I-LEEM-24 Isivivinyo Sokuklama Ibhuloho Logesi Elingalingani

Izivivinyo
1. Bazi kahle isimiso sokusebenza sebhuloho likagesi elingalingani;
2. Bazi kahle isimiso nendlela yokusebenzisa amandla kagesi aphumayo ebhuloho elingalingani ukuze kulinganiswe ukumelana nokuguquguquka;
3. Sebenzisa inzwa ye-thermistor nebhuloho elingalingani ukuze udizayine ithemometha yedijithali enesixazululo esingu-0.1℃;
4. Umgomo kanye nokusetshenziswa kwebhuloho eligcwele ibhuloho likagesi elingalingani, klama isikali se-electronic display display.

Imingcele yezobuchwepheshe eyinhloko
1. Idizayini esobala yesekhethi yengalo yebhuloho isiza abafundi ukuba baqonde isimiso nokuqonda okunembile;
2. Ibhuloho elingalingani: ububanzi bokulinganisa 10Ω～11KΩ, inani elincane lokulungiswa 0.1Ω, ukunemba: ±1%;
3. Ukunikezwa kwamandla okuzinze kakhulu: i-voltage eshintshwayo engu-0～2V, inani le-voltage yesibonisi sedijithali;
4. I-voltmeter yedijithali: Isibonisi sedijithali esingu-3 nohhafu, ububanzi bokulinganisa 2V;
5. I-amplifier enembile: i-zero eguquguqukayo, inzuzo eguquguqukayo;
6. Ithemometha yokulinganisa izinga lokushisa ledijithali: izinga lokushisa legumbi liya ku-99.9℃, ukunemba kokulinganisa ±0.2℃, okuhlanganisa inzwa yokushisa;
7. Idizayini yethemometha yedijithali: Ukuhlanganisa ibhuloho likagesi elingalingani kanye nokusebenzisa i-NTC thermistor ukuklama ithemometha yedijithali ezwela kakhulu engu-30～50℃.
8. Ibhuloho eligcwele ibhuloho elingalingani: i-impedance yengalo yebhuloho: 1000±50Ω;
9. Isikali sikagesi sokubonisa idijithali: uhla lokuklama 1KG, iphutha eliphelele: 0.05%, isethi yezisindo 1kg;
10. Okokusebenza kuhlanganisa konke ukucupha okudingekayo ukuze kuqedelwe ukuhlolwa, okuhlanganisa ukuhlolwa kwezinga lokushisa kanye nokuhlolwa kwesikali sikagesi.