RF-LAMDA LEADER OF RF ROADAND SOLTIONS Electrical Specifications,T A =25 Power Rating Coaxial W º 2-Way Power Divider 2-8 Features High power handling up to W Wide band operation High isolation within operational band Low Insertion Loss Stable performance over temperature High peak to average handling capability Typical Applications Aerospace and military applications LMDS multi-carrier operation RFLT2W2G8G Parameters Min. Typ. Max. Min. Typ. Max. nits Frequency Range 2 8 8 8 Nominal Splitter Loss Insertion Loss.6.8.8. Isolation 8 9 6 8 Input V....5 : Output V.2...5 : Amplitude Imbalance.2... Phase Imbalance 5 deg Forward Power W Reverse Power W Peak Power W Impedance 5 Ohms Weight.6 Ounces Coaxial W º 2-Way Power Divider 2-8 Input / Output Connectors Material Finish SMA-Female Aluminum lue Paint RF-LAMDA SA www.rflambda.com
RF-LAMDA LEADER OF RF ROADAND SOLTIONS RFLT2W2G8G Environmental Specifications and Test Standards Parameter Standard Description Operational Temperature - ~+85 Storage Temperature 5 ~+25 Thermal Shock Random Vibration Electrical & Temperature urn In Shock Altitude Hermetically Sealed (Optional) MIL-STD96 MIL-STD-88 Hour@ -5 Hour @ +85 (5 Cycles) Acceleration Spectral Density 6 (m/s) Total 92.6 RMS Temperature +85 for 72 Hours. Weight >2g, 5g half sine wave for ms, Speed variation.m/s 2. Weight <=2g, g Half sine wave for 6ms, Speed variation.75m/s. Total 8 times (6 directions, repetitions per direction). Standard:, Ft (Epoxy Sealed Controlled Environment) Optional: Hermetically Sealed (6, ft.. PSI min) MIL-STD-88 (For Hermetically Sealed nits) Coaxial W º 2-Way Power Divider 2-8 RF-LAMDA SA www.rflambda.com
Trc m/ Ref 9 8 7 6 RF-LAMDA LEADER OF RF ROADAND SOLTIONS 2 Typical Performance Plots Loss & Amplitude Imbalance @+25 Ch fb Start.5 Pb m 2. 8. 8..2.229.26 Stop 8.5 2 5 - Phase 5 / Phase 9 5 / 8 7 6 2 Ref Ref 2. 8. 8. Math 2 2. Invisible 8. 8..262 -.72.825 Loss & Amplitude Imbalance @-5 Ch fb Start.5 Ch fbpb Start m.5 Pb Stop m 8.5.8.2.666 RFLT2W2G8G Stop 8.5 2 5 - Ch fb Start.5 Trc Mem5[Trc] Mag / Ref Mag / Ref 2..26 Trc m/ Ref 8..725 8..526 2.. 2..926-9 8..75 8..7 8 8..5275 8..587 7-6 Ch fb Start.5 Pb m Stop 8.5 2 /6/27, 2: AM Loss & Amplitude Imbalance @+85 Input /6/27, V 2:2 @-5 AM Trc Trcm/ Ref Mag / Ref Mem5[Trc] 2. Mag.695 / Ref 9 8..6 2..22 8 Phase 5 / Ref 8. Math.8 8. 2.967 Phase 7 5 / Ref Invisible 8..72 6-2. 2. -.2.96 2 8. 8. -..6 8. 8...766-5 2 - Ch fb Start.5 Pb m Stop 8.5 Ch fb Start.5 Pb m Stop 8.5 /6/27, 2: AM Input V @+25 Trc Trc m/ Ref m/ Ref 2. 2..7 9 9 8..679 8. 8 8. 8 8..57 7 6 2 Ch fb Start.5 Ch fb Pb Start m.5 Input Trc V @+85 Mag Mem5[Trc] Pb Stop m 8.5.2.229.26 Stop 8.5 Trc m/ Ref Trc Phase S / Ref m/ Math Ref 2. 2.26 Phase 5 / Ref Invisible 8..725 2..8 2.. 9 8..2 8..526 9 2. -.52.75 Trc 2..926 8 Phase 5 / 8. m/ Ref Ref Math.666 2 2-8. Phase 5 / Ref -.5 Math 2 8 8..587 Phase 5 / Ref Invisible 8. Phase 5 / Ref 8..9 Invisible.7.2 7 2..8 9 7 8. 8..5275.229 2..262.2 2. -.52.26 6 2 8 8. 8. -.72.666 6 2 8. -.5 5 8..825-8..9 7 6 5 5-2 2 Ch fb Start.5 Pb m Stop 8.5 - - Ch 2 fb Start.5 Pb m Stop 8.5 Ch fb Start.5 /6/27, Ch fb Pb Start 2: m.5 AM Pb Stop m 8.5 Stop 8.5 Trc Mag / Ref Trc Trc m/ Ref Mag / Ref Output Mem5[Trc] V @+25 Mag / Ref Output Mem5[Trc] V @-5 Mag / Ref Stop 8.5 Ch fb Start.5 Ch fb Start Pb.5 m Pb Stop m 8.5 Stop 8.5 Ch fb Start.5 2. Pb m.28 Stop 8.5 2..22 9 8..698 2..2 Trc Trc m/ Ref 8. Mag.967 / Ref Trc 8 8. m/ Ref.298 8..57 Mem5[Trc] 8. 2. Mag.72 /.695 Ref 8. 2..9.28.26 9 2. 8..96.6 7-2..22 9 2. 8..26.698 -.725 8 8..6 8..8.967 6.526 8 8...298 8..766.926 7 8..72 8..9255 2..96 7 -.7 6-8..6.5275 8..766 2-2 Ch fb Start.5 2 Pb m Stop 8.5 Ch fb Start.5 Ch fb Pb Start m.5 Pb Stop m 8.5 Stop 8.5 /6/27, 2: AM /6/27, 2:2 AM Stop 8.5 Ch fb Start.5 Pb m Stop 8.5 Ch fb Start.5 Pb m Stop 8.5 Ch fb Start.5 Pb m Stop 8.5 Ch fb Start.5 Trc Mem5[Trc] - - Ch fb Start.5 Pb m Mag / Ref Mag / Ref Pb m 2. 8. 8. 2. 8. 8. Stop 8.5.2.57.9.26..9255 Stop 8.5 Ch fb Start.5 7 6 2 Pb m Mag Stop 8.5 / / Ref Ref Trc 9 8 7 6 2 2 5 - Coaxial W º 2-Way Power Divider 2-8 Ch fb Start.5 Ch fb Start.5 Trc 9 8 2 7 6 5 2 - Ch fb Start.5 Ch fb Start.5 Trc 9 8 7 6 2 Ch fb Start.5 /6/27, 2: AM RF-LAMDA SA www.rflambda.com
.75.587 Stop 8.5 2 RF-LAMDA LEADER OF RF ROADAND SOLTIONS 5 - Output V @+85 Ch fb Start.5 Pb m 2. 8. 8. -.2 -.. Stop 8.5 Isolation @+25 RFLT2W2G8G.2.229.26 Stop 8.5.2.57.9.26..9255 Stop 8.5.26.725.526..926.75.7.587.5275 Stop 8.5 Trc m/ Ref 9 Isolation @-5 Mag 2 / Ref - -8 2 6 8 8 7 6 2 Ch fb Start.5 Ch fb Start.5 /6/27, 2:5 AM Phase Imbalance @+25 2 5 - Trc Phase 5 / Ref m/ Ref Math 2 Phase 5 / Ref Invisible 2. 9 2. 8..262 8 8. 8. -.72 8..825 7 6 2 Pb m Ch fb Start.5 Ch fb Start Pb.5 m Trc Phase Imbalance Trc m/ Ref @+85 Pb m 2. 8. 8. 2. 8. 8..7.679.57 Stop 8.5 Mag / Ref Mem5[Trc] 2. Mag /.695 Ref 9 8. 2..6.22 Phase 8 5 / Ref 8. Math.8 2 8..967 Phase 5 / Ref Invisible 8..72 7 2. 2. -.2.96 2-6 8. 8. -..6 8. 8...766 5-2 - Ch fb Start.5 Ch fb Start Pb.5 m Pb Stop m 8.5 Stop 8.5 5.99 8.995 5.72.8.2.666 Pb Stop m 8.5 Stop 8.5 Stop 8.5 Mag 2 / Ref - -8 2 6 8 Ch fb Start.5 /6/27, 2:25 AM Isolation @+85 Mag 2 / Ref - -8 2 6 8 Ch fb Start.5 /6/27, 2: AM Pb m Phase Imbalance @-5 2 5 - Phase Phase Ch fb Start.5 9 8 7 6 2 Ch fb Start.5 5 / Ref 5 / Ref Pb m Trc m/ Ref Pb m Pb m 2. 8. 8. Math Invisible 2. 8. 8. 2. 8. 8. 2. 8. 8..76.89.22 Stop 8.5 2 -.52 -.5.9 Stop 8.5 5.26.28.555.28.698.298 Stop 8.5 Stop 8.5 Coaxial W º 2-Way Power Divider 2-8 Stop 8.5 Ch fb Start.5 /6/27, Pb 2: m AM Stop 8.5.2.57.9.26 Trc m/ Ref 9 8 7 2. 8. 8..7.679.57 RF-LAMDA SA www.rflambda.com
7.95 [.] TYP 6 [2.8] Max 7 [.85] 22.5 [.89] 7.95 [.] TYP.5 [.8] RF-LAMDA LEADER OF RF ROADAND SOLTIONS RFLT2W2G8G Outline Drawing: All Dimensions in mm [inches] Tolerance ±.2 [.8] 2 [.9] 9 [.75] Input RF-Lambda RFLT2W2G8G F:2-8 SN:XXXXXX Output Output2 [.5] [.9] - 2.[.9] THR 5 [.2] Coaxial W º 2-Way Power Divider 2-8 Important Notice The information contained herein is believed to be reliable. RF-Lambda makes no warranties regarding the information contained herein. RF-Lambda assumes no responsibility or liability whatsoever for any of the information contained herein. RF-Lambda assumes no responsibility or liability whatsoever for the use of the information contained herein. The information contained herein is provided "AS IS, WHERE IS" and with all faults, and the entire risk associated with such information is entirely with the user. All information contained herein is subject to change without notice. Customers should obtain and verify the latest relevant information before placing orders for RF-Lambda products. The information contained herein or any use of such information does not grant, explicitly or implicitly, to any party any patent rights, licenses, or any other intellectual property rights, whether with regard to such information itself or anything described by such information. RF-Lambda products are not warranted or authorized for use as critical components in medical, life-saving, or life sustaining applications, or other applications where a failure would reasonably be expected to cause severe personal injury or death. RF-LAMDA SA www.rflambda.com