Producta
Terminus PIM Humilis Coaxialis
Scheda Datorum
| RFTYT DC-6GHz Terminus PIM Humilis | |||||||||
| Potestas | Typus Coniunctoris | Frequentiae Spatium | Impedentia (Ω) | SWR maximum | PIM (dBc@2*43dBm) | Gradus Impermeabilis | Magnitudo dimensionis (mm) | Scheda Datorum Typus M | Scheda Datorum Typus F |
| 10W | N | DC-3G | 50 | 1.20 | ≥140dBc@2*33dBm | IP65 | Φ35.0*40.0 | CT10W-RX3540-IP65-NJ-3G | CT10W-RX3540-IP65-NK-3G |
| DIN | DC-3G | 50 | 1.20 | ≥140dBc@2*33dBm | IP65 | Φ35.0*40.0 | CT10W-RX3540-IP65-DINJ-3G | CT10W-RX3540-IP65-DINK-3G | |
| 5-50W | N | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-NJ/0.35-4G | CT30W-RX5015-IP65-NK/0.35-4G |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-NJ/0.35-6G | CT30W-RX5015-IP65-NK/0.35-6G | ||
| 4.3-10 | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-4310J/0.35-4G | CT30W-RX5015-IP65-4310K/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-4310J/0.35-6G | CT30W-RX5015-IP65-4310K/0.35-6G | ||
| DIN | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-DINJ/0.35-4G | CT30W-RX5015-IP65-DINK/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-DINJ/0.35-6G | CT30W-RX5015-IP65-DINK/0.35-6G | ||
| 50W | N | DC-3G | 50 | 1.20 | ≤-120 | IP65 vel IP67 | 60.0*60.0*80.0 | CT50W-FH6080-IP65-NJ-3G | CT50W-FH6080-IP65-NK-3G |
| DIN | DC-3G | 50 | 1.20 | ≤-120 | IP65 vel IP67 | 60.0*60.0*80.0 | CT50W-FH6080-IP65-DINJ-3G | / | |
| 100W | N | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-NJ/0.35-4G | CT100W-RX8315-IP65-NK/0.35-4G |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-NJ/0.35-6G | CT100W-RX8315-IP65-NK/0.35-6G | ||
| 4.3-10 | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-4310J/0.35-4G | CT100W-RX8315-IP65-4310K/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-4310J/0.35-6G | CT100W-RX8315-IP65-4310K/0.35-6G | ||
| DIN | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-DINJ/0.35-4G | CT100W-RX8315-IP65-DINK/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT100W-RX8315-IP65-DINJ/0.35-6G | CT100W-RX8315-IP65-DINK/0.35-6G | ||
| 200W | N | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-NJ/0.35-4G | CT200W-RX1720-IP65-NK/0.35-4G |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-NJ/0.35-6G | CT200W-RX1720-IP65-NK/0.35-6G | ||
| 4.3-10 | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-4310J/0.35-4G | CT200W-RX1720-IP65-4310K/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-4310J/0.35-6G | CT200W-RX1720-IP65-4310K/0.35-6G | ||
| DIN | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-DINJ/0.35-4G | CT200W-RX1720-IP65-DINK/0.35-4G | |
| 0.35-6G | 50 | 1.30 | ≤-150/-155/-160 | IP65 vel IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-DINJ/0.35-6G | CT200W-RX1720-IP65-DINK/0.35-6G | ||
Conspectus
Onus coaxiale per connectores, dissipatores caloris, et fragmenta resistorum inclusa componitur. Secundum diversas frequentias et potentias, connectores typice utuntur generibus ut 2.92, SMA, N, DIN, 4.3-10, etc. Dissipator caloris cum dimensionibus dissipationis caloris congruentibus designatur secundum requisita dissipationis caloris variarum magnitudinum potentiarum. Fragmentum inclusum unum fragmentum vel plura fragmenta secundum diversas frequentias et requisita potentiae adoptat.
Propositum eius principale est vim systematum radiofrequentiae vel microundarum absorbere; vel ut onus fictum pro antennis et terminalibus transmittentis. In quibusdam probationibus RF, ne reflexio signalis fiat et eventus probationis afficiatur, portis inusitatis ut onera congruentia connectitur ad energiam portuum absorbendam. Etiam ut onus fictum in aestimanda efficacia systematis per terminales simulatos (velut antennas) fungi potest.
Producta seriei oneris coaxialis has proprietates habent: lata frequentia operativa, coefficiens undae stantis humilis, magna potentia, parva magnitudine, et non facile comburenda.
