Produkte
Koaksiale Lae PIM-beëindiging
Datablad
| RFTYT DC-6GHz Lae PIM-terminasie | |||||||||
| Krag | Verbindingstipe | Frekwensiebereik | Impedansie (Ω) | VSWR maksimum | PIM (dBc@2*43dBm) | Waterdigte Graad | Afmetingsgrootte (mm) | Datablad M Tipe | Datablad F Tipe |
| 10W | N | GS-3G | 50 | 1.20 | ≥140dBc@2*33dBm | IP65 | Φ35.0*40.0 | CT10W-RX3540-IP65-NJ-3G | CT10W-RX3540-IP65-NK-3G |
| DIN | GS-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 of 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 of 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 of 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 of 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 of 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 of IP67 | Φ50.0*150.0 | CT30W-RX5015-IP65-DINJ/0.35-6G | CT30W-RX5015-IP65-DINK/0.35-6G | ||
| 50W | N | GS-3G | 50 | 1.20 | ≤-120 | IP65 of IP67 | 60.0*60.0*80.0 | CT50W-FH6080-IP65-NJ-3G | CT50W-FH6080-IP65-NK-3G |
| DIN | GS-3G | 50 | 1.20 | ≤-120 | IP65 of IP67 | 60.0*60.0*80.0 | CT50W-FH6080-IP65-DINJ-3G | / | |
| 100W | N | 0.35-4G | 50 | 1.25 | ≤-150/-155/-160 | IP65 of 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 of 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 of 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 of 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 of 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 of 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 of 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 of 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 of 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 of 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 of 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 of IP67 | Φ83.0*150.0 | CT200W-RX1720-IP65-DINJ/0.35-6G | CT200W-RX1720-IP65-DINK/0.35-6G | ||
Oorsig
Die koaksiale las word saamgestel deur konnektore, hitteafleiers en ingeboude weerstandskyfies. Volgens verskillende frekwensies en kragte gebruik konnektore tipies tipes soos 2.92, SMA, N, DIN, 4.3-10, ens. Die hitteafleier is ontwerp met ooreenstemmende hitte-afvoerdimensies volgens die hitte-afvoervereistes van verskillende kraggroottes. Die ingeboude skyfie neem 'n enkele skyfie of veelvuldige skyfiestelle aan volgens verskillende frekwensie- en kragvereistes.
Die hoofdoel daarvan is om die krag van radiofrekwensie- of mikrogolfstelsels te absorbeer; Of as 'n dummy-las vir antennas en senderterminale. In sommige RF-toetse, om seinrefleksie te vermy en die toetsresultate te beïnvloed, word dit aan ongebruikte poorte gekoppel as ooreenstemmende laste om poortenergie te absorbeer. Dit kan ook dien as 'n dummy-las in die evaluering van stelselprestasie deur gesimuleerde terminale (soos antennas).
Die koaksiale lasreeksprodukte het die eienskappe van 'n wye werkfrekwensieband, lae staande golfkoëffisiënt, hoë krag, klein grootte en nie maklik om te brand nie.
