LEEM-16 Dielectric Constant Apparatus
Imixholo ephambili yovavanyo
1. umlinganiselo wemvume yevacuum e0 kunye nemvumelwano enxulumeneyo;
2. ukufunda i-LC resonance method ukulinganisa i-capacitance encinci;
3. ukufunda ukusetyenziswa kwe-oscilloscope yedijithali.
Iiparamitha eziphambili zobugcisa
Deumbhalo | Iinkcukacha |
Ijenereyitha yomqondiso weDDS | I-4.3 intshi ye-LCD ukubonisa, i-sine wave kunye ne-square wave frequency 1μhz ~ 10mhz, i-amplitude yesignali 0 ~ 10vp-p, i-waveform signal offset kunye nesigaba sinokusetwa, kusetyenziswa izitshixo zedijithali kunye nokutshintsha ikhowudi yokulungelelanisa. |
Isixhasi esisemgangathweni | R1 = 1kω, ukuchaneka 0.5%.r2 = 30kω, ukuchaneka 0.1% |
Inductor esemgangathweni | L=10.5mh, ukuchaneka 0.3% |
Inkcazo yepleyiti yovavanyo | I-297 × 300 mm, i-aperture: Φ4mm, i-span spacing: 19mm, 50mm kunye ne-100mm, njl., ukuchasana koqhagamshelwano ngaphantsi kwe-5mω, ubuninzi be-l0a yangoku, i-capacitance 1.5pf. |
Iphepha le-dielectric liza kuvavanywa | I-Ptfe kunye neglasi yendalo, φ40 * 2mm |
Uvavanyo lwezixhobo | Intambo yeplagi yebhanana ye-4mm, i-bnc ukuya kwi-4mm intambo yeplagi yebhanana, i-toothpick, njl. |
I-Vernier caliper | 0-150mm/0.02mm |
I-Spiral micrometer | 0-25mm/0.01mm |
I-oscilloscope yedijithali | Uzilungiselele |
Bhala umyalezo wakho apha kwaye uwuthumele kuthi