Hubbel RFL PLC Hybrid Pro, User Manual

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RF-MCHYBRIDPRO-01
Hubbell Power Systems, Inc. – RFL™ Products
June 2019 4 973.334.3100
Figure 10 – Balanced Hybrid, Top View ................................................................................................ 16
Figure 11 – Balanced Hybrid, Rear Panel ............................................................................................... 16
Figure 12 – Balanced Hybrid, Front Panel (test points) ......................................................................... 17
Figure 13 – Skewed Hybrid, Functional Diagram .................................................................................. 17
Figure 14 – VSWR / Reflected Power Measurements with Skewed Hybrid Front Panel Test Switch .. 20
Figure 15 – Skewed Hybrid, Top View .................................................................................................. 20
Figure 16 – Skewed Hybrid, Rear Panel ................................................................................................. 20
Figure 17 – Skewed Hybrid, Front Panel (test points) ............................................................................ 21
Figure 18 – Splitter, Functional Diagram ............................................................................................... 21
Figure 19 – Splitter, Top View ............................................................................................................... 22
Figure 20 – Splitter, Rear Panel .............................................................................................................. 22
Figure 21 – Splitter, Front Panel (test points) ......................................................................................... 22
Figure 22 – Splitter/Combiner, Functional Diagram .............................................................................. 23
Figure 23 – Splitter/Combiner, Equivalent Circuit ................................................................................. 23
Figure 24 – Splitter/Combiner, Top View .............................................................................................. 24
Figure 25 – Splitter/Combiner, Rear Panel ............................................................................................. 24
Figure 26 – Splitter/Combiner, Front Panel (test points)........................................................................ 25
Figure 27 – Bypass Hybrid Application ................................................................................................. 25
Figure 28 – Bypass Hybrid, Functional Diagram ................................................................................... 25
Figure 29 – Bypass Hybrid, Functional Schematic ................................................................................. 26
Figure 30 – Bypass, Top View ............................................................................................................... 27
Figure 31 – Bypass, Rear Panel .............................................................................................................. 27
Figure 32 – Bypass, Front Panel (test points) ......................................................................................... 27
Figure 33 – 1RU Hybrid Chassis, Front View, Door Closed ................................................................. 28
Figure 34 – 1RU Hybrid Chassis, Front View, Door Open .................................................................... 28
Figure 35 – 1RU Hybrid Chassis, Rear View ......................................................................................... 29
Figure 36 – 1RU Hybrid Chassis, Dimension ........................................................................................ 29
Figure 37 – Example Terminations, Balanced Hybrid, Insertion Loss Test, TX1 to OUT .................... 31
Figure 38 – Example Terminations, Skewed Hybrid, Insertion Loss Test, LINE to RX ....................... 31
Figure 39 – Measuring Balanced Hybrid Insertion Loss, TX1 to OUT .................................................. 32
Figure 40 – Measuring Balanced Hybrid Isolation, TX1 to TX2 ........................................................... 32
Figure 41 – Measuring Skewed Hybrid Insertion Loss, TX to LINE ..................................................... 33
Figure 42 – Measuring Skewed Hybrid Insertion Loss, LINE to RX ..................................................... 33
Figure 43 – Measuring Skewed Hybrid Isolation, TX to RX ................................................................. 34
Figure 44 – Measuring Splitter Insertion Loss, IN to LINE 1 ................................................................ 34
Figure 45 – Measuring Splitter Output Phase Angle Relationship, LINE 1 to LINE 2 .......................... 35
Figure 46 – Measuring Splitter/Combiner Insertion Loss, IN 1 to LINE 2 ............................................ 35
Figure 47 – Measuring Splitter/Combiner Isolation, IN 1 to IN 2 .......................................................... 36
Figure 48 – Measuring Splitter/Combiner Phase Relationships, IN 1 to LINE 1, LINE 1 to LINE 2 .... 36
Figure 49 – Measuring Bypass Insertion Loss, LINE 1 to LOCAL ........................................................ 36
Figure 50 – RFL Hybrid-Pro Ordering Code/Smart Number ................................................................. 40