Okukhiphayo kwamanje kwe-AC
Okukhiphayo kwesigaba esisodwa (RMS) | 0 -- 40A / isigaba, ukunemba: 0.2% ± 5mA |
Okuthathu kwamanje kokuphumayo okuhambisanayo (RMS) | 0 -- 120A / isigaba sesithathu ekuphumeni okuhambisanayo kwesigaba |
Duty Cycle | 10A |
Amandla aphezulu okukhiphayo ngesigaba ngasinye | 400VA |
Umkhawulo wamandla okukhiphayo wezigaba ezintathu ezihambisanayo zamanje | 1000VA |
Ubukhulu. isikhathi sokusebenza sokukhiphayo esivumelekile se-triple parallel current | 10s |
I-Frequency Range | 0 -- 1000Hz, ukunemba okungu-0.01Hz |
Inombolo ye-Harmonic | 2-20 izikhathi |
Isigaba | 0-360 o Ukunemba: 0.1 o |
Okukhiphayo kwamanje kwe-DC
Okukhiphayo kwamanje kwe-DC | 0--± 10A / isigaba, ukunemba: 0.2% ± 5mA |
I-AC voltage okukhiphayo
I-Single phase voltage output (RMS) | 0 -- 125V / isigaba, ukunemba: 0.2% ± 5mv |
Okukhipha amandla kalayini (RMS) | 0--250V |
Isigaba se-voltage / amandla okukhipha amandla omugqa | 75VA/100VA |
Ibanga lemvamisa | 0 -- 1000Hz, ukunemba: 0.001Hz |
I-Harmonic wave | 2-20 izikhathi |
Isigaba | 0-360 o Ukunemba: 0.1 o |
Ukukhishwa kwe-voltage ye-DC
I-amplitude ye-voltage yesigaba esisodwa | 0-± 150V, ukunemba: 0.2% ± 5mv |
I-amplitude yokuphuma kwe-voltage yomugqa | 0-±300V |
Isigaba se-voltage / amandla okukhipha amandla omugqa | 90VA/180VA |
Izinombolo zebanga lesikhathi sokushintsha nokulinganisa
Shintsha itheminali yokufaka | 8 iziteshi |
Othintana naye emoyeni | 1 -- 20 mA, 24 V, okukhiphayo kwangaphakathi okusebenzayo kwedivayisi |
Ukuguqulwa okungenzeka | Ukuthintana okwenziwayo: isignali yesekethe emfushane yokumelana okuphansi Othintana naye osebenzayo: 0-250V DC |
Shintsha itheminali yokuphumayo | Amapheya ama-4, akukho othintana naye, amandla okuphuka: 110V / 2A, 220V / 1A |
Abanye
Ubude besikhathi | 1ms -- 9999s, ukunemba kokulinganisa: 1ms |
Ubukhulu | 338 x 168 x 305 mm |
Ukunikezwa kwamandla kagesi | I-AC220V±10%,50Hz,10A |
1. Hlangana nazo zonke izimfuneko zokuhlola esizeni. Leli thuluzi linomthamo we-voltage wezigaba ezine ezijwayelekile kanye nokuphumayo kwamanje kwezigaba ezintathu. Ingahlola ama-relay ahlukahlukene endabuko kanye namadivayisi okuvikela, kanye nokuvikela okuhlukahlukene kwesimanje kwamakhompiyutha amancane, ikakhulukazi ukuvikela amandla okuhlukanisa i-transformer nokwenza isipele. Idivayisi ozifakela yona yenza ukuhlola kube lula futhi kuphelele.
2. I-Classic Windows XP interface yokusebenza, isikhombimsebenzisi esinobungane somshini womuntu, ukusebenza okulula nokusheshayo; ikhompuyutha yokulawula yezimboni esebenza kahle kakhulu kanye nesibonisi sombala weqiniso esingu-8.4-inch TFT esinokulungiswa okungu-800×600, inganikeza ulwazi olucebile, okuhlanganisa okokusebenza kwesimo samanje sokuSebenza kanye nolwazi oluhlukahlukene losizo.
3. Isistimu ye-Windows XP yomdabu iza nomsebenzi wokubuyisela ukuze kugwenywe ukuphahlazeka kwesistimu okubangelwa ukuvala shaqa okungekho emthethweni.
4. Ifakwe ikhibhodi yezimboni ezacile kakhulu negundane le-optical, imisebenzi ehlukahlukene ingaqedwa ngekhibhodi noma ngegundane njenge-PC evamile.
5. Ibhodi eliyinhloko lokulawula lamukela isakhiwo se-DSP+FPGA, okukhiphayo kwe-16-bit DAC, futhi lingakhiqiza amaza e-sine anobukhulu obuphezulu obungu-2000 ngesonto kumagagasi ayisisekelo, athuthukisa kakhulu ikhwalithi ye-waveform kanye nokunemba komhloli.
6. I-amplifier yamandla ithatha i-high-fidelity linear amplifier yamandla, engagcini nje ngokuqinisekisa ukunemba kwamandla amancane, kodwa futhi iqinisekisa ukuzinza kwamandla amakhulu.
7. I-interface ye-USB isetshenziselwa ukuxhumana ngqo ne-PC, ngaphandle kwezintambo ze-adaptha, okulula ukuzisebenzisa.
8. Ingaxhunywa kukhompuyutha ephathekayo ukuze isebenze.
9. Ngomsebenzi wokulinganisa, ugwema isidingo sokuvula icala ukuze ulinganise ukunemba ngokulungisa i-potentiometer, ngaleyo ndlela uthuthukise kakhulu ukuzinza kokunemba.