SWM Ku‑Band 123620‑ULP‑50MAX ثنائي النطاق

  • Full Ku-Band coverage, simultaneous Low and High band outputs
  • Low phase noise to meet the Broadcast profile of DVB-S2, optional ultra-low phase noise model meets all profiles of DVB-S2X
  • High P1dB and IP3
  • Choose between Internal Ref. or External Ref. input models

WDL Dual output PLL LNB

Professional LNB for simultaneous reception of Low & High Ku-Band

DB3 S2

DV3 S2X

 

Parameter Specification
Model WDL-PLL LNB type E, pn_123620-ULP-50MAX
Frequency Band Low band  |  High band
Input Frequency 10.70 – 11.70 GHz  |  11.70 – 12.75 GHz
LO Frequency 9.75 GHz | 10.60 GHz
Output Frequency 950 – 1950 MHz | 1100 – 2150 MHz
Spuriouses -60 dBm @ 1700 MHz typ. | -70 dBm @ 1700 MHz typ.
Gain 50 dB max.
Flatness ±0.25 dB max. within 30 MHz | ±2 dB max. each band
Noise Figure / Noise Temperature 0.8 dB / 59 K typ.
Phase Noise (Option ULP) -35 dBc @ 10 Hz, -65 dBc @ 100 Hz, -82 dBc @ 1 kHz, -94 dBc @ 10 kHz, -98 dBc @ 100 kHz, -120 dBc @ >1MHz, typ.
Image Rejection 40 dB min.
Output P1dB +15 dBm typ.
Output IP3 +25 dBm typ.
Output VSWR 1.7:1 typ.
Output Connectors 2 pcs F-type 75Ω
Input Waveguide WR 75 / R 120. Flange PBR 120
Input VSWR 2.3:1 max., with optional isolator 1.25:1 max.
LO Leakage -60 dBm @ waveguide input
Internal Ref. Stability ±10 kHz -20 to +70ºC (±15 kHz -40 to +80ºC)
DC Input +15 to +26 V supplied through any or both output connectors
Power Consumption 5 W typ.
Temperature Range Storage and operating: -40 to +80ºC
Dimensions 128 x 57 x 46 mm
Weight 335 g
Options Customized gain. Model with Ultra-Low Phase Noise to meet all DVB-S2X profiles
Miscellaneous Enclosed conductive O-ring, mounting screws (M4 x 10) 4 pcs

 

The Ultra Low Phase Noise “ULPN” option is recommended* for:
DVB-S2: – Narrowband 8PSK 8/9 and 9/10 FEC
– 16 APSK or higher modulation type (any bandwidth)
– All applications with “Pilot Off”
DVB-S2X: All “MODCODS” and symbol rates
NS3/NS4: All “MODCODS” and symbol rates
* Please note that these are general recommendations and that all
other system components also will influence system performance.