Products
Minimum PIM Terminatio Coaxial
Data Sheet
| RFTYT DC-6GHz Minimum PIM Termination | |||||||||
| Potestas | Connector Type | Freq.Range | Impedimentum (Ω) | VSWR max | PIM (dBc@2*43dBm) | IMPERVIUS Grade | Dimensio magnitudinis (mm) | Data Sheet M Type | Data Sheet F Type |
| 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 | ||
Overview
Onus coaxiale a connectoribus coactum est, calor deprimitur, et in astularum resistor aedificatur.Connexiones secundum varias frequentias et potestates typice utuntur speciebus, ut 2.92, SMA, N, DIN, 4.3-10, etc. Calor submersionis ordinatur cum dimensionibus dissipationis caloris respondentibus secundum calorem dissipationis exigentias diversarum magnitudinum potentiarum.Constructum in chip adoptat unum chipsets vel plures chipsets secundum varias frequentia et potentia requisita.
Praecipuum eius propositum est ut vim frequentiae radiophonicae vel proin systematis absorbeat;Vel ut dummy onus antennas et transfusor terminales.In nonnullis RF probationibus, ut notam reflexionem vitet et eventus experimentum afficiat, cum insuetis portubus coniungitur sicut onera adaptare ad industriam portum trahendum.Etiam inservire potest sicut onus phantasma in aestimandis systematis faciendis per terminales simulatas (sicut antennas).
Coaxial onus series productorum notas habent frequentiae cohortis latae operationis, humilis stantis undae coefficiens, altae potentiae, parvae magnitudinis, et non facile ad urendum.
