MICROLAB/FXR. Catalogo 2006

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1 MICROLAB/FXR Catalogo 2006

7 GHz Tetra/SMR/PMR band models 380 2200 MHz also

2 Future Proof DIN Splitters 700W Splitters for proposed 4G 700 MHz to 2.7 GHz Tetra/SMR/PMR band models MHz also available 7-16 mm Ideal for outside applications/ over-sized coax New 4 way MHz

3 Dx-55FN 3G+ Splitters 700 MHz to 2700 MHz Band-width Covers all popular commercial bands New 4 way MHz

4 D3-25FD: Airline (Reactive) Splitter: (shown as a splitter) Avg. transmit power: 700W (A)/3 A (A)/3 (A)/3

5 D2-64FN: Stripline Splitter/Combiner MHz Avg. transmit power: 5W (A)/2 (A)/2 A B A (A+B)/2 Splitter Combiner

6 Applications for Splitters/Combiners Macrosite for Service Providers: * High Power Combine of TX Signals (Hybrids) * Low Power Combine of RX Signals (Microstrip) * System diagnostics (Microstrip) In-Building DAS: * Signal re-routing (Microstrip and Airline) * Signal Adding (Hybrids) Repeater Applications: * Airline and Microstrip

7 Splitters/Combiners Identify frequency/band requirements Identify average/peak power levels Identify primary application as splitter or combiner If unequal split requirement, use unequal splitters Selling points: Airline = Highest power, low isolation, lowest loss, best PIM Microstrip = Lower power, higher isolation & loss, PIM not optimum Stripline Hybrid = High power, highest isolation, low loss, good PIM Airline for Splitting Microstrip for low power combining Stripline Hybrid for high power combining Identify connector types

Multi-Band Hybrid Couplers 700 MHz to 2700 MHz Band-width 700-2700 MHzHigh-power/Low-loss <-140dBc

8 Multi-Band Hybrid Couplers 700 MHz to 2700 MHz Band-width MHzHigh-power/Low-loss <-140dBc PIM (<-160 dbc available as a special order) Exceptional 30 db Isolation, typically 35 db across the band

9 Ultra Wide-band Coupler CA-14N: Frequency coverage: MHz >30 db isolation

10 CA-84N Hybrid Coupler (3dB): As Splitter/Combiner with Termination MHz, 120W average power rating (A)/2 (A)/2 A B A Term (A+B)/2 Term Splitter Combiner

11 CA-84N Hybrid Coupler (3dB): As Signal combiner for DAS MHz, 120W average power rating (A+B)/2 (A+B)/2 A B

12 Hybrid Combiners Identify frequency requirements Identify power levels Use as a combiner for DAS? Identify isolation requirements Combining application: Requires a termination with value equal to ½ of total input power CA-84 = High isolation, high power, excellent PIM, MHz Identify connector types

Directional Couplers Lower Cost Air-Line Couplers 6, 10, 15, 20 & 30 db Values, 25 db Directivity 806-960 & 1710-2200

13 Directional Couplers Lower Cost Air-Line Couplers 6, 10, 15, 20 & 30 db Values, 25 db Directivity & MHz in same unit Ideal as unequal splitter or monitor port CK-30 Series: Available now with N-type or 7/16 DIN Connectors

14 Ultra Broadband Couplers Tapered Stripline Couplers 6, 10, 15, 20 & 30 db Values 25 db Directivity MHz, flat response, N-type or 7-16 mm

Tetra/PMR/SMR Couplers Designed for 380-520 MHz Low Loss, high

15 Tetra/PMR/SMR Couplers Designed for MHz Low Loss, high directivity, super-reliable Ideal for Homeland Security Projects

16 CK-36N Directional 6dB Coupler (No DC Continuity to coupled port) -6dB signal Internal termination Input Thru-path 75% power

Ruggedized Unequal Power Splitters DK series 1:2 to 1:30 Dividers Multi Band: 800 2500 MHz, N or

17 Ruggedized Unequal Power Splitters DK series 1:2 to 1:30 Dividers Multi Band: MHz, N or 7-16 mm 1:2 to 1:10 models maintain DC continuity for phantom power supply of remote amplifiers, etc.

18 DK-54N Unequal Splitter (6dB) DC Continuity to coupled port -6dB signal Input Thru-path 75% power

19 Applications for Directional Couplers & Unequal Splitters In-Building DAS: In Main Spine (Directional Couplers & Unequal splitters) In links to power remote nodes such as TMA s (Unequal Splitters) Rail Road Systems for Service Providers Verizon Acela Train (Directional Couplers) German Deusche-Bahn (Un-equal Splitters) Macrosite Applications for Service Providers: Co-Site Applications (Directional & Hybrid Couplers) BTS diagnostics (Directional Couplers) Antenna Calibration (Directional Couplers) Test Applications: Directional Couplers, Resistive Combiners

20 Sales Tips for Directional Couplers Identify frequency requirements Identify coupling value requirement Identify power levels Identify primary application as directional coupler or un-equal splitter Do they need DC power to pass on coupled line? Airline = Higher-power, lowest loss, lowest PIM, best directivity, lower cost In-spec coupling between and MHz Stripline = High power, low loss, low PIM, good directivity, higher cost In-spec coupling from MHz Identify connector types

21 Product Line Low-cost ~½ price of Traditional products Excellent basic electrical parameters Mechanically effective designs But cost reductions come with compromise Quality of materials and processes used Our Way to Control this is: 1. Detailed search for qualified Out-Source Suppliers 2. Work with our vendors in the Design & Manufacturing process 3. Microlab Rep on site to approve each lot

22 3 & 4 way Splitters Multiways in various configurations

23 Splitter/Combiners with easy-access connectors Dx-77FN: T-Configuration Wilkinson Style Splitter/Combiner Series: MHz Avg. transmit power: 5W B D2-77FN D3-77FN D4-77FN

Reactive Splitters 800 2500 MHz Rugged No resistors to break

24 Reactive Splitters MHz Rugged No resistors to break Inexpensive! In stock! But No PIM specification Nickel connectors

Directional Couplers True Wideband 800 2200 MHz to 100W Low Loss Air-line design using two λ/4

25 Directional Couplers True Wideband MHz to 100W Low Loss Air-line design using two λ/4 sections db Couplings of 5, 6, 7, 8.5, 10, 13.2, 15, 20 & 30 >18 db Isolation Inexpensive In stock

26 Attenuators 2 to 100W, 3 db to 30 db, low price!

27 Terminations 1 to 100W, N & 7-16 mm DIN Special Values and Hybrid Attenuators Low cost Volume discounts Fast delivery

28 New Products from Microlab WiFi Diplexers GSM Diplexers Tri-Plexers Multi-Hybrid Matrix Hi-Power Tri-Sector Combiners

Cellular/PCS Diplexer 700-960/1710-2170 MHz (low cost diplexer) Hi-power, Low-loss and with

29 Cellular/PCS Diplexer / MHz (low cost diplexer) Hi-power, Low-loss and with Superior PIM Performance Ideal for GSM-1900 Overlay Needs Used in Co-Siting for 800/1900 MHz

30 BK-21N Diplexer MHz MHz MHz BK-21 Diplexer to add WiFi to existing DAS MHz

31 BK-20N Diplexer MHz MHz BK-20 Diplexer for GSM Overlay to existing Cellular Systems MHz

32 Multi-band Tri-Plexer Plexer: GSM-900, GSM-1800, UMTS 30 db Input isolation 20W per input power handling Low <-158dBc

33 BK-30N Tri-plexer MHz MHz MHz Combined Frequencies MHz Tri-plexer to cover MHz

34 BK-30N Triplexer MHz BK-21N Diplexer MHz MHz MHz MHz MHz Use of diplexer and tri-plexer to cover MHz preliminary application

35 Applications for Diplexers & Triplexers In-Building DAS: * Up-grade systems to WiFi capability Rail Road DAS: * Co-siting * WiFi up-grades Macrosite Applications: * Co-siting * GSM Overlay

36 Sales Tips for Diplexers & Triplexers Identify frequencies Identify isolation requirements between bands Identify power levels Identify application as indoor/outdoor Identify connector types

37 Three way combiner Connects 3 inputs to 1 output with minimal interaction Just 4.8 db loss per channel >25 db Isolation, Low VSWR 60W/input average Power Rating

38 CM-73D Hybrid Coupler: As Splitter/Combiner with Termination MHz, 200W (Limited by Terminations) >27dB isolation (A)/3 (A)/3 (A)/3 A B C Isolation > 27dB Term Term (A+B+C)/3 Term Term A Splitter Combiner

39 D3-25FD: Airline Splitter: (As a combiner) Avg. transmit power: 700W Isolation <10dB A A+B+C Isolation <10dB 3 B C

40 D2-64FN: Wilkinson-Style Splitter/Combiner MHz As splitter: 5W but as combiner <1W 20dB (A)/3 (A)/3 (A)/3 A B C Isolation >20dB A (A+B+C)/3 Splitter Combiner

41 4x4 Hybrid Matrix 4 Hybrids become a 4x4 Now Dual Band 4x4 4x4 Hybrid Matrix single band models

42 4 x 4 Hybrid Matrix Use to combine High-Power Signals, MHz Use to Mix/Distribute Multiple Channels 25dB Isolation

43 CM-44N Multi-Hybrid Matrix Output Input Combined Frequencies Input Output MHz Used in signal adding applications

44 Wireless Markets and Opportunities In-building DAS GSM Overlay Cell site expansion Trains & Tunnels WiFi expansion Test & Measurement

45 Typical 4:1 Floor db/ antenna DAS Installation 2:1 4:1 Floor db/ antenna 2:1 4:1 Floor db/ antenna Simplified In-Building DAS 4:1 3:1 Floor db/ antenna Designed to have same loss to all antennas 6:1 10:1 4:1 4:1 2:1 Floor 1-14 db/ antenna Garage -14 db/ antenna Indoor Base Station

46 Multiple Signal Mixing with 3dB Hybrid Couplers/Combiners Micro Base Stations System A System B Hybrid Coupler A+B 2 A+B 2 Hybrid Coupler allows sharing of antenna distribution network between signals/service providers

47 DC Blocks Inner and/or Outer Conductor Surge Blocks Distributed High Power RF Coupling for very low (0.08 db) loss and high 3kV rating Widely used in cell sites & leaky cable systems

Combined Band MHz. Fig. 1 Typical Diplexer Filter Combiner Fig. 2 Typical Diplexer Combiner

Combined Band MHz. Fig. 1 Typical Diplexer Filter Combiner Fig. 2 Typical Diplexer Combiner Choosing the Best Power Divider for the Task of Signal Combining As systems become more and more complex, choosing how best to combine two or more RF signals has become a far more difficult question to