canzawa

Sabon Moku LabVIEW Tsarin gine-ginen APl ya bambanta sosai da wanda ya riga shi don haka baya baya da ya dace da rubutun API na yanzu. Mai zuwa Sauƙaƙe Oscilloscope example yana nuna bambance-bambance tsakanin gadon da sabbin fakitin API kuma yana aiki azaman taswirar hanya don jigilar lambar data kasance.

Oscilloscope example
Hoto 2: Oscilloscope APl kwatanta

Matakan jeri

1. Fara zaman Abokin ciniki kuma saka Oscilloscope bitstream zuwa Moku
2. Saita tushen lokaci kuma saita tazarar hagu- da hannun dama don axis na lokaci
3. Ƙirƙirar tsarin igiyar ruwa, daidaitawa, da kuma haifar da igiyar ruwa akan tashar 1
4. Samu bayanai, sami firam guda ɗaya na bayanan daga Oscilloscope.
5. CENITENES
6. Ƙare zaman Abokin ciniki

Jerin da aka bayyana a sama shine sauƙaƙan exampdon kwatanta bambance-bambance tsakanin gado da sabbin fakitin APl. Baya ga fara zaman abokin ciniki, loda bitstream na kayan aiki zuwa Moku, da kuma ƙare zaman abokin ciniki, mai amfani na ƙarshe zai iya aiwatar da kowane adadin ayyuka daban-daban don biyan bukatun aikace-aikacen su.

Bambance-bambance
Anan, muna duban bambance-bambance tsakanin APIs guda biyu don kowane mataki a cikin jerin.

1. Fara zaman Abokin ciniki na Maku kuma saka Oscilloscope bitstream zuwa Moku
   Sabuwar APl ta raba haɗin zaman abokin ciniki da loda kayan aikin bitstream zuwa ayyuka daban-daban, 1A da 1B. Duk rubutun suna farawa da waɗannan ayyuka 2.
   
2. Tushen saita lokaci
   Ayyukan kayan aiki a cikin sabon APl yanzu ayyuka ɗaya ne. A baya can, wannan tsari ne na mataki 2 a cikin API ɗin gado. Aiki na farko yana canza sigogin shigarwa zuwa igiyar JSON kuma aikin sakanni yana aika umarni zuwa Moku. Bugu da ƙari, sigogin ayyuka a cikin gadon APl sun ƙunshe a cikin gungu. Yawancin sigogin ayyuka a cikin sabon APl sune abubuwan sarrafawa na mutum ɗaya.
   Hoto 4 Saita tushen lokaci
   
3. Ƙirƙirar yanayin motsi
   Aikin samar da tsarin igiyar ruwa aiki guda ɗaya ne a cikin sabon API. A wannan misali, sigogin ayyuka suna ƙunshe a cikin gungu. Akwai ayyuka da yawa a cikin sabon AP waɗanda ke buƙatar sigogin shigarwa da yawa; A irin waɗannan lokuta, ana amfani da gungu.
   
4. Samu bayanai
   Ayyukan samun bayanai kuma aiki ɗaya ne a cikin sabon API. A cikin wannan misalin, sigogin ayyuka sune abubuwan sarrafawa guda ɗaya na APIs guda biyu. Gadon ARl yana buƙatar ƙarin aiki don canza bayanan fitarwa daga tsarin kirtani na JSON zuwa jerin lambobi na kowane tashoshi.
   Hoto 7: Rufe API
   
   
5. Ƙare zaman Abokin ciniki na Moku
   Aikin API na Kusa aiki ɗaya ne a cikin sabon API. Duk rubutun suna ƙare da wannan aikin.
   Hoto 7: Rufe API
   

Kwatancen Palette
Kuna iya samun makamantan manyan fayilolin kayan aiki a cikin babban palette na Liquid Instruments Moku, wanda aka gani a hoto na 8. Sa'an nan, a cikin kowane babban fayil ɗin kayan aiki za ku sami makamancin ayyukan kayan aiki, wanda aka gani a hoto na 9 da Hoto na 10.
Hoto: Babban palette, palette na API na hagu, sabon palette na API dama.

Hoto 9: Legacy Oscilloscope kayan aikin babban fayil hagu, sabon babban fayil kayan aikin Oscilloscope dama.

Hoto 10: Ayyukan kayan aiki

Moku LabVIEW APl ya dogara ne akan Moku API. Don cikakkun takaddun Moku APl, koma zuwa Moku API Reference samu anan https://apisliquidinstruments.com/reference/. Ƙarin cikakkun bayanai don farawa da Moku LabVIEW Ana iya samun API a
https://apis.liquidinstruments.com/starting-labview.html.

Tsarin raguwa

Idan haɓakawa zuwa nau'in 3.0 yana da iyakacin iyaka, ko kuma ya yi tasiri, wani abu mai mahimmanci ga aikace-aikacenku, zaku iya rage darajar zuwa sigar baya ta 1.9. Ana iya yin hakan ta hanyar a web mai bincike.

Matakai

1. Tuntuɓi Liquid Instruments kuma sami file don firmware 1.9.
2. Buga adireshin IP na Moku: Lab a cikin a web browser (duba hoton allo).
3. A ƙarƙashin Sabunta Firmware, bincika kuma zaɓi firmware file Instruments na Liquid.
4. Zaɓi Upload & Sabuntawa. Tsarin sabuntawa na iya ɗaukar fiye da mintuna 10 don kammalawa.
   Hoto 11: Hanyar ragewa
   

Takardu / Albarkatu

KAYAN RUWAN Moku LabVIEW API Hijira [pdf] Jagorar mai amfani Moku LabVIEW API Hijira, LabVIEW API Hijira, API Hijira, Hijira

Magana

• Manual mai amfani