Transmit Combiners. To view the catalog online or download, go to Aurora Rd. Solon, OH Phone

Transcription

1 Transmit Combiners Bird s mission is to serve as one of the industry s leading RF experts in Coverage Solutions, Off-Air Testing, Radio Infrastructure, Sensor Solutions and Test and Measurement. We strive to provide our customers with the highest quality, innovative RF products and services all based around total reliability. All Bird products can be serviced and calibrated by the Bird Service Center (BSC). Bird Service Centers and Service Partners are located World Wide providing a full range of service and support for your Bird Products. To view the catalog online or download, go to Aurora Rd. Solon, OH Phone Copyright 2016 Bird TransComb Bird reserves the right to modify specifications or discontinue any product without notice.

2 Transmit Combiners Bird Technologies group, TX RX systems brand time-proven combiners and multicouplers provide design security for any multi-channel radio system. From the most complex multi-site homeland security system to the simplest 2-channel private system, our products enables unsurpassed flexibility to accommodate the most challenging frequency plans, as well as future expandability. The same architecture used for transmitter combining can also be used as a preselector in complex receive systems where there is not sufficient guardband to use combline bandpass filters. Proven low-loss and low PIM construction techniques are used such as welded cavity construction; silver- plated loops, Alballoy - plated integrated loop plates and connectors; as well as a unique fingerstock-free high conductivity silver- plated tuning probe. Our patented internal temperature compensation insures that transmitter cavities remain in tune even when connected to high duty cycle transmitters. Coupled with either peg rack or 19 rack and TX RX s own high-isolation transmitter isolators, the TX RX combining and multicoupling system continues to hold its position as the gold standard in the demanding private and public safety market. All TX RX products are designed and manufactured in the USA. TX RX provides multicoupling systems, not one-size-tries-to-fit-all products. Each system is designed and configured for the specific site at which it is to be used. Intermodulation studies as well as transmitter noise and receiver desense estimates are used to design the unit with the required isolation characteristics for the environment where it will be used. Transmit Combiners T-Pass - BroadBand architecture of the T-Pass circuit and coaxial cavities mitigates equipment obsolescence and facilitates ease of system reconfiguration when re-banding is necessary - Each system is configured for optimum performance - Ideal for applications with minimal guard band between transmit and receive frequencies * IF YOU DO NOT FIND A T-PASS COMBINER CONFIGURATION THAT MEETS YOUR NEEDS PLEASE USE THE T-PASS NOMENCLAUTRE TABLE ON PAGE 6 TO VIEW ADDITIONAL AVAILABLE MODELS. Star-Junction - High performance specifications with narrow adjacent channel spacing and low insertion loss square cavity or 8 round cavity with 19 rack mount configuration for space efficiency - Same length interconnect for ease of retuning and expansion in the field Airline Junction - Airline Junction Combiner Series can be configured from 2 to 6 channels. - High performance specifications with narrow adjacent channel spacing and low insertion loss. - Models are available to support MHz and MHz. Compact Ceramic Combiner - Ceramic TX Combiners combines many transmitters onto a single antenna. - Footprint that s more than 50% smaller than comparably performing 10 cavities. - Optimizes valuable space for your radio equipment, which in an era of escalating lease costs, makes it the perfect combining solution. Control Station - Multi-channel combiners provide frequency-agile operation across their entire frequency range. - May be used to reduce the number of antennas required on a communications site while also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio s Tx or Rx operating mode or antenna isolation characteristics

3 T-Pass Combiners MHz MHz T-Pass Combiners 73-35A Electrical Specifications Frequency Range (MHz) Isolator Load Power Continuous 5W/100W Typical Tx Noise Suppression Depends on cavity loss (see curves below) Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Mechanical Mounting Peg Rack Model Number [Notes 3] Type and Diameter 73-35A-01-2D-03 6" 1/4 Wave 73-35A-05-2D-03 10" 1/4 Wave 73-35A-05-2D-03-LR 10" 1/4 Wave No. of Maximum Continuous Transmit Power 01 See 73-35A-01 Series Table 05 See 73-35A-05 Series Table 05 See 73-35A-05 Series Table Min Tx-Tx Separation at Loss db; db db; db db; db Maximum - Per Rack [Note 3] Dimensions Inch (mm) [Note 5] Hx24 Wx40.25 D (1659x610x1022mm) Hx24 Wx40.25 D (1659x610x1022mm) Hx24 Wx42.5 D (2019x610x1080 mm) Weight - Basic Single Channel Weight - Expansion Channel Assy 39 (17.7) 17 (7.7) 45 (20.4) 22 (10.0) 45 (20.4) 22 (10.0) 73-35A-05-2D-05 10" 1/4 Wave 05 See 73-35A-05 Series Table db; db Hx24 Wx42.5 D (2019x610x1080 mm) 45 (20.4) 22 (10.0) 73-35A-01 Series Systems (6.625 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 135 W khz use 10 cavities at this separation Attenuation (db) 73-35A-01 series systems Diameter Quarterwave Fo=124 MHz 73-35A-05 Series Systems (10 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W KHz -1.5 db 150 W KHz -1.5 db 150 W KHz -2.0 db 150 W KHz -2.5 db 130 W Consult factory on T-Pass multicouplers for frequencies below 118 MHz. 2. Models available with loads. Same specifications as 5W and 100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve inch channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 3.3 (84 mm). Attenuation (db) offset from Fo (MHz) 73-35A-05-series systems 10 Diameter Quarterwave, Fo=124 MHz offset from Fo (MHz)

4 T-Pass Combiners MHz Series Electrical Specifications Frequency Range (MHz) Type and Diameter 6 1/4 Wave Maximum Continuous See Series Table Transmit Power Min Tx-Tx Separation at Loss Maximum - Per Rack [Note 3 & 4] Typical Tx Noise Suppression Normal Input Impedance Ω db; 15 Depends on cavity loss (see curves below) 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions Inch (mm) [Note 5] 79.5 Hx24 Wx36.9 D (1659x610x937mm) Mechanical Mounting Peg Rack Series Systems (6.625 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 135 W khz -2.5 db 115 W khz use 10 cavities at this separation Model Number [Notes 4] Isolator Load Pwr Continuous No. of Weight - Basic Single Channel Weight - Expansion Channel Assy C-02-LR Single Stage (17.5) 15 (6.8) B-04 5W/25W (17.5) 15 (6.8) B-04-LR 5W/25W (17.5) 15 (6.8) C-02-LR (17.7) 16 (7.2) C (17.7) 16 (7.2) D-01 5W/100W (17.7) 16 (7.2) D-01-LR 5W/100W (17.7) 16 (7.2) D-02 5W/100W (17.7) 16 (7.2) D-02-LR 5W/100W (17.7) 16 (7.2) D-02-MC 5W/100W (17.7) 16 (7.2) D-03 5W/100W (17.7) 16 (7.2) D-03-LR 5W/100W (17.7) 16 (7.2) D-04 5W/100W (17.7) 16 (7.2) D-04-LR 5W/100W (17.7) 16 (7.2) D-04-MC 5W/100W (17.7) 16 (7.2) D-05 5W/100W (17.7) 16 (7.2) D-06 5W/100W (17.7) 16 (7.2) D-06-MC 5W/100W (17.7) 16 (7.2) D-08 5W/100W (17.7) 16 (7.2) D-12-LR 5W/100W (17.7) 16 (7.2) T-Pass Combiners MHz 1. Consult factory on T-Pass multicouplers for frequencies above 174 MHz. 2. Models available with loads. Same specifications as 5W and 100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve inch channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.4 (137 mm) series systems Diameter Quarterwave, Fo=160 MHz Attenuation (db) offset from Fo (MHz)

5 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter 10 1/4 Wave Maximum Continuous Transmit Power See Series Table Min Tx-Tx Separation db; at Loss Maximum - Per Rack [Note 3 & 4] 12 Typical Tx Noise Suppression Depends on cavity loss (see curves below) Normal Input Impedance Ω Series Systems (10 Diameter) 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions Inch (mm) [Note 5] 79.5 Hx24 Wx26.9 D (2019x610x937mm) Weight - Basic Single Channel 42 (19) Weight - Expansion Channel Assy 20 (9.1) Mechanical Mounting Peg Rack Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 150 W khz -2.5 db 130 W Model Number [Notes 4 & 5] Isolator Load Pwr Continuous C C-02-LR C C C-04-MC C C D-01-LR 5W/100W D-02 5W/100W D-02-LR 5W/100W D-02-MC 5W/100W D-03 5W/100W D-03-LR 5W/100W D-04 5W/100W D-04-LR 5W/100W D-05 5W/100W D-05-LR 5W/100W D-06 5W/100W D-07 5W/100W D-08 5W/100W D-09 5W/100W D-10 5W/100W 10 No. of 1. Consult factory on T-Pass multicouplers for frequencies above 174 MHz. 2. Models available with loads. Same specifications as 5W and 100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve inch channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.4 (137 mm) series systems 10 Diameter Quarterwave, Fo=160 MHz Attenuation (db) offset from Fo (MHz)

6 T-Pass Combiners MHz 73-54A Electrical Specifications Frequency Range (MHz) Type and Diameter Min Tx-Tx Separation at Loss Typical Tx Noise Suppression Normal Input Impedance Ω 6 1/4 Wave db; Depends on cavity loss(see curves below) 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna Weight - Basic Single Channel 42 (19) Weight - Expansion Channel Assy 20 (9.1) Model Number [Notes 4 & 5] Mechanical Mounting Isolator Load Pwr Continuous N Peg Rack No. of Maximum Continuous Transmit Power Maximum - Per Rack [Note 3 & 4] Dimensions Inch (mm) [Note 5] 73-54A-01-2B-nn 5W/25W nn See 73-54A-01 Series Table 15 "65.25 Hx24 Wx26.4 D (1659x610x671mm) 73-54A-01-2C-05-LR 05 See 73-54A-01 Series Table 15 "65.25 Hx24 Wx26.4 D (1659x610x671mm) 73-54A-01-2D-nn 5W/100W nn See 73-54A-01 Series Table 15 "65.25 Hx24 Wx26.4 D (1659x610x671mm) 73-54A-05-2B-nn 5W/25W nn See 73-54A-05 Series Table 12 "79.5 Hx24 Wx26.9 D (2019x610x937mm) 73-54A-05-2D-nn 5W/100W nn See 73-54A-05 Series Table 12 "79.5 Hx24 Wx26.9 D (2019x610x937mm) Weight - Basic Single Channel 34 (17.2) 16 (7.2) 34 (17.2) 16 (7.2) 35 (17.7) 15 (6.8) 39 (19.9) 18 (8.2) 40 (20.4) 19 (8.6) Weight - Expansion Channel Assy T-Pass Combiners MHz 73-54A-01 Series Systems (6.625 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 135 W khz -2.5 db 115 W A-05 Series Systems (10 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 150 W khz -2.5 db 150 W Consult factory on T-Pass multicouplers for frequencies below 220 or above 300 MHz. 2. Models available with loads. Same specifications as 5W and 100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve inch channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 3.9 (99 mm). 6. -nn in model number represents the number of channels. Attenuation (db) Attenuation (db) 73-54A-01-series systems Diameter Quarterwave, Fo=124 Hz offset from Fo (MHz) 73-54A-05-series systems Diameter Quarterwave, Fo=124 MHz offset from Fo (MHz)

7 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter 6 3/4 Wave Maximum Continuous Transmit Power See Series Table Isolator Load Pwr Continuous 5W/100W Min Tx-Tx Separation at Loss db Maximum - Per Rack [Note 3 & 4] 15 Typical Tx Noise Suppression Depends on cavity loss (see curves below) Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions Inch (mm) [Note 5] Hx24 Wx26.4 D (1659x610x671mm) Weight - Basic Single Channel 34 (16.7) Weight - Expansion Channel Assy 16 (7.2) Mechanical Mounting Peg Rack Model Number No. of [Notes 3 & 4] D D-03-LR D D-04-LR D D-05-LR D D-06-LR D D-07-LR D D-08-LR D D Series Systems (6.625 Diameter) series systems Diameter 3/4 Wave Fo=400MHz Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 150 W Consult factory on T-Pass multicouplers for frequencies MHz models. 2. Models available with loads. Same specifications as 5/100W models, except load power. 3. -MC option reduces maximum number of channels to twelve inch channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.1 (130 mm) MHz = 73-56A-11-xx-T, MHz = 73-56B-11-xx-T T-Pass Combiners - Nomenclature: PP-FR-CT-IL-nn-X Attenuation (db) offset from Fo (MHz) PP: Product Type FR: Frequency Range CT: Type I: Isolator Type L: Output Load nn: No. of X: Mounting or Other Options 73 Contact Factory 01 = 6.625" 1/4-Wave Cavities 1 = Single Stage A = 5W 01 = 1 Channel B = Mounting kit at top of rack 05 = 10" 1/4-Wave Cavities 2 = B = 25W 02 = 2 LR = Less Rack 11 = 6.625" 3/4-Wave Cavities 1H = Single Stage, High Power C = 60W 03 = 3 MA = 19" Adapter, single 14" high, MHz 18 = 8" 3/4 Wave Cavities 2H =, High Power D = 100W 04 = 4 MB = 19" Adapter, dual 14" high, MHz 25 = 10" 3/4-Wave Cavities F = 250W 05 = 5 MC = 19 Adapter, 17.5" high, , , and MHz 31 = 6.625" 5/4-Wave Cavities 06 = 6 RM = Rack Mount 07 = 7 08 = 8 09 = 9 10 = = = =

8 T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter Maximum Continuous Transmit Power 6 3/4 Wave See Series Table Min Tx-Tx Separation at Loss db; db Maximum - Per Rack [Note 3] 15 Typical Tx Noise Suppression Depends on cavity loss (see curves below) Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions Inch (mm) [Note 5] Hx24 Wx36 D (1659x610x914mm) Mechanical Mounting Peg Rack Series Systems (6.625 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W khz -1.5 db 150 W khz -2.0 db 130 W khz -2.5 db 110 W These specifications are applicable to MHz models. 2. Models available with loads. Same specifications as 5W/100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.1 (130 mm). Attenuation (db) series systems Diameter Quarterwave, Fo=460 MHz offset from Fo (MHz) Model Number [Notes 3 & 4] Isolator Load Pwr Continuous No. of Weight - Basic Single Channel Weight - Expansion Channel Assy B-03-LR 5W/25W (16.3) 15 (6.8) B-04-LR 5W/25W (16.3) 15 (6.8) B-12 5W/25W (16.3) 15 (6.8) C (16.7) 16 (7.2) C-01-LR (16.7) 16 (7.2) C (16.7) 16 (7.2) C-02-LR (16.7) 16 (7.2) C (16.7) 16 (7.2) C-03-LR (16.7) 16 (7.2) C (16.7) 16 (7.2) C-04-LR (16.7) 16 (7.2) C (16.7) 16 (7.2) C-05-LR (16.7) 16 (7.2) C-06-LR (16.7) 16 (7.2) C-06-MC (16.7) 16 (7.2) C (16.7) 16 (7.2) C-08-MC (16.7) 16 (7.2) C-10-MC (16.7) 16 (7.2) D-02 5W/100W (16.7) 16 (7.2) D-02-LR 5W/100W (16.7) 16 (7.2) D-03 5W/100W (16.7) 16 (7.2) D-03-LR 5W/100W (16.7) 16 (7.2) D-03-MC 5W/100W (16.7) 16 (7.2) D-04 5W/100W (16.7) 16 (7.2) D-04-LR 5W/100W (16.7) 16 (7.2) D-04-MC 5W/100W (16.7) 16 (7.2) D-05 5W/100W (16.7) 16 (7.2) D-05-LR 5W/100W (16.7) 16 (7.2) D-06 5W/100W (16.7) 16 (7.2) D-06-LR 5W/100W (16.7) 16 (7.2) D-06-MC 5W/100W (16.7) 16 (7.2) D-07 5W/100W (16.7) 16 (7.2) D-07-LR 5W/100W (16.7) 16 (7.2) D-08 5W/100W (16.7) 16 (7.2) D-09 5W/100W (16.7) 16 (7.2) D-10 5W/100W (16.7) 16 (7.2) D-11 5W/100W (16.7) 16 (7.2) D-12-LR 5W/100W (16.7) 16 (7.2) T-Pass Combiners MHz

9 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter 10 3/4 Wave Maximum Continuous Transmit Power See Series Table Typical Tx Noise Suppression Depends on cavity loss (see curves below) Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Weight - Basic Single Channel 41 (18.6) Weight - Expansion Channel Assy 19 (8.6) Mechanical Mounting Peg Rack Series Systems (10 Diameter) Tx-Tx Separation Loss Maximum Power Loss (db) vs. number of channels MHz -1.5 db 150 W Model Number [Notes 3 & 4] B-01-MC B B-02-LR B B B C C-01-LR C-02 Isolator Load Pwr Continuous 5W/25W 5W/25W 5W/25W 5W/25W 5W/25W 5W/25W No. of Min Tx-Tx Separation at Loss db; db; db; db; db; db; db; db; db; Maximum - Per Rack [Note 3] Dimensions [Note 5] 250 khz -1.5 db 150 W khz -2.0 db 150 W khz -2.5 db 125 W C-02-LR C-02-MC db; db; 1. These specifications are applicable to MHz models. 2. Models available with loads. Same specifications as 5W/100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.1 (130 mm) C C-03-LR C C-04-LR db; db; db; db; series systems 10 Diameter Quarterwave, Fo=460 MHz C-04-MC C db; db; C-05-LR db; Attenuation (db) C-05-MC C C-06-MC db; db; db; D-02 5W/100W db; offset from Fo (MHz) C db;

10 T-Pass Combiners MHz Electrical Specifications Continued Model Number [Notes 3 & 4] Isolator Load Pwr Continuous No. of Min Tx-Tx Separation at Loss Maximum - Per Rack [Note 3 & 4] Dimensions [Notes 5] C-07-MC db; C db; C db; C db; C db; D-01 5W/100W db; D-01-LR 5W/100W db; D-02-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914 mm) D-02-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-03 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-03-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-03-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-04 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-04-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-04-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-05 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-05-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-05-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-06 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-06-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-06-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-07 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-07-LR 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-07-MC 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-08 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) D-08-LR 5W/25W db; D-08-MC 5W/25W db; D-09 5W/25W db; D-09-LR 5W/25W db; D-10 5W/25W db; HD-01, High Power 5W/100W db; HD-02, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HD-02-LR, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HD-04, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HD-05, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HF-01-LR, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HF-03, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HF-03-LR, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) HF-04, High Power 5W/100W db; db Hx24 Wx36 D (1659x610x914mm) T-Pass Combiners MHz

11 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specification Frequency Range (MHz) Type and Diameter 10 3/4 Wave Maximum Continuous Transmit Power 125 Watts Min Tx-Tx Separation at Loss db; db Maximum Per Rack 15 [Notes 3 & 4] Typical Tx Noise Suppression Depends on cavity loss Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions [Notes 5] Hx24 Wx21.7 D (1659x610x552mm) Weight - Basic Single Channel 32 (14.5) Weight - Expansion Channel Assy 13 (5.9) Mechanical Mounting Peg Rack Electrical Specification Frequency Range (MHz) Type and Diameter 8 3/4 Wave Cavities Isolator Load Pwr Continuous 5W/100W Maximum Continuous Transmit Power 125 Watts Min Tx-Tx Separation at Loss db; db Maximum Per Rack 15 [Notes 3 & 4] Typical Tx Noise Suppression Depends on cavity loss Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Dimensions [Notes 5] Hx24 Wx21.7 D (1659x610x552mm) Weight - Basic Single Channel 32 (14.5) Weight - Expansion Channel Assy 13 (5.9) Mechanical Mounting Peg Rack Model Number [Notes 6] Isolator Load Pwr Continuous C C D-06 5W/100W D-14 5W/100W D-01-RM D-02-RM D-05-B D-05-RM D-08-RM 08 No. of [Note 3] 1. These specifications are applicable to MHz models. 2. Models available with loads. Same specifications as 5W/100W models, except load power. 3. -MC option reduces maximum number of channels to ten 10-inch or twelve channels per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 5.1 (130 mm). 6. B option has mounting kit at top of rack

12 T-Pass Combiners MHz Electrical Specifications Type and Diameter Isolator Load Pwr Continuous Maximum Continuous Transmit Power Min Tx-Tx Separation at Loss Maximum Per Rack [Notes 1] 15 Typical Tx Noise Suppression Normal Input Impedance Ω 6 3/4 Wave 5W/100W 125 Watts db; db Depends on cavity loss 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna Dimensions Weight - Basic Single Channel 32 (14.5) Weight - Expansion Channel Assy 13 (5.9) N Hx24 Wx21.7 D (1659x610x552mm) Mechanical Mounting Peg Rack 1. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping E-11 series systems (6.625 Diameter) Tx-Tx Separation Loss Loss (db) vs. number of channels MHz db khz db khz db khz db The typical channel losses specified here are for equally-spaced channels only. Channel loss may be higher or lower in multicouplers where separation varies from one channel to another. Contact TX RX systems for T-Pass channel loss specifications based on your actual system frequency plan. Model Number Frequency Range (MHz) No. of 73-83B-11-2D B-11-2D B-11-2D-02-LR B-11-2D B-11-2D B-11-2D B-11-2D B-11-2D B-11-2D-07-LR B-11-2D B-11-2D B-11-2D B-11-2D B-11-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D C-41-2D E-11-2D T-Pass Combiners MHz T-Pass Selectivity vs. Loss As in the case of bandpass cavity filters, T-Pass filter selectivity depends on the coefficient of coupling of the cavity loops at resonance. Tighter coupling decreases insertion loss and selectivity; loose coupling increases them. Although MHz T-Pass cavity loops can be set to approximately -0.8 to -3.0 db insertion loss at resonance, TX RX Systems Inc. uses two standard cavity loss settings, and db, that produce adequate selectivity for the majority of multicoupler applications in this range. The curves shown here represent the lower-selectivity side of the response curve of a typical inch diameter, 3/4-wave 770 MHz T-Pass cavity filter. Bridging loss in a progressive thruline T-Pass structure varies in the same general manner as bridging loss in a parallel junction bandpass structure: it decreases as cavity selectivity increases. An optimal cavity loss setting exists that minimizes channel loss under a specified frequency plan and number of channels. See Tech-Aid no (lit. no. d3001d93) for a complete set of selectivity and bridging loss curves for T-Pass cavities from MHz. Attenuation (db) T-Pass cavity Frequency response Model 21-83E-11 (6.625, 3/4-wave, MHz) offset from Fo (MHz)

13 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter Isolator Load Pwr Continuous 6 3/4 Wave 5W/100W Maximum Continuous Transmit Power See Series Table on page 15 Min Tx-Tx Separation at Loss Maximum Per Rack [Notes 3 & 4] Typical Tx Noise Suppression Normal Input Impedance Ω db; db 15 Depends on cavity loss 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna Dimensions [Notes 5] Weight - Expansion Channel Assy 13 (5.9) Mechanical Mounting N Hx24 Wx20.7 D (1659x610x526mm) Peg Rack 1. Consult factory on T-Pass multicouplers for frequencies below 806 MHz or above 960 MHz. 2. Models available with 5W/25W or loads. Same specifications as 5W/100W models, except load power. 3. -MA option reduces maximum number of channels to 12 per rack. 4. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 5. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 2.2 (56mm). Model Number No. of Weight - Basic Single Channel B-01-LR (14.0) 12 (5.4) B-02-LR (14.0) 12 (5.4) B (14.0) 12 (5.4) C-01-LR (14.0) 12 (5.4) C (14.0) 12 (5.4) C-02-LR (14.0) 12 (5.4) C (14.0) 12 (5.4) C-03-LR (14.0) 12 (5.4) C (14.0) 12 (5.4) C-04-LR (14.0) 12 (5.4) C-04-MB (14.0) 12 (5.4) C (14.0) 12 (5.4) C-05-LR (14.0) 12 (5.4) C-05-MB (14.0) 12 (5.4) C (14.0) 12 (5.4) C (14.0) 12 (5.4) C (14.0) 12 (5.4) C (14.0) 12 (5.4) Weight - Expansion Channel Assy Model Number No. of Weight - Basic Single Channel D (14.5) 13 (5.9) D-01-LR (14.5) 13 (5.9) D (14.5) 13 (5.9) D-02-LR (14.5) 13 (5.9) D-02-MA (14.5) 13 (5.9) D (14.5) 13 (5.9) D-03-LR (14.5) 13 (5.9) D-03-MA (14.5) 13 (5.9) D-03-MB (14.5) 13 (5.9) D (14.5) 13 (5.9) D-04-LR (14.5) 13 (5.9) D-04-MA (14.5) 13 (5.9) D-04-MB (14.5) 13 (5.9) D (14.5) 13 (5.9) D-05-LR (14.5) 13 (5.9) D-05-MA (14.5) 13 (5.9) D-05-MB (14.5) 13 (5.9) D (14.5) 13 (5.9) D-06-LR (14.5) 13 (5.9) D-06-MA (14.5) 13 (5.9) D-06-MB (14.5) 13 (5.9) D (14.5) 13 (5.9) D-07-LR (14.5) 13 (5.9) D-07-MA (14.5) 13 (5.9) D-07-MB (14.5) 13 (5.9) D (14.5) 13 (5.9) D-08-LR (14.5) 13 (5.9) D (14.5) 13 (5.9) D-09-MA (14.5) 13 (5.9) D (14.5) 13 (5.9) D-10-LR (14.5) 13 (5.9) D-10-MA (14.5) 13 (5.9) D (14.5) 13 (5.9) D-12-MA (14.5) 13 (5.9) Weight - Expansion Channel Assy

14 T-Pass Combiners MHz Electrical Specifications Frequency Range (MHz) Type and Diameter /4 Wave Cavities Isolator Load Pwr Continuous 5W/100W Min Tx-Tx Separation at Loss db; db Maximum Per Rack [Note 4 & 5 See page 14] 15 Typical Tx Noise Suppression Depends on cavity loss Normal Input Impedance Ω 50 ohms Maximum Input Return Loss - VSWR -20 db (1.22:1) Temperature Range -30 to +60 C Connectors - Input and Antenna N Mechanical Mounting Peg Rack Model Number No. of Maximum Continuous Transmit Power Dimensions Weight - Basic Single Channel C-04-LR 04 See 73-83E-11 Series Table on pg.11 "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.0) 13 (5.4) C-05-MC 05 See 73-83E-11 Series Table on pg.11 "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.0) 13 (5.4) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-01-LR 01 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-02-LR 02 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-03-LR 02 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-04-LR 04 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-04-MC 04 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-05-LR 05 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-05-MC 05 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-06-MC 06 See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx21.7 D (1659x610x552mm) 32 (14.5) 13 (5.9) D-07-LR 07 See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D-07-MC 07 See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D-08-LR 08 See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D-11-MC 11 See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D-12-MC 12 See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) D See Series Table "65.25 Hx24 Wx20.7 D (1659x610x526mm) 32 (14.5) 13 (5.9) Weight - Expansion Channel Assy T-Pass Combiners MHz

15 T-Pass Combiners MHz T-Pass Combiners MHz Electrical Specifications Continued series systems (6.625 Diameter) Tx-Tx Separation Loss Loss (db) vs. number of channels MHz db khz db khz db khz db nn in model number represents the number of channels. 2. Consult factory on T-Pass multicouplers for frequencies below 806 MHz or above 960 MHz. 3. Models available with 5W/25W or loads. Same specifications as 5W/100W models, except load power. 4. -MA option reduces maximum number of channels to 12 per rack. 5. -LR systems are tuned and tested on customer frequencies, then disassembled for shipping. 6. Rack depth with cavity tuning rods at maximum frequency. Rod travel is approximately 2.2 (56mm). T-Pass cavity Frequency response Model (6.625, 5/4-wave, MHz) Attenuation (db) offset from Fo (MHz)

16 T-Pass Combiner Expansion Expansion Channel Description - A or 10 3-quarterwave T-Pass cavity filter - A dual ferrite isolator, with RF loads and coaxial cable for connection to the cavity - An RF sampler to measure RF power reflected into the isolator output load isolator and channel mounting hardware. Expansion assemblies for channel 2 and higher are supplied with a thruline of the correct length for the new channel frequency. Starter channels (channel 1, bottom) are supplied with a short circuit on the T-Pass loop. Ordering Information To order an expansion channel, specify the following: 1. Frequency and position of all channels in the system to be expanded 2. New Channel Frequencies 3. Transmitter output power on all new channels T-Pass expansion Channel Guide Tech-Aid No (lit. no. d3011f93) provides a listing of expansion channels by frequency range and isolator load power, as well as diagrams to facilitate selection of the correct channel configuration. Expansion channels are also available with 60-watt loads. Consult with factory. T-Pass Expansion 73 T-Pass Multicoupler Electrical Specifications Continued Model Number Isolator Power Diameter Frequency Range (MHz) Expansion Channel Model Number Starter Channel Model Number xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS 73-83E-11-xx-series 150 W C-11-xx-T 21-83C-11-xx-TS 73-83E-11-xx-series 150 W D-11-xx-T 21-83D-11-xx-TS xx-series 150 W A-11-xx-T 21-86A-11-xx-TS xx-series 150 W A-11-xx-T 21-87A-11-xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS xx-series 150 W xx-T xx-TS Contact factory on expansion channels for frequencies below 220 or above 250 MHz. Note: xx in model number describes isolator and load configuration: 2B = 5W/25W; 2C ; 2D = 5W/100W

17 T-Pass Combiner Racks T-Pass Combiner Racks T-Pass racks provide a simple and secure mounting for our expandable cavity multicoupler systems. They are constructed of alodined aluminum except for the steel gussets and cavity support pegs. Shipment is usually made in six sub-assemblies and completed on site. Racks under 66 in height can be shipped UPS. Various rack models are required to accommodate the different cavity diameters and resonator lengths. The chart below provides the principle dimensions for space and mounting considerations. Depending on the frequency band, the tuning rods will extend beyond 9 ~ 12 beyond one of the uprights. For clearance consideration, use do + 12 for the overall depth. - Aluminum channel 3 x 1 x.125 wall - Solid aluminum bar 1.25 x Triangular steel gusset 9 x 9 - Spare open circuited stub for 800 MHz system, all others are short circuits T-Pass Combiner Rack Specifications Model Number Dimensions Inner Rack (Di Inches) Dimensions Outer Rack (Do Inches) Width (inches) Height (inches) Number of Cavities Diameter (inches) Frequency/Band Paired 19 Adaptors * VHF, UHF(3/4 l cavity) * MHz or * UHF (1/4 l cavity) UHF (1/4 l cavity) * VHF, UHF(3/4 l cavity) * VHF, UHF(3/4 l cavity) * MHz or * VHF, UHF(3/4 l cavity) MHz (5/4 l cavity) * MHz consult factory MHz (5/4 l cavity) * MHz consult factory * MHz consult factory * MHz * MHz, MHz * MHz * MHz, MHz * MHz VHF, UHF(3/4 l cavity) VHF, UHF(3/4 l cavity) # VHF, UHF(3/4 l cavity) # VHF, UHF(3/4 l cavity) Models with * can also be ordered with reduced number of pegs. Add -LP to the end of the model number. Peg Kits peg, peg1, peg2 available for system expansion. Consult factory for kit selection adaptors may increase rack height and width, or reduce the max number of cavities for those racks. Please consult factory. 3. Models with # are for use in locking cabinet with doors

18 Star Junction Combiners Star Junction Combiner Specifications Item No. Item Name Freq. Range MHz 44-35A X 42-35A X 44-35A X 42-35A X X X X X Transmit Combiner Receive Multicoupler Transmit Combiner Receive Multicoupler Receive Multicoupler Receive Multicoupler Receive Multicoupler Transmit Combiner Size " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) " dia. (203 mm) No. of Cavities Minimum Channel Separation 1. *When configured as a combiner or multicoupler 2. ** At minimum channel separation 3. *** At wider channel separation 4. X at the end of the Model Number indicates Number of : 2-6 VHF Passband for 1 channel Insertion Loss Insertion Loss Isolator Insertion Loss Isolation Channel to Channel Isolation - Antenna to Transmitter Continuous Power Per Channel Max Power Per Channel khz 0.9 db 2.5 db* 0.5 db db 50 W** 80 W Typical*** khz 0.9 db 2.0 db* N/A N/A Rx only** Rx only *** khz 0.9 db 3.0 db* 0.5 db db 50 W** 80 W Typical*** khz 0.9 db 2.5 db* N/A N/A Rx only** Rx only *** 1 1 MHz db 1.0 db* N/A N/A Rx only** 1 1 MHz db 2.0 db* 1.0 db db 100 W** 2 1 MHz db 1.5 db* N/A 10 N/A Rx only** khz db 3.0 db* 1.0 db db 100 W** Passband for 3 channel Star Junction Combiners UHF Response Curve Amplitude (db) Frequency (MHz)

19 Airline Junction Combiners Star Junction Combiners Airline Junction Combiners Electrical Specifications Item Name Transmit Airline Junction Combiner Channel Separation 250 khz Power per Channel 100 W Impedance Ω 50 VSWR - Return Loss 1.22:1 (20 db) Length - Electrical 3/4λ Temperature Range -30 to +60 C Size 5.83" square Number of Cavities up to 6 Connectors N Dimensions H x W x D 17.5" x 19 x 22" Mounting 19" Rack Mount Standards Compliance CE, RoHS Item No Frequency Range No. of 700 MHz No. of 800 MHz No. of 900 MHz Loss vs. No. of IL Per Channel 44-83B MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83B MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83B MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83B MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83B MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-83E MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-86A MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-86A MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-86A MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-86A MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical*

20 Airline Junction Airline Junction Combiners Electrical Specifications continued Item No Frequency Range No. of 700 MHz No. of 800 MHz No. of 900 MHz Loss vs. No. of IL Per Channel 44-86A MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-87A-71-2D MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-87A-71-2D MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* 44-87A-71A-2D MHz See 44-FFF Series Table 2.0 ~ 5.0 db typical* MHz See Series Table 2.2 ~ 4.9 db typical MHz See Series Table 2.2 ~ 4.9 db typical* MHz See Series Table 2.2 ~ 4.9 db typical* MHz See Series Table 2.2 ~ 4.9 db typical* MHz See Series Table 2.2 ~ 4.9 db typical* Airline Junction 44-FFF Series Table Tx-Tx Separation Loss Loss (db) vs. number of channels MHz 1.25 db khz 1.80 db khz 2.80 db Series Table Tx-Tx Separation Loss Loss (db) vs. number of channels MHz 1.25 db khz 1.80 db khz 2.80 db

21 Compact Ceramic Combiners Compact Ceramic Combiners Compact Ceramic Combiners Electrical Specifications Frequency Range MHz Maximum Power per Channel 110 W typical, 125 W max Input Return Loss 20 db typical, 18 db min Input/Output Connector N(F) Operating Temperature -10 C to +55 C Storage Temperature -40 C to +95 C Size 5.82 x 5.82 x 17 (including tuning rod) Typical 6 Channel Transmitter Combiners Electrical Specifications Frequency Range MHz Insertion Loss (150 khz spacing) 3.7 db typical, 5.3 db max Insertion Loss (250 khz spacing) 2.9 db typical, 4.8 db max Insertion Loss (500 khz spacing) 2.4 db typical, 4.3 db max Input VSWR 1.2:1 maximum Average Input Power per Channel (continuous duty) 110 W typical, 125 W max Number of Cavities 6 Height (inches) 17 (9-10 rack units) Depth (inches) 17 Width (inches) Rack Mountable Yes Weight (lbs) Approximately 100 lbs. Input/Output Connector N(F) Operating Temperature -30 C to +55 C Storage Temperature -40 C to +95 C Selectivity (T-Pass Configuration) Selectivity (T-Pass Configuration) Losses (db) Losses (db) Frequency MHz Frequency MHz

22 Compact Ceramic Combiner Compact Ceramic Combiner Electrical Specifications Frequency Range MHz MHz Isolator Type Single Junction Minimum Return Loss at Feedline 3 db (due to antenna system failure) Continous Power per Channel 110W Input Return Loss 20 db Output Return Loss >10 db Operating Temperature -10 to +55 C Width 19-in Rack Mount Depth <10" Connectors "N(F) input 7/16 DIN (F) output" Item No 700/800 MHz, Ceramic Transmit Combiner No. of Insertion Loss at Channel Spacings: 500 khz Insertion Loss at Channel Spacings: 250 khz Insertion Loss at Channel Spacings: 150 khz 44-83C-50-1D-A-2 700/800 MHz 2 <2.7 db <3 db <3.8 db 7" 13 lbs C-50-1D-A MHz 4 <3 db <3.3 db <4.1 db 7" 27 lbs C-50-1D-A MHz 6 <3.3 db <3.6 db <4.4 db 10.5" 40 lbs C-50-1D-A MHz 8 <3.3 db <3.8 db <4.7 db 14" 53 lbs D-50-1D-A MHz 2 <2.7 db <3 db <3.8 db 7" 13 lbs D-50-1D-A MHz 4 <3 db <3.3 db <4.1 db 7" 27 lbs D-50-1D-A MHz 6 <3.3 db <3.6 db <4.4 db 10.5" 40 lbs D-50-1D-A MHz 8 <3.3 db <3.8 db <4.7 db 14" 53 lbs. Height Weight Compact Ceramic Combiner

23 Control Station Combiners & Expansion Kits Standard Control Station Combiners Electrical Specifications CSC & Expansion Kits Frequency MHz Minimum Frequency Separation No Limitations Operating Temperature -10 ~ +60 C Connectors N (Female) Finish Black Width 19" (483 mm) Depth 16.5" (420 mm) Item No No. of Insertion Loss Height Weight 43-83G-01A db Typ. 1 RU 12.5 lbs G-01A db Typ. 1 RU 24 lbs G-01A db Typ. 5 RU 35.5 lbs G-01A db Typ. 5 RU 47 lbs G-01A db Typ. 7 RU 58.5 lbs G-01A db Typ. 7 RU 70 lbs G-01A db Typ. 9 RU 81.5 lbs G-01A db Typ. 9 RU 93 lbs. Short Haul Control Station Combiners Electrical Specifications Frequency Range MHz Minimum Frequency Separation No Limitation Tx/Tx or Rx/Rx Isolation 60 db Typ. Input Return Loss 28 db Min Output Return Loss 18 db Min Width 19" Item No No. of Tx or Rx Insertion Loss Height Weight A-04-SH 4 29 db typ. 1 RU 5.3 lbs A-08-SH db typ. 1 RU 11.6 lbs A-12-SH db typ. 4 RU 21.8 lbs A-16-SH db typ. 4 RU 27 lbs A-20-SH db typ. 6 RU A-24-SH db typ. 6 RU A-28-SH db typ. 8 RU A-32-SH db typ. 8 RU 52.3 Standard Control Station Combiners Expansion Kits 43-83G-01A-08-KIT 43-83G-01A-12-KIT 43-83G-01A-16-KIT 43-83G-01A-20-KIT 43-83G-01A-24-KIT 43-83G-01A-28-KIT 43-83G-01A-32-KIT Upgrade a 4 channel to an 8 channel system Upgrade an 8 channel to a 12 channel system Upgrade a 12 channel to a 16 channel system Upgrade a 16 channel to a 20 channel system Upgrade a 20 channel to a 24 channel system Upgrade a 24 channel to a 28 channel system Upgrade a 28 channel to a 32 channel system Short Haul Control Station Combiner Expansion Kits A-01-KIT A-02-KIT A-03-KIT Upgrade a 12 channel to a 16 channel or a 20 channel to a 24 channel or a 28 channel to a 32 channel system Upgrade a 16 channel to a 20 channel or a 24 channel to a 28 channel system Upgrade an 8 channel to a 12 channel system