KAYAN KASA PXI-4136 Rukunin Tushen Tushen Tsarin Tashoshi Guda

Bayanin samfur

NI PXIe-4136 Sashin Ma'aunin Tushen Tsare-Tsaren Tsare-Tsaren Tashar Tashar Guda Daya (SMU). Kayan aiki iri-iri ne da ake amfani da shi don aunawa da kuma samar da voltage da kuma halin yanzu a cikin aikace-aikace daban-daban. PXIe-4136 yana ba da daidaitattun daidaito da ƙuduri, yana sa ya dace da ma'auni daidai.

Umarnin Amfani da samfur

1. Shigar da Software: Don amfani da PXIe-4136, kuna buƙatar shigar da software na NI-DCPower. Tabbatar shigar da tallafi kawai don software na aikace-aikacen da kuke son amfani da shi. Kuna iya saukar da software da ake buƙata daga ni.com/downloads.
2. Tallafin daidaitawa: Samun damar tallafin daidaitawa a cikin wurare masu zuwa dangane da software ɗin ku:
   • LabVIEWNI-DCPower Calibration palette
   • LabWindows/CVI: NI-DCPower aikin panel (niDCPower.fp)
3. Takaddun Shaida: Don ƙarin bayani, ziyarci ni.com/manuals don samun damar sabbin nau'ikan takaddun samfur.
4. Kalmar wucewa: Tsohuwar kalmar sirri don ayyukan kare kalmar sirri shine “NI”.
5. Tazarar daidaitawa: Ana ba da shawarar a daidaita PXIe-4136 sau ɗaya kowace shekara.
6. Kayan Gwaji: Tebur mai zuwa yana lissafin kayan aikin da aka yaba don tabbatar da aiki da tsarin daidaitawa. Idan ba a samu kayan aikin da aka ba da shawarar ba, zaɓi madadin waɗanda suka dace da ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙayyadaddun bayanai.

Kayayyakin da ake buƙata	Samfuran Nasiha	Sigar Auna	Mafi ƙanƙanta ƙayyadaddun bayanai
Dijital multimeter (DMM)	Bayani na 3458A	Duk sigogi banda daidaiton hankali mai nisa	Voltage:
1M shunt na yanzu
1 shunt na yanzu
3k resistor

Software da ake buƙata

Calibrating PXIe-4136 yana buƙatar shigar da software mai zuwa akan tsarin daidaitawa:

• NI-DCPower. An fara tallafawa PXIe-4136 a NI-DCPower 1.
• Yanayin haɓaka aikace-aikacen tallafi (ADE) - LabVIEW ko LabWindows™/CVI™.
• Tsarin aiki mai goyan baya-Windows.

Lokacin shigar da NI-DCPower, kuna buƙatar shigar da tallafi kawai don software na aikace-aikacen da kuke son amfani da su. Samun damar tallafin daidaitawa a cikin wuraren da aka nuna a cikin tebur mai zuwa:

ADE	Wurin Tallafawa Calibration
LabVIEW	NI-DCPower palette Calibration
LabWindows/CVI	Kwamitin aikin NI-DCPower (niDCPower.fp)

Kuna iya sauke duk software da ake buƙata daga ni.com/downloads.

Takardu masu alaƙa

Don ƙarin bayani, koma zuwa waɗannan takaddun yayin da kuke aiwatar da tsarin daidaitawa:

• NI PXIe-4136 Jagoran Farawa
• NI DC Kayan Wuta da Taimakon SMU
• NI PXIe-4136 Bayani dalla-dalla
• NI-DCPower Karatun
• LabVIEW Taimako

Ziyarci ni.com/manuals don sabbin nau'ikan waɗannan takaddun.

Kalmar wucewa

Tsohuwar kalmar sirri don ayyukan kare kalmar sirri NI.

Kayyade tazara

Shawarar tazarar daidaitawa na shekara 1

Kayan Gwaji                                               

Tebur mai zuwa yana lissafin kayan aikin NI da ke ba da shawarar don tabbatar da aiki da hanyoyin daidaitawa. Idan ba a samu kayan aikin da aka ba da shawarar ba, zaɓi madadin ta amfani da ƙananan buƙatun da aka jera a cikin tebur.

Tebur 1. Kayan aikin da ake buƙata don daidaitawa

Kayayyakin da ake buƙata	Samfuran Nasiha	Sigar Auna	Mafi ƙanƙanta ƙayyadaddun bayanai
Dijital multimeter (DMM)	Bayani na 3458A	Duk sigogi banda daidaiton hankali mai nisa	Voltage: <± 9 ppm daidaito da <100 nV ƙuduri. A halin yanzu: <± 25 ppm daidaito da <10 pA ƙuduri.
1 MΩ shunt na yanzu	IET Labs SRL-1M/1Triax	1 μA da 10 μA daidaitattun halin yanzu	<4 ppm daidaici, <0.2 ppm / °C tempco.
1 Ω shunt na yanzu	Ohm Labs CS-1	1 A halin yanzu daidaito	<65 ppm daidaici, <5 ppm / °C tempco.
3 kΩ resistor	Saukewa: PTF563K0000BYEB	Daidaiton hankali mai nisa	0.1% 250mW

Yanayin Gwaji                                               

Bi saitin da bayanan muhalli da ke ƙasa don tabbatar da PXIe-4136 ya dace da ƙayyadaddun da aka buga. Iyakokin gwaji a cikin wannan takaddar sun dogara ne akan bugu na Yuni 2015 na NI PXIe-4136 Bayani dalla-dalla.

• Tabbatar cewa an rufe tashar kullewar tsaro yayin tabbatarwa
• Ci gaba da cabling a takaice gwargwadon yiwuwa. Dogayen igiyoyi suna aiki azaman eriya, suna ɗaukar ƙarin amo wanda zai iya tasiri
• Tabbatar cewa duk haɗin kai zuwa PXIe-4136, gami da haɗin gaban panel da skru, suna
• Tabbatar cewa an saita saurin fan na chassis na PXI zuwa HIGH, cewa masu tace fan (idan akwai) suna da tsabta, kuma ramukan da babu komai sun ƙunshi masu toshe ramuka da filler. Don ƙarin bayani game da sanyaya, koma zuwa Kiyaye Bayanin Sanyi-Tsarin Iska ga Masu Amfani akwai takaddar a com/manuals.
• Bada lokacin dumi na akalla mintuna 30 bayan an kunna chassis kuma an ɗora NI-DCPower kuma ta gane PXIe-4136. Lokacin dumama yana tabbatar da cewa PXIe-4136 da kayan aikin gwaji suna cikin kwanciyar hankali mai aiki.
• Yi amfani da wayar jan karfe mai kariya don duk haɗin kebul zuwa na'urar. Yi amfani da murɗaɗɗen waya don kawar da hayaniya da zafi
• Don tabbatar da tsarin ya sami isasshen lokacin daidaitawa, jira daƙiƙa ɗaya bayan buƙatar sabon halin yanzu ko voltage ko bayan canza kaya kafin ɗaukar awo.
• Ajiye zafi tsakanin 10% zuwa 70%,
• Lokacin yin ma'auni, saita saitunan buɗewa masu alaƙa da lokaci:
  • Saita niDCPower Aperture Time dukiya ko NIDCPOWER_ATTR_APERTURE_TIME sifa ta keken wuta guda 2 (PLCs) akan na'urar.
  • Saita NiDCPower Aperture Raka'a dukiya ko NIDCPOWER_ATTR_APERTURE_TIME_UNITS zuwa zagayowar layin wutar lantarki.
• Saita niDCPower Yana Sanya Mitar Layin Wuta dukiya ko NIDCPOWER_ATTR_POWER_LINE_FREQUENCY sifa ta 50 ko 60 ya danganta da mitar layin wutar AC na ku.

• Kada ku yi amfani da NI-DCPower Soft Front Panel (SFP) don neman maki gwaji don kowane ayyukan daidaitawa saboda ba za ku iya saita lokacin buɗewa ta amfani da
• Tabbatar da cewa kaddarorin ko sifofi na na'urar waɗanda ba a fayyace su a cikin hanyoyin daidaitawa an saita su zuwa tsohowar su
• Lokacin yin ma'auni, saita kowane ƙayyadaddun multimeters na dijital (DMMs) tare da mafi kyawun jeri da saitunan auna don kowane ƙayyadadden gwaji.
• Don hanyoyin tabbatarwa, kula da yanayin zafin jiki na 23 °C ± 5 °C. Kula da yanayin zafin jiki na 23 °C ± 5 °C. Kula da kewayon zafin na'urar ciki na T_kal ±1 °C.1
• Don hanyoyin daidaitawa, kula da yanayin zafin jiki na 23 °C ± 1 °C. Yanayin zafin jiki na PXIe-4136 ya fi na yanayi girma.

Sharuɗɗan aminci don Tsarin Aiki

Tsanaki Hadari voltages har zuwa matsakaicin voltage na PXIe-4136 na iya bayyana a tashoshin fitarwa idan an rufe tasha ta kulle tsaro. Buɗe tasha ta kulle aminci lokacin da hanyoyin haɗin kayan aiki ke samun dama. Tare da amintacciyar tashar kulli ta buɗe, fitarwa voltage matakin / iyaka yana iyakance zuwa ± 40 V DC, kuma za a haifar da kariya idan voltage da aka auna tsakanin na'urar HI da LO ta wuce ± (42 Vpk ± 0.4 V).

Tsanaki Kar a yi amfani da voltage zuwa amintattun hanyoyin haɗin haɗin kulle. An ƙirƙiri mai haɗin maɓalli don karɓar m, buɗe hanyoyin haɗin haɗin yanar gizo na yau da kullun kawai.

Don tabbatar da tsarin da ke ɗauke da PXIe-4136 yana da aminci ga masu aiki, abubuwan haɗin gwiwa, ko masu gudanarwa, ɗauki matakan tsaro masu zuwa:

• Tabbatar cewa akwai faɗakarwa masu dacewa da alamar ga ma'aikata a yankin
• Bayar da horo ga duk masu sarrafa tsarin don su fahimci haɗarin haɗari da yadda za su kare kansu.
• Bincika masu haɗawa, igiyoyi, maɓalli, da kowane gwajin gwaji don kowane lalacewa ko fashe kafin kowane amfani.
• Kafin a taɓa kowane ɗayan haɗin kai zuwa babban tashar tashar ko ma'ana mai zurfi akan PXIe-4136, fitar da duk abubuwan da aka haɗa zuwa hanyar aunawa. Tabbatar da DMM kafin mu'amala tare da haɗi.

Yadda-An samo da Iyakokin Hagu

Iyakokin da aka samo su sune ƙayyadaddun da aka buga don na'urar. NI yana amfani da waɗannan iyakoki don sanin ko na'urar ta cika ƙayyadaddun na'urar lokacin da aka karɓa don daidaitawa.
Iyakokin hagu kamar yadda aka buga sun yi daidai da ƙayyadaddun NI da aka buga don na'urar, ƙarancin maƙallan tsaro don auna rashin tabbas, ɗumbin zafin jiki, da ɓata lokaci. NI yana amfani da waɗannan iyakoki don sanin ko na'urar za ta dace da ƙayyadaddun na'urar sama da tazarar daidaitawa

Calibration Overview

Daidaitawa ya haɗa da matakan da aka nuna a cikin adadi mai zuwa:

1. Saitin farko-Shigar da PXIe-4136 kuma saita shi a cikin Measurement & Automation Explorer (MAX).
2. Tabbatarwa-Tabbatar da aikin da ake yi na PXIe-4136. Wannan matakin yana tabbatar da ko na'urar tana aiki a cikin ƙayyadaddun bayanai da aka buga kafin daidaitawa.
3. Daidaita-Gyara madaidaicin daidaitawar PXIe-4136.
4. Sake Tabbatarwa-Maimaita hanyar Tabbatarwa don tabbatar da cewa na'urar tana aiki a cikin ƙayyadaddun da aka buga bayan

Tabbatarwa

Hanyoyin tabbatar da aikin sun ɗauka cewa akwai isassun rashin tabbas da za a iya ganowa don ma'anar daidaitawa.
Dole ne ku kammala duk hanyoyin tabbatarwa a cikin ƙayyadadden tsari.
Ba kwa buƙatar tabbatar da ma'auni da fitarwa daban-daban. Tsarin gine-gine na PXIe-4136 yana tabbatar da cewa idan ma'auni daidai ne, to fitarwa shima haka ne, kuma akasin haka.

Bayanai masu alaƙa

Tabbatarwa a shafi na 24

Maimaita sashin Tabbatarwa don tantance matsayin hagu na PXIe-4136.

Ƙimar Kai PXIe-4136 Cika matakai masu zuwa don daidaitawa PXIe-4136.

1. Cire haɗin ko kashe duk haɗin kai zuwa PXIe-4136.
2. Bada PXIe-4136 mintuna 30 don dumama tare da PXI chassis magoya bayan da aka saita zuwa
3. Fara NI-DCPower
4. Kira gyaran kai
5. Rufe NI-DCPower

Gwajin Interlock na Tsaro

Don tabbatar da amintaccen aiki na PXIe-4136, gwada kullin aminci don ingantaccen aiki kafin kammala kowane hanyoyin tabbatarwa.

Gwaji tare da Yanayin Haɓaka Aikace-aikacen

1. Cire haɗin mai haɗin fitarwa daga gaban PXIe-4136
2. Tabbatar cewa shigar da kulle-kullen aminci akan na'urar gwajin shine
3. Saita Ayyukan Fitar da niDCPower dukiya ko NIDCPOWER_OUTPUT_FUNCTION sifa ta DC Voltage don PXI-4136.
4. Saita voltage matakin kewayo zuwa 200 V, kuma saita voltagBabban darajar 42.4
5. Saita kewayon iyaka na yanzu zuwa 1mA, kuma saita iyaka na yanzu zuwa 1
6. Ƙaddamar da
7. Tabbatar cewa Voltage Matsayin Nuni shine
8. Bude shigarwar kullewar aminci ta amfani da gwajin
9. Tabbatar cewa Voltage Matsayin Nuni shine
10. Sake saita na'urar ta amfani da Sake saitin niDCPower VI ko Sake saitin niDCPower
11. Tabbatar cewa Voltage Matsayin Mai nuna kore ne.

Tsanaki Idan PXIe-4136 ta kasa gwajin kullewar aminci, dakatar da amfani da na'urar kuma tuntuɓi wakilin sabis na NI mai izini don buƙatar Izinin Kayan Komawa (RMA).

Haɗawa da Daidaita Kayan aiki don Voltage Tabbatarwa

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
   Hoto 2. Voltage Tabbaci ko Tsarin Haɗin Daidaitawa
2. Saita kayan aikin niDPower Fitar da kayan aikin ko NIDCPOWER_OUTPUT_FUNCTION sifa zuwa DC Vol.tage don PXI-4136.

Tabbatarwa Voltage Aunawa da Fitarwa
Kwatanta saitin voltages auna ta DMM zuwa voltage maki gwajin da PXIe-4136 ya nema.
Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.
Tabbatar da jeri a cikin tsari da aka jera a cikin tebur.

Tebur 2. Voltage Fitowa da Tabbatar da Aunawa

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Ƙayyadaddun Ƙimar Aunawa Kamar Yadda Aka Samu (% na Voltage + Kashe)	Iyakar Gwajin Auna As-Hagu (% na Voltage + Ragewa)
600 MV	1 mA	- 600 mV	0.020% + 100 μV	0.0047% + 38.3 μV
		0 MV
		600 MV
6 V	1 mA	-6 V	0.020% + 640 μV	0.0032% + 355 μV
		0 V
		6 V
20 V	1 mA	-20 V	0.022% + 2 mV	0.0052% + 825 μV
		0 V
		20 V
200 V	1 mA	-200 V	0.025% + 20 mV	0.0081% + 10 mV
		0 V
		200 V

1. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
2. Saita niDCPower Sense dukiya ko NIDCPOWER_ATTR_SENSE sifa ta gida.
3. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan
   • Idan zafin na'urar na ciki ya wuce T_kal ±1 °C, jira har zuwa mintuna biyar don yanayin zafi ya daidaita zuwa cikin T_kal ± 1 °C.
   • Idan bayan mintuna biyar kwanciyar hankali har yanzu ya wuce T_kal ± 1 °C, kira daidaitawar kai VI ko
4. Saita matakin akan PXIe-4136 zuwa ƙayyadadden gwaji na farko
5. Kwatanta DMM voltage aunawa zuwa voltage gwajin awo
   • Dauki juzu'itage auna ta amfani da
   • Ƙididdigar ƙasa da babba voltage iyakoki gwajin aunawa ta amfani da dabara mai zuwa:
     Voltage Iyakan Gwajin Aunawa = Batun Gwaji ± (|Batun Gwaji| * % na Voltage + Kashewa)
   • Tabbatar cewa ma'aunin DMM ya faɗi cikin gwajin

6. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan.
7. Idan an ƙayyade kewayon matakin sama da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowane matakin

Tabbatar da Ma'anar Nesa Voltage Offset

Yi amfani da PXIe-4136 a cikin yanayin yau da kullum tare da da'irar gwaji don kwaikwayi voltage sauke tsakanin na'urar da kaya.

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.

Tabbatar da jeri a cikin tsari da aka jera a cikin tebur. Yi amfani da haɗin kai iri ɗaya kamar gwajin da ya gabata.

Tebur 3. Sense Nesa Voltage Tabbatar da Kayyade

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Ƙayyadaddun Ƙimar Aunawa Kamar Yadda Aka Samu	Iyakan Gwajin Auna As-Hagu
600 MV	1 mA	0 V	± 100 μV	± 38.3 μV
6 V			± 640 μV	± 355 μV
20 V			± 2 mV	± 825 μV
200 V			± 20 mV	± 10 mV

1. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
2. Saita niDCPower Sense dukiya ko NIDCPOWER_ATTR_SENSE sifa ta Nesa.
3. Saita matakin akan PXIe-4136 zuwa ƙayyadadden gwaji na farko
4. Kwatanta DMM voltage aunawa zuwa voltage gwajin awo
   1. Dauki juzu'itage auna ta amfani da
   2. Tabbatar cewa ma'aunin DMM ya faɗi cikin gwajin
5. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan.
6. Idan an ƙayyade kewayon matakin sama da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowane matakin

Tabbatarwa Voltage Nesa Sense

Yi amfani da PXIe-4136 a cikin yanayin yau da kullum tare da da'irar gwaji don kwaikwayi voltage sauke tsakanin na'urar da kaya.

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.

Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin tabbatarwa na baya.

Tebur 4. Sense Nesa Voltage Tabbatar da fitarwa

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Loda1	Loda2	Voltage Iyakar Gwajin Sense Nesa
					Loda1	Loda2
1 mA	600 MV	0 mA	3 kΩ	3 kΩ	≤6 µV	≤6 µV
		1 mA

1. Saita Ayyukan Fitar da niDCPower dukiya ko NIDCPOWER_OUTPUT_FUNCTION sifa ta DC Current don PXIe-4136.
2. Saita niDCPower Sense dukiya ko NIDCPOWER_ATTR_SENSE sifa ta Nesa.
3. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
   Hoto na 3. Voltage Tsare-tsare Mai Nisa, Sashe na I2
4. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
5. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan
   1. Idan zafin na'urar na ciki ya wuce T_kal ±1 °C, jira har zuwa mintuna biyar don yanayin zafi ya daidaita zuwa cikin T_kal ± 1 °C.
   2. Idan bayan mintuna biyar kwanciyar hankali har yanzu ya wuce T_kal ± 1 °C, kira daidaitawar kai VI ko
6. Saita matakin akan PXIe-4136 zuwa ƙayyadadden gwaji na farko
7. Dauki juzu'itage auna ta amfani da PXIe-4136.
8. Yi rikodin voltage daga mataki na baya kamar yadda V1.
9. Maimaita matakai uku da suka gabata don sauran wurin gwajin da aka ƙayyade a cikin kewayon. Wannan lokacin, yi rikodin ƙimar azaman V2.
10. Yi ƙididdige kuskuren ma'anar nesa ta amfani da dabara mai zuwa, sannan yi rikodin Kuskuren Sense Nesa = |V2 – V1|
11. Tabbatar da cewa ƙimar da aka yi rikodin ta faɗi cikin gwajin
12. Maimaita matakan da suka gabata. A wannan lokacin, yi haɗin da suka dace kamar yadda aka nuna a cikin adadi mai zuwa:
    Hoto na 4. Voltage Tsare-tsare Mai Nisa, Sashe na II3

Tabbatar da Matsalolin Yanzu

Cire duk haɗin kai daga PXIe-4136 kuma tabbatar da aunawa ta PXIe-4136 a 0 V ya faɗi cikin iyakokin gwaji.

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.

Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin tabbatarwa na baya. Tabbatar da jeri a cikin tsari da aka jera a cikin tebur.

Tebur 5. Tabbacin Kaya na Yanzu

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Ƙayyadaddun Gwajin Kayyade Kayyade Kamar Yadda Aka Samu	Iyakar Gwajin Kayyade As-Hagu
600 MV	1 .A	0 MV	± 200 pA	± 85 pA
	10 A		± 1.4 nA	± 607 pA
	100 A		± 12 nA	± 5.8 nA
	1 mA		± 120 nA	± 58.2 nA
	10 mA		± 1.2 μA	± 582 nA
	100 mA		± 12 μA	± 5.82 µA
	1 A		± 120 μA	± 51 µA

1. Cire haɗin duk kayan aiki daga fitarwa na PXIe-4136.
2. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan
   • Idan zafin na'urar na ciki ya wuce T_kal ±1 °C, jira har zuwa mintuna biyar don yanayin zafi ya daidaita zuwa cikin T_kal ± 1 °C.
   • Idan bayan mintuna biyar kwanciyar hankali har yanzu ya wuce T_kal ± 1 °C, kira daidaitawar kai VI ko
3. Ɗauki ma'auni na yanzu ta amfani da PXIe-4136.
4. Yi rikodin ƙimar daga baya
5. Tabbatar da cewa ƙimar da aka yi rikodin ta faɗi cikin gwajin
6. Idan an ƙayyade iyaka fiye da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowace iyaka

Tabbatar da Dokokin Load

Lura Ko da yake an jera ƙa'idodin lodi azaman ƙayyadaddun ƙayyadaddun bayanai na PXIe-4136, ana buƙatar tabbaci. Idan PXIe-4136 ta gaza ka'idar kaya

Hanyar tabbatarwa, dakatar da amfani da na'urar kuma tuntuɓi wakilin sabis na NI mai izini don neman izinin Komawa (RMA).

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai:

Tebur 6. Tabbatar da Dokokin Load

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Kamar yadda aka samu/A-Hagu Iyaka
10 mA	600 MV	10 mA	2 MV

1. Saita Ayyukan Fitar da niDCPower dukiya ko NIDCPOWER_OUTPUT_FUNCTION sifa ta DC Current don PXIe-4136.

2. Saita niDCPower Sense dukiya ko NIDCPOWER_ATTR_SENSE sifa ta gida.
3. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:

Hoto na 5. Jadawalin Haɗin Dokokin Load

Lura Wayoyin haɗin kai ya kamata su zama 18 ko 20 AWG kuma a takaice gwargwadon yiwuwa don tabbatar da ƙarancin juriya.

1. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
2. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan
   1. Idan zafin na'urar na ciki ya wuce T_kal ±1 °C, jira har zuwa mintuna biyar don yanayin zafi ya daidaita zuwa cikin T_kal ± 1 °C.
   2. Idan bayan mintuna biyar kwanciyar hankali har yanzu ya wuce T_kal ± 1 °C, kira daidaitawar kai VI ko
3. Saita matakin akan PXIe-4136 zuwa ƙayyadadden gwaji na farko
4. Dauki juzu'itage auna ta amfani da PXIe-4136.

Tabbatar da 1 μA da 10 μA Aunawa da Fitar Yanzu

Kwatanta saitin igiyoyin da aka auna da aka ruwaito ta PXIe-4136 zuwa igiyoyin da aka auna ta DMM.

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.

Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin tabbatarwa na baya. Tabbatar da jeri a cikin tsari da aka jera a cikin tebur.

Matsayin Matsayi	Iyakance iyaka da iyaka	Shunt	Batun Gwaji	Ƙayyadaddun Ƙimar Aunawa Kamar Yadda Aka Samu (% na Yanzu + Kayyade)	Iyakar Gwajin Auna As-Hagu (% na Yanzu + Kayyade)
6 V	1 A	1 MΩ	-0.9 V	0.03% + 200 pA	0.0097% + 85 pA
			0.9 V
20 V	10 A		-9 V	0.03% + 1.4 nA	0.0097% + 607 pA
			9 V

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:Hoto na 6. Tsarin Haɗin Kai na Yanzu, Kashi na 1
2. Saita kayan aikin niDPower Fitar da kayan aikin ko NIDCPOWER_OUTPUT_FUNCTION sifa zuwa DC Vol.tage don PXI-4136.
3.  Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
4.  Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan ya cancanta.
   • a) Idan zafin na'urar na ciki ya wuce Tcal ±1 °C, jira har zuwa mintuna biyar don zafin jiki ya daidaita zuwa cikin Tcal ± 1 °C.
   • b) Idan bayan mintuna biyar tsayayyen zafin jiki har yanzu ya wuce Tcal ±1 °C, kira VI ko aiki.
5. Saita matakin akan PXIe-4136 zuwa farkon ƙayyadadden wurin gwaji.
   • Kammala matakai huɗu masu zuwa a cikin mintuna 5 ko ƙasa da haka na kammala mataki na 4 don tabbatar da zafin na'urar cikin gida ya kasance karko.
6. Yi lissafta halin yanzu ta hanyar shunt ta hanyar kammala matakai masu zuwa.
   • a) Yi voltage auna a fadin shunt ta amfani da DMM.
   • b) Raba voltage aunawa ta ƙimar ƙimar shunt.
   • c) Yi rikodin ƙimar ƙididdigewa azaman Aunawar DMM na Yanzu.
7. Yi ƙididdige iyakokin gwajin ƙasa da babba ta amfani da dabara mai zuwa:
   Ƙayyadaddun Ma'auni na Yanzu = Ana Auna DMM Na Yanzu ± (| Aunawar DMM Yanzu | * % na Yanzu + Ragewa)
8. Cire haɗin DMM. Bar fitowar PXIe-4136 akan.
9. Yi haɗin da suka dace kamar yadda aka nuna a cikin adadi mai zuwa: Hoto 7. Haɗin Haɗin Yanzu, Sashe na 2
10. Ɗauki ma'auni na yanzu ta amfani da PXIe-4136.
11. Yi rikodin ƙimar daga mataki na baya.
12. Tabbatar da cewa ƙimar PXIe-4136 da aka yi rikodin ta faɗi cikin iyakokin gwaji.
13. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan matakin.
14. Idan an ƙayyade kewayon matakin sama da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowane matakin matakin.

Tabbatar da Ma'auni na Yanzu da Fitar 100 μA zuwa 100mA
Kwatanta saitin igiyoyi da aka auna ta DMM zuwa wuraren gwajin na yanzu da PXIe-4136 ke nema.
Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.
Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin tabbatarwa na baya. Tabbatar da jeri a cikin tsari da aka jera a cikin tebur.

Tebur 8. 100 µA zuwa 100 mA Fitowar Yanzu da Tabbatar da Aunawa

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji	Ƙayyadaddun Ƙimar Aunawa Kamar Yadda Aka Samu (% na Yanzu + Kayyade)	Iyakar Gwajin Auna As-Hagu (% na Yanzu + Kayyade)
100 A	6 V	-100 A	0.03% + 12 nA	0.0095% + 5.82 nA
		100 A
1 mA	6 V	-1 MA	0.03% + 120 nA	0.0095% + 58.2 nA
		1 mA
10 mA	6 V	-10 MA	0.03% + 1.2 μA	0.0097% + 582 nA
		10 mA
100 mA	6 V	-100 MA	0.03% + 12 μA	0.0139% + 5.82 µA
		100 mA

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
2. Saita kayan aikin Fitar da niDCPower ko sifa ta NIDCPOWER_OUTPUT_FUNCTION zuwa DC Current don PXIe-4136.
3. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
4. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan ya cancanta.
   • a) Idan zafin na'urar na ciki ya wuce Tcal ±1 °C, jira har zuwa mintuna biyar don zafin jiki ya daidaita zuwa cikin Tcal ± 1 °C.
   • b) Idan bayan mintuna biyar tsayayyen zafin jiki har yanzu ya wuce Tcal ±1 °C, kira VI ko aiki.
5. Saita matakin akan PXIe-4136 zuwa farkon ƙayyadadden wurin gwaji.
6. Kwatanta ma'aunin DMM na yanzu zuwa iyakar gwajin ma'aunin na yanzu.
   • a) Ɗauki awo na yanzu ta amfani da DMM.
   • b) Yi ƙididdige iyakokin gwajin ƙasa da babba ta amfani da dabara mai zuwa:
     Ƙayyadaddun Ma'auni na Yanzu = Wurin Gwaji ± (|Matsalar Gwaji | * % na Yanzu + Kayyade)
   • c) Tabbatar da ma'aunin DMM ya faɗi cikin iyakokin gwaji.
7. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan matakin.
8. Idan an ƙayyade kewayon matakin sama da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowane matakin matakin.

Tabbatar da 1 A Aunawa da Fitar Yanzu
Kwatanta saitin igiyoyi da aka auna ta DMM na waje zuwa wuraren gwajin na yanzu da PXIe-4136 ke buƙata.
Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.
Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin tabbatarwa na baya. Tabbatar da jeri a cikin tsari da aka jera a cikin tebur.

Matsayin Matsayi	Iyakance iyaka da iyaka	Shunt	Batun Gwaji	Ƙayyadaddun Ƙimar Aunawa Kamar Yadda Aka Samu (% na Yanzu + Kayyade)	Iyakar Gwajin Auna As-Hagu (% na Yanzu + Kayyade)
1 A	6 V	1 Ω	-1 A	0.04% + 120 μA	0.0058% + 51 μA4
			1 A

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
2. Saita kayan aikin Fitar da niDCPower ko sifa ta NIDCPOWER_OUTPUT_FUNCTION zuwa DC Current don PXIe-4136.
3. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
4. Auna zafin na'urar ciki kuma yi gyare-gyaren kai idan ya cancanta.
   • a) Idan zafin na'urar na ciki ya wuce Tcal ±1 °C, jira har zuwa mintuna biyar don zafin jiki ya daidaita zuwa cikin Tcal ± 1 °C.
   • b) Idan bayan mintuna biyar tsayayyen zafin jiki har yanzu ya wuce Tcal ±1 °C, kira VI ko aiki.
5. Saita matakin akan PXIe-4136 zuwa farkon ƙayyadadden wurin gwaji.
6. Yi lissafta halin yanzu ta hanyar shunt ta hanyar kammala matakai masu zuwa.
   • a) Yi voltage auna a fadin shunt ta amfani da DMM.
   • b) Raba voltage aunawa ta ƙimar ƙimar shunt.
   • c) Yi rikodin ƙimar ƙididdigewa azaman Aunawar DMM na Yanzu.
7. Yi ƙididdige iyakokin gwajin ƙasa da babba ta amfani da dabara mai zuwa:
   Ƙayyadaddun Ma'auni na Yanzu = Wurin Gwaji ± (|Matsalar Gwaji | * % na Yanzu + Kayyade)
8. Tabbatar da cewa ƙididdige ƙimar DMM da aka auna a halin yanzu ya faɗi cikin iyakokin gwaji.
9. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan matakin.

Daidaitawa

Wannan sashe yana bayyana matakan da ake buƙata don daidaita PXIe-4136 don saduwa da ƙayyadaddun bayanai da aka buga.

Daidaita Bayanan Bayani
Daidaitawa yana gyara ƙayyadaddun bayanai masu zuwa don na'urar:

• Voltage daidaiton shirye-shirye
• Daidaiton shirye-shirye na yanzu
• Voltage auna daidaito
• Daidaiton ma'auni na yanzu

Bi tsarin daidaitawa ta atomatik yana sabunta kwanan wata da zazzabi akan na'urar.

Lura Ba kwa buƙatar daidaita ma'auni da fitarwa daban-daban. Tsarin gine-gine na PXIe-4136 yana tabbatar da cewa idan ma'auni daidai ne, to fitarwa shima haka ne, kuma akasin haka.

Ƙaddamar da Zama Daidaitawa

1. Bayan kammala tabbatarwa, jira aƙalla mintuna biyar don yanayin zafin na'urar na ciki ya daidaita.
2. Fara zaman daidaitawa na waje (nau'i na musamman na zaman NI-DCPower) ta hanyar kiran niDCPower Initialize External Calibration VI ko aikin niDCPower_InitExtCal.
3. Kira aikin daidaitawa kai.
   Bi ayyukan da ke ƙasa yayin daidaitawa:
   • Ci gaba da zama a buɗe har sai kun kammala duk hanyoyin daidaitawa.
   • Kammala duk hanyoyin daidaitawa a cikin mintuna 15 ko ƙasa da haka bayan fara zaman daidaitawa na waje.
   • Cika duk hanyoyin daidaitawa a cikin ƙayyadadden tsari.
   • Kada ku daidaita na'urar sai dai kamar yadda aka ƙayyade a cikin hanya.

Voltage da Fitowar Yanzu

Haɗawa da Daidaita Kayan aiki don Voltage Daidaitawa

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
2. Saita kayan aikin niDPower Fitar da kayan aikin ko NIDCPOWER_OUTPUT_FUNCTION sifa zuwa DC Vol.tage don PXI-4136.
3. Saita dukiyar niDPower Sense ko sifa ta NIDCPOWER_ATTR_SENSE zuwa Nesa.

Daidaita Voltage Fitarwa da Aunawa
Kwatanta saitin igiyoyin da aka auna da aka ruwaito ta PXIe-4136 zuwa igiyoyin da aka auna ta DMM.
Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai:

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji
6 V	100 mA	5 V
		-5 V

1. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
2. Saita matakin akan PXIe-4136 zuwa ƙayyadadden gwaji na farko
3. Dauki juzu'itage auna ta amfani da
4. Ajiye ƙimar daga matakin da ya gabata don amfani dashi azaman shigarwa don niDCPower Cal Daidaita VI ko aikin da ake kira a cikin mai zuwa
5. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan.
6. Sabunta ma'aunin daidaitawar fitarwa ta hanyar daidaitawa da kiran niDCPower Cal Daidaita Voltage Level VI ko niDCPower_CalAdjustVoltagmatakin
   1. Shigar da ma'aunin DMM azaman abubuwan da aka auna.
   2. Shigar da maki gwajin azaman abubuwan da aka nema.
   3. Shigar da ƙayyadadden kewayon matakin azaman iyaka.

Daidaita 1 μA zuwa 100mA Fitowa na Yanzu da Aunawa

Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin daidaitawa na baya. Daidaita jeri a cikin ƙayyadadden tsari.

Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai:

Tebur 11. 1 µA zuwa 100mA Fitowa na Yanzu da Daidaita Ma'auni5

Matsayin Matsayi	Iyakance iyaka da iyaka	Batun Gwaji
100 A	6 V	100 A
		-100 A
1 mA	6 V	100 µA6
		-100 µA6

1. Yi haɗin da ake buƙata don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa: Hoto 11. Fitowar Yanzu da Ma'auni Daidaita Haɗin Haɗin Kai
2. Saita kayan aikin Fitar da niDCPower ko sifa ta NIDCPOWER_OUTPUT_FUNCTION zuwa DC Current don PXIe-4136.
3. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
4. Saita matakin akan PXIe-4136 zuwa farkon ƙayyadadden wurin gwaji.
5. Ɗauki awo na yanzu ta amfani da DMM.
6. Ajiye ƙimar daga matakin da ya gabata don amfani azaman shigarwa don niDCPower Cal Daidaita VI ko aikin da ake kira a cikin matakai masu zuwa.
7. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan matakin.
8. Sabunta abubuwan daidaitawa na fitarwa ta hanyar daidaitawa da kiran niDCPower Cal Daidaita Iyakan Yanzu VI ko aikin niDCPower_CalAdjustCurrentLimit.
   • a) Shigar da ma'aunin shunt na yanzu da aka ƙididdige azaman abubuwan da aka auna.
   • b) Shigar da wuraren gwajin kamar yadda ake buƙata.
   • c) Shigar da ƙayyadadden kewayon matakin azaman kewayon.
9. Idan an ƙayyade kewayon matakin sama da ɗaya, maimaita matakan da suka gabata ta amfani da ƙimar da aka ƙayyade a kowane matakin matakin.

Daidaita 1 Fitowar Yanzu da Aunawa
Kwatanta saitin igiyoyin da aka auna da aka ruwaito ta PXIe-4136 zuwa igiyoyin da aka auna ta DMM na waje.
Koma zuwa tebur mai zuwa yayin da kuke kammala waɗannan matakai.
Cika wannan hanya kawai bayan nasarar kammala duk hanyoyin daidaitawa na baya. Daidaita jeri a cikin ƙayyadadden tsari.
Tebur 12. 1 Fitowar Yanzu da Daidaita Ma'auni

Matsayin Matsayi	Iyakance iyaka da iyaka	Shunt	Batun Gwaji
1 A	6 V	1 Ω	1 A
			-1 A

1. Yi haɗin da ake buƙata don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa: Hoto 12. Fitowar Yanzu da Ma'auni Daidaita Haɗin Haɗin Kai
2. Saita kayan aikin Fitar da niDCPower ko sifa ta NIDCPOWER_OUTPUT_FUNCTION zuwa DC Current don PXIe-4136.
3. Saita kewayon matakin farko da aka kayyade, iyaka iyaka, da iyaka akan PXIe-4136.
4. Saita matakin akan PXIe-4136 zuwa farkon ƙayyadadden wurin gwaji.
5. Yi lissafta halin yanzu ta hanyar shunt ta hanyar kammala matakai masu zuwa.
   • Dauki juzu'itage auna a fadin shunt ta amfani da DMM.
   • Raba voltage aunawa ta ƙimar ƙimar shunt.
6. Ajiye ƙimar daga matakin da ya gabata don amfani azaman shigarwa don niDCPower Cal Daidaita VI ko aikin da ake kira a cikin matakai masu zuwa.
7. Idan an ƙayyade maki fiye da ɗaya a kowane matakin matakin, maimaita matakan da suka gabata don kowane wurin gwaji, daga saita matakin zuwa wurin gwajin akan PXIe-4136 har zuwa wannan matakin.
8. Sabunta abubuwan daidaitawa na fitarwa ta hanyar daidaitawa da kiran niDCPower Cal Daidaita Iyakan Yanzu VI ko aikin niDCPower_CalAdjustCurrentLimit.
   • a) Shigar da ma'aunin shunt na yanzu da aka ƙididdige azaman abubuwan da aka auna.
   • b) Shigar da wuraren gwajin kamar yadda ake buƙata.
   • c) Shigar da ƙayyadadden kewayon matakin azaman kewayon.

Residual Offset Voltage

Haɗawa da Sanya Kayan aiki don Daidaita Ragowar Kayyade Voltage

1. Yi haɗin da suka dace don wannan hanya, kamar yadda aka nuna a cikin adadi mai zuwa:
2. Saita kayan aikin niDPower Fitar da kayan aikin ko NIDCPOWER_OUTPUT_FUNCTION sifa zuwa DC Vol.tage don PXI-4136.

Daidaita Rago Voltage Offset
Kawar da saura diyya voltage a 0 V ta hanyar daidaitawa da kiran niDCPower Cal Daidaita
Rago Voltage Offset VI ko niDCPower_CalAdjustResidualVoltageOffset aiki.

Rufe Zama Daidaitawa
Rufe zaman kuma ƙaddamar da sabon madaidaicin zuwa kayan aiki ta hanyar kiran niDPower Close
Ayyukan Calibration na waje VI ko niDCPower_CloseExtCal aiki da ƙayyadaddun ƙaddamarwa azaman aikin kusa da daidaitawa.

Madadin Yin Ayyukan Daidaitawa
Idan na'urarka ta wuce duk hanyoyin tabbatarwa cikin nasara kuma kana son tsallake ɗaukaka ma'aunin daidaitawa, za ka iya sabunta ranar daidaitawa kawai ta hanyar kammala matakai masu zuwa.

Bayanan kula NI yana ba da shawarar bin duk hanyoyin daidaitawa don sabunta matakan daidaitawa da sabunta tazarar daidaita na'urar.

1. Kira ko dai niDCPower Initialize External Calibration VI ko aikin niDCPower_InitExtCal.
2. Kira ko dai niDCPower Close External Calibration VI ko aikin niDCPower_CloseExtCal, yana ƙayyadadden ƙaddamarwa a matakin daidaitawa.

Maimaitawa

Maimaita sashin Tabbatarwa don tantance matsayin hagu na PXIe-4136.

Lura Idan kowane gwajin ya gaza sake tantancewa bayan yin gyara, tabbatar da cewa kun cika Sharuɗɗan Gwajin kafin mayar da PXIe-4136 naku zuwa NI. Koma zuwa sashin Tallafi da Sabis na Duniya don bayani game da albarkatun tallafi ko buƙatun sabis.

Bayanai masu alaƙa

Sharuɗɗan gwaji a shafi na 3 Tabbatarwa a shafi na 6

Taimako da Sabis na Duniya

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DUNIYA ANAN KUMA BAZA DOMIN WASU KUSKURE BA. Abokan ciniki na Gwamnatin Amurka: Bayanan da ke cikin wannan littafin an ƙirƙira su ne akan kuɗi na sirri kuma yana ƙarƙashin haƙƙoƙin haƙƙin haƙƙin haƙƙin haƙƙin haƙƙin haƙƙin haƙƙin bayanai kamar yadda aka tsara a FAR 52.227-14, DFAR 252.227-7014, da DFAR 252.227-7015.

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KAYAN KASA PXI-4136 Rukunin Tushen Tushen Tsarin Tashoshi Guda [pdf] Manual mai amfani PXIe-4136, PXIe-4136 Rukunin Ma'aunin Tushen Tsarin Tashoshi Guda ɗaya, Raka'ar Ma'aunin Tushen Tsarin Tashoshi Guda, Raka'ar Ma'aunin Tushen Tsarin Tashoshi, Raka'ar Ma'aunin Tushen Tsarin, Sashin Auna Tushen, Raka'ar Auna, Raka'a.

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