Catalog, Allgon - Swedcom

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What’s Inside

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Overview Page 48 Quick Reference Guide Page 49 65 Degree Beamwidth Page 50 90 Degree Beamwidth Page 52

Allgon Dual Polarized Antennas (XM,XU,ALX)

Allgon Onmidirectional Antennas (O)

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Overview Page 54 Quick Reference Guide Page 55 800 MHz Omni Page 56 900 MHz Omni Page 56 900 MHz Electrical Downtilt Inverted Mount Page 56 900 MHz Walking Electrical Downtilt Page 57

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Overview Page 13 Quick Reference Guide Page 14 65 Degree Beamwidth 1900 MHz Dual Polarized Page 15 90 Degree Beamwidth 1900 MHz Dual Polarized Page 16 65 Degree Beamwidth 850 MHz Dual Polarized Page 18

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Allgon 800 MHz “Slim Panel” Antennas (U)

Overview Page 4 Quick Reference Guide Page 5 30 Degree Beamwidth Page 6 65 Degree Beamwidth Page 7 90 Degree Beamwidth Page 9 105 Degree Beamwidth Page 12

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Allgon 1900 MHz Panel Antennas (M)

Allgon Indoor Antennas (CO, ALIC) 800 MHz Allgon Log Periodic (A)

Tower Top Amplifier

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Overview Page 69 Quick Reference Guide Page 70 Tower Top Amplifiers Page 71

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Overview Page 44 Quick Reference Guide Page 45 60 Degree Beamwidth Page 46 90 Degree Beamwidth Page 46 105 Degree Beamwidth Page 47 120 Degree Beamwidth Page 47

Mounting Brackets Page 67 Testing Procedures Page 68

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Allgon 800 MHz Adjustable Electrical Downtilt Panel Antennas (CI-A)

Overview Page 61 Quick Reference Guide Page 62 70 Degree Beamwidth Page 63 80 Degree Beamwidth Page 64 90 Degree Beamwidth Page 65 800/1900 MHz Dual Band Filter Page 66

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Overview Page 30 Quick Reference Guide Page 31 60 Degree Beamwidth Page 32 90 Degree Beamwidth Page 35 105 Degree Beamwidth Page 38 120 Degree Beamwidth Page 41

Allgon Dual Band Solution (ALVC)

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Allgon 800 MHz Panel Antennas (CI)

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Page 22 Page 23 Page 24 Page 25 Page 27 Page 29

Overview Page 58 Quick Reference Guide Page 59 850 MHz Panel Antenna Page 60 1900 MHz Panel Antenna Page 60 Multi-Band Indoor Omni Page 60

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Overview Page 21 Quick Reference Guide 40 Degree Beamwidth 60 Degree Beamwidth 85 Degree Beamwidth 95 Degree Beamwidth 110 Degree Beamwidth

We also have a wide range of 900 and 1800 MHz antennas. For more information, see our website at www.allgon.com. Digital pattern information for 800 and 1900 MHz antennas can be obtained from www.us.allgon.com.

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a 1900 MHz Panel Antenna

Features • High pattern stability over entire frequency band • 100% IM testing • Superior vertical pattern shaping for interference reduction • 100% verified for vertical pattern performance • Mechanical design allows for thermal expansion • Aesthetically pleasing

Design Philosophy Our Metro panel antenna is designed and manufactured by a repeatable procedure, which allows the product to pass stringent electrical testing in production in its “as built” configuration. The 1900 MHz panel antenna has a robust mechanical design, which does not rely on the radome for support. The radome, which is only used for weatherproofing, is set inside the endcaps and allows for thermal expansion.

Quality Materials Proper use of materials and their structure ensures performance integrity. In antennas the electrical performance is directly related to mechanical performance. The choice of radome material is crucial since it acts as a window between the radiating elements and the coverage area. Our UV stabilized PVC radome is resistant to moisture absorption. Furthermore, our radomes can withstand mechanical stresses, even at low temperatures and long exposure to UV radiation. For corrosion inhibition, we use aircraft quality aluminum alloy that is inherently resistant to corrosion caused by the environment.

Performance The Allgon 1900 MHz panel antennas have verified vertical pattern performance on 100% of the antennas. Given the narrow mechanical width and depth of the product, the offerings are unmatched in Front-to-Back Ratio for all opening angles. The 1900 MHz panel antenna has consistent reliable performance from frequency to frequency and product to product.

Brackets Bracket hardware for the 1900 MHz panel antenna is made of only the highest quality aircraft aluminum and galvanized stainless steel, and is available in non-tilt and mechanical tilt for mounting to a pipe. The 1900 MHz panel antenna can also be flush mounted with tilt or panning. For more information, please see page 67.

Testing Allgon prides itself on stringent testing requirements with conservative, yet realistic claims of the performance of our product offering. For more information on testing procedures, see page 68. Our front-to-back ratios are specified for ±20° from 180° (worst case) to 0°.

Connectors Upper & Lower Placement 7/16 DIN Connector

Base Station Antennas Page 4

1900 MHz Panel Antenna

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30 Degree 1900 MHz Panel Gain Part Number

Description

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18 dBd

M-1900-30-20i-0-D M-1900-30-20i-2-D M-1900-30-20i-2-D-U M-1900-30-20i-4-D

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21 dBd

7221.14 7221.17 7221.15 7221.16 7221.13

M-1900-30-23i-1-D M-1900-30-23i-1-D-U M-1900-30-23i-2-D M-1900-30-23i-4-D M-1900-30-23i-7-D

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65 Degree 1900 MHz Panel

are designed

Gain Part Number

Description

10.5 dBd

7205.15

M-1900-65-12.5i-0-D

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13 dBd

7195.15 7195.03 7195.07 7195.18

M-1900-65-15i-0-D M-1900-65-15i-4-D M-1900-65-15i-10-D M-1900-65-15i-12-D

7 7 7 7

15 dBd

7183.15 7183.14 7183.08 7183.18 7183.12 7183.16 7183.17

M-1900-65-17i-0-D M-1900-65-17i-2-D M-1900-65-17i-2-D-U M-1900-65-17i-3-D M-1900-65-17i-4-D M-1900-65-17i-6-D M-1900-65-17i-8-D

8 8 8 8 8 8 8

16 dBd

7182.15 7182.14 7182.12 7182.13 7182.16 7182.23 7182.25 7182.20

M-1900-65-18i-0-D M-1900-65-18i-2-D M-1900-65-18i-3-D M-1900-65-18i-4-D M-1900-65-18i-4-D-U M-1900-65-18i-5-D M-1900-65-18i-6-D M-1900-65-18i-8-D

8 8 8 8 8 8 8 8

15.5 dBd

7182.21 7182.24

M-1900-65-17.5i-10-D M-1900-65-17.5i-14-D

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18 dBd

7220.08 7220.17 7220.14 7220.15 7220.10 7220.11 7220.13

M-1900-65-20i-0-D M-1900-65-20i-0-D-U M-1900-65-20i-2-D M-1900-65-20i-2-D-U M-1900-65-20i-4-D M-1900-65-20i-5-D M-1900-65-20i-7-D

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17.5 dBd

7220.16

M-1900-65-19.5i-10-D

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for 0° to 14° electrical downtilt.

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90 Degree 1900 MHz Panel

7185.08 7185.03 7185.04 7185.07

All antennas

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Gain Part Number

Description

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9.5 dBd

7204.15

M-1900-90-11.5i-0-D

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11.5 dBd

7194.15 7194.07 7194.03 7194.12

M-1900-90-13.5i-0-D M-1900-90-13.5i-2-D M-1900-90-13.5i-4-D M-1900-90-13.5i-10-D

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13.5 dBd

7198.15 7198.14 7198.10

M-1900-90-15.5i-0-D M-1900-90-15.5i-2-D M-1900-90-15.5i-4-D

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14.5 dBd

7184.15 7184.18 7184.14 7184.17 7184.20 7184.13 7184.07

M-1900-90-16.5i-0-D M-1900-90-16.5i-0-D-U M-1900-90-16.5i-2-D M-1900-90-16.5i-2-D-U M-1900-90-16.5i-3-D M-1900-90-16.5i-4-D M-1900-90-16.5i-6-D

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14 dBd

7184.08

M-1900-90-16i-8-D

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16 dBd

7200.05 7200.01 7200.02 7200.09 7200.07 7200.14 7200.10 7200.08

M-1900-90-18i-0-D M-1900-90-18i-2-D M-1900-90-18i-2-D-U M-1900-90-18i-3-D M-1900-90-18i-4-D M-1900-90-18i-4-D-U M-1900-90-18i-5-D M-1900-90-18i-6-D

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15.5 dBd

7200.06

M-1900-90-17.5i-10-D

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17.5 dBd

7199.02 7199.01

M-1900-90-19.5i-0-D M-1900-90-19.5i-2-D

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105 Degree 1900 MHz Panel Gain Part Number 14 dBd

7208.06 7208.01 7208.05

Description

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M-1900-105-16i-0-D M-1900-105-16i-2-D M-1900-105-16i-6-D

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1900 MHz Metro Panel Antenna

Description Detail:

M - 1 9 0 0 - 9 0 - 1 8 i - 0 - D 7/16 DIN Connector

Metro Family

Frequency Band

Base Station Antennas Page 5

Horizontal Beamwidth

Gain in dBi

Electrical Downtilt Angle

A trailing U indicates connector placement on the top, no U indicates connector placement on the bottom.

Antennas may be ordered using part number or description.

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7221

(M-1900-30-23i)

18 dBd (20 dBi) 21 dBd (23 dBi) linear, vertical linear, vertical 14 dB >-23 dB

>30 dB >20 dB >-21 dB

Maximum CW input power Two tone intermodulation 3rd order

200W -18 dB

40 degree cone Front-to-back ratio Suppression of first upper side lobe First lower null fill

Maximum CW input power 400W Two tone intermodulation 3rd order 28 dB >18 dB >-23 dB

Maximum CW input power 400W Two tone intermodulation 3rd order < -103 dBm for 2x10W (143 dBc at 2x40 dBm)

400W < -103 dBm for 2x10W (143 dBc at 2x40 dBm)

Connector Height Width Depth

7/16 DIN bottom or top mount 39.4" (1000 mm) 5.4" (136 mm) 2" (50 mm) 8 lbs (3.6 kg) 156 mph (70 m/s) 1.5 sq.ft (0.14 sq.m) 38.5 lbf (171 N)

9.7 lbs (4.4 kg) 156 mph (70 m/s) 1.9 sq.ft (0.18 sq.m) 50.0 lbf (222 N)

*All metallic components DC grounded for Lightning Protection Mounting Hardware Options for Installation 1) Pole mount 2165.10 2) Combined pole mount/downtilt bracket 7254.10 (-1° to +22°) Comments Gain is typical within frequency band. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Radome color is NCS 2502-B (RAL 7035)(gray).

2165.10 7254.10 (-0.7° to +16°) For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 5.

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Typical Horizontal and Vertical 7183.15 Patterns

Typical Horizontal and Vertical 7182.15 Patterns

A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 8

M-1900-65-18i

Weight Survival wind speed Maximum wind area Frontal wind load @100mph (C=1)

7/16 DIN bottom or top mount 51.3" (1300 mm) 5.4" (136 mm) 2" (50 mm)

M-1900-65-17i

Mechanical Specifications

1900 MHz Panel Antenna

7183

Electrical Specifications Gain Polarization VSWR, 50Ω

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1900 MHz Panel Antenna

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Electrical Specifications Gain Polarization VSWR, 50Ω

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18 dBd (20 dBi) linear, vertical 20 dB >-20 dB

>23 dB N/A N/A

40 degree cone Front-to-back ratio Suppression of first upper side lobe First lower null fill

Maximum CW input power 400W† Two tone intermodulation 3rd order 25 dB >18 dB >-22 dB

Maximum CW input power Two tone intermodulation 3rd order

400W 25 dB >18 dB >-22 dB

40 degree cone Front-to-back ratio Suppression of first upper side lobe First lower null fill

Maximum CW input power 400W Two tone intermodulation 3rd order 24 dB >18 dB >-23 dB

Maximum CW input power Two tone intermodulation 3rd order

400W 20 dB Polarization Quality Ratio 20 dB (3dB beamwidth)/10 dB (forward sector) Suppression of first upper side lobe >20 dB First lower null fill N/A Maximum CW input power 500W total at 250W per input Two tone intermodulation 3rd order 30 dB

1900 & 800 MHz Dual Polarized

1 9 0 0 & P o l a r i z

Mechanical Specifications

XM-1900-65-18.5i

Connector 7/16 DIN bottom mount Height 61.3" (1560 mm) Width 6.3" (160 mm) Depth 2.2" (55 mm) Weight 15.4 lbs (7 kg) Survival wind speed 156 mph (70 m/s) Maximum wind area 2.74 sq.ft (0.25 sq.m) Frontal wind load @100mph (C=1) 71.9 lbf (320 N) *All feed network components DC grounded for Lightning Protection Mounting Hardware Options for Installation 1) Pole mount 2)Combined pole mount/downtilt bracket

2165.10 7254.10 (-0.6° to +13°)

Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

0 -5 -10 -15 -20 -25 -30 -35 -40

Typical Horizontal and Vertical 7250.02 Patterns A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 15

1900 & 800 MHz Dual Polarized Antenna

1 9 0 0 & P o l a r i z

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7301

Electrical Specifications

(XM-1900-90-13.5i)

Gain 11.5 dBd (13.5 dBi) Polarization linear, dual slant 45 VSWR, 50Ω 24 dB co-polar, > 20 dB total power Cross-polar discrimination, boresite >15 dB Polarization Quality Ratio 15 dB (3 dB beamwidth)/10 dB (forward sector) Suppression of first upper side lobe >20 dB First lower null fill N/A Maximum CW input power 500W total at 250W per input Two tone intermodulation 3rd order 30 dB

XM-1900-90-13.5i

Mechanical Specifications Connector 7/16 DIN bottom mount Height 25.6" (650 mm) Width 5" (126 mm) Depth 3.2" (80 mm) Weight 6.6 lbs (3 kg) Survival wind speed 156 mph (70 m/s) Maximum wind area 0.9 sq.ft (0.08 sq.m) Frontal wind load @100mph (C=1) 23.2 lbf (103 N) *All feed network components DC grounded for Lightning Protection Mounting Hardware Options for Installation 1) Pole mount 2)Combined pole mount/downtilt bracket

2165.10 7254.10 (-1.5° to +35°)

Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

0 -5 -10 -15 -20 -25 -30 -35 -40

Typical Horizontal and Vertical 7301.02 Patterns A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 16

Electrical Specifications

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7262

7251

(XM-1900-90-16i)

(XM-1900-90-17.5i)

Gain 14 dBd (16 dBi) Polarization linear, dual slant 45 VSWR, 50Ω 24 dB co-polar, >20 dB total power Cross-polar discrimination, boresite >15 dB Polarization Quality Ratio 15 dB (3 dB beamwidth)/10 dB (forward sector) Suppression of first upper side lobe > 17 dB First lower null fill > -18 dB Maximum CW input power 500W total at 250W per input Two tone intermodulation 3rd order< -110 dBm for 2x10W (150 dBc at 2x40 dBm) Isolation between ports >30 dB

15.5 dBd (17.5 dBi) linear, dual slant 45 24 dB co-polar, >20 dB total power >15 dB 15 dB (3 dB beamwidth)/10 dB (forward sector) >20 dB N/A 500W total at 250W per input 30 dB

1900 & 800 MHz Dual Polarized Antenna

1 9 0 0 & P o l a r i z

Mounting Hardware Options for Installation 1) Pole mount 2165.10 2) Combined pole mount/downtilt bracket 7254.10 (-0.7° to +16°) Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

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7/16 DIN bottom mount 74.8" (1900 mm) 5" (126 mm) 3.2" (80 mm) 17.6 lbs (8 kg) 156 mph (70 m/s) 2.6 sq.ft (0.24 sq.m) 67.7 lbf (301 N)

2165.10 7254.10 (-0.5° to +11°)

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

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-35

-35

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-40

Typical Horizontal and Vertical 7262.01 Patterns

Typical Horizontal and Vertical 7251.02 Patterns

A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 17

XM-1900-90-16i

Connector 7/16 DIN bottom and top mount Height 51.2" (1300 mm) Width 5" (126 mm) Depth 3.2" (80 mm) Weight 10.8 lbs (4.9 kg) Survival wind speed 156 mph (70 m/s) Maximum wind area 1.8 sq.ft (0.16 sq.m) Frontal wind load @100mph (C=1) 46.2 lbf (206 N) *All feed network components DC grounded for Lightning Protection

XM-1900-90-17.5i

Mechanical Specifications

1900 & 800 MHz Dual Polarized Antenna

1 9 0 0 & P o l a r i z

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Electrical Specifications

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7282

(XU-800-65-12.5i)

Gain 10.5 dBd (12.5 dBi) Polarization linear, dual slant 45 VSWR, 50Ω 18 dB total power Cross-polar discrimination, boresite >20 dB Polarization Quality Ratio 20 dB (3 dB beamwidth)/10 dB (forward sector) Suppression of first upper side lobe >19 dB Maximum CW input power 500W total at 250W per input Two tone intermodulation 3rd order< -107 dBm for 2x20W (150 dBc at 2x43 dBm) Isolation between ports >30 dB

XU-800-65-12.5i

Mechanical Specifications Connector 7/16 DIN bottom mount Height 25.9" (659 mm) Width 10.1" (256 mm) Depth 2" (50 mm) Weight 8.8 lbs (4kg) Survival wind speed 123 mph (55 m/s) Maximum wind area 1.8 sq.ft (0.17 sq.m) Frontal wind load @100mph (C=1) 47.7 lbf (212 N) *All feed network components DC grounded for Lightning Protection Mounting Hardware Options for Installation 1) Pole mount 2165.10 2) Combined pole mount/downtilt bracket 7254.10 (-1.5° to +35°) Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

0 -5 -10 -15 -20 -25 -30 -35 -40

Typical Horizontal and Vertical 7282.04 Patterns A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 18

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7263

Electrical Specifications

7281

(XU-800-65-15i)

(XU-800-65-16.5i)

14.5 dBd (16.5 dBi) Gain 13 dBd (15 dBi) linear, dual slant 45 Polarization linear, dual slant 45 20 dB total power Cross-polar discrimination, boresite >18 dB >20 dB Polarization Quality Ratio 18 dB (3dB beamwidth)/10 dB (forward sector) 20dB (3 dB beamwidth) /10 dB (forward sector) Suppression of first upper side lobe >14 dB >15 dB Maximum CW input power 500W total at 250W per input 500W total at 250W per input Two tone intermodulation 3rd order 30 dB

1900 & 800 MHz Dual Polarized Antenna

1 9 0 0 & P o l a r i z

Mechanical Specifications 7/16 DIN bottom mount 76.3" (1939 mm) 10.1" (256 mm) 2" (50 mm) 19.8 lbs (9 kg) 123 mph (55 m/s) 5.4 sq. ft (0.50 sq.m) 140 lbf (625 N)

Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

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2165.10 7254.10 (-0.5° to +11°)

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

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-35

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Typical Horizontal and Vertical 7263.01 Patterns

Typical Horizontal and Vertical 7281.02 Patterns

A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 19

XU-800-65-15i

Mounting Hardware Options for Installation 1) Pole mount 2165.10 2)Combined pole mount/downtilt bracket 7254.10 (-0.7° to +16°)

XU-800-65-16.5i

Connector 7/16 DIN or Type N bottom mount Height 52" (1320 mm) Width 10.4" (256 mm) Depth 2" (50 mm) Weight 16.5 lbs (7.5 kg) Survival wind speed 123 mph (55 m/s) Maximum wind area 3.6 sq. ft (0.33 sq.m) Frontal wind load @100mph (C=1) 94.1 lbf (419 N) *All feed network components DC grounded for Lightning Protection

1900 & 800 MHz Dual Polarized Antenna ALX-800-90-13.5i

1 9 0 0 & P o l a r i z

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Preliminary Electrical Specifications

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7391

(ALX-800-90-13.5i)

Gain 11.5 dBd (13.5 dBi) Polarization linear, dual slant 45 VSWR, 50Ω 20 dB total power Cross-polar discrimination, boresite >20 dB Polarization Quality Ratio 13 dB (3 dB beamwidth)/13 dB (forward sector) Suppression of first upper side lobe >16 dB First lower null fill >-19 dB Maximum CW input power 500W total at 250W per input Two tone intermodulation 3rd order< -107 dBm for 2x20W (150 dBc at 2x43 dBm) Isolation between ports >30 dB

Preliminary Mechanical Specifications Connector 7/16 DIN bottom mount Height 53" (1350 mm) Width 11" (280 mm) Depth 4.9" (125 mm) Weight 18.7 lbs (8.5 kg) Survival wind speed 156 mph (70 m/s) Maximum wind area 4.1 sq.ft (0.38 sq.m) Frontal wind load @100mph (C=1) 107 lbf (476 N) *All feed network components DC grounded for Lightning Protection Mounting Hardware Options for Installation 1) Pole mount 2165.10 2) Combined pole mount/downtilt bracket 7254.10 (-0.6° to +15°) Comments Gain is typical within frequency band. Beamwidths are defined using total power. Cross-polar discrimination is defined within -3 dB beamwidth. Front-to-back ratio is defined within 20° from the backwards direction in any plane. Sidelobe suppression and null fill is relative to peak of main beam. Maximum input power is total input power, divided arbitrarily between inputs. Radome color is NCS 2502-B (RAL 7035)(gray).

0 -5 -10 -15 -20 -25 -30

For a complete list of released models pertaining to gain, electrical downtilt and connector placement, please see the quick reference guide on page 14.

Future Product Offerings in this Family 7390.00 ALX-800-90-10.5i-0-D 710 x 280 x 125 mm 7392.00 ALX-800-90-15i-0-D 1990 x 280 x 125 mm 7392.06 ALX-800-65-15i-6-D 1990 x 280 x 125 mm

-35 -40

Typical Horizontal and Vertical 7391.00 Patterns A poster displaying a comparison of antenna patterns has been included at the back of the catalog.

Base Station Antennas Page 20

8 0 0

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A l l g o n

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P e r i o d i c

A n t e n n a

800 MHz Allgon Log Periodic Antenna

Features • Industry norm • Wide band performance covering iDEN™, AMPS, CDMA 800, TDMA 800 • Proven 10 year track record • Workhorse of the cellular industry • World-class manufacturing • Problem-free design • Trail blazer of front-to-back • Used as the F/B figure of merit • Used in : Europe, Asia, North America, Central America, and South America.

Design Philosophy Our log periodic is designed in a highly repeatable process that is so precise that absolutely no tuning is required. No adjustments are made because with Allgon quality built in by design, no adjustments are necessary. For long life and problem free performance, Allgon uses a robust mechanical design. Two high strength plates of aircraft quality aluminum are fastened together to form an extremely rugged package. The mechanical strength is independent of the radome, which acts only to physically protect and form a weather shield for the elements.

Testing Allgon prides itself on stringent testing requirements with conservative, yet realistic claims of the performance of our product offering. For more information on testing procedures, see page 68. Our front-to-back ratios are specified for ±20° from 180° (worst case) to 0°.

Performance The Allgon Log Periodic is known to be the most consistent performing antenna on the market today. While others have only a select few models with high Front-to-Back, Allgon’s high Front-toBack ratio is exhibited over a complete selection of gains and azimuth opening angles.

Brackets Bracket hardware for the Allgon Log Periodic antennas is made of only the highest quality aircraft aluminum and galvanized stainless steel, and is available in non tilt and mechanical tilt for mounting to a pipe. For more information please see page 67.

Quality Materials Proper use of materials and their structure ensures performance integrity. In antennas the electrical performance is directly related to mechanical performance. The choice of radome material is crucial as it acts as a window between the radiating elements and the coverage area. Our UV stabilized PVC radome is resistant to moisture absorption. Further, our radomes can withstand mechanical stresses, even at low temperatures and long exposure to UV radiation. For corrosion inhibition, we use aircraft quality aluminum alloy that is inherently resistant to corrosion that might be caused by the environment.

Connectors 7/16 DIN Connector, Type “N” Connector

Base Station Antennas Page 21

800 MHz Allgon Log Periodic Antenna

Q

U

I

C

K

R

E

F

E

40 Degree 800 MHz ALP Gain Part Number

R

E

N

E

G

U

Description

Page

12 dBd

A-800-40-14i-15-D A-800-40-14i-15-N

23 23

9 dBd

14 dBd

7131.20.33.00 7131.20.05.00

A-800-40-16i-0-D A-800-40-16i-0-N

23 23

16 dBd

7131.16.33.00 7131.16.05.00

A-800-40-18i-0-D A-800-40-18i-0-N

23 23

60 Degree 800 MHz ALP Page

7125.14.33.00 7125.14.05.00

A-800-60-13i-0-D A-800-60-13i-0-N

24 24

14 dBd

7125.16.33.00 7125.16.05.00 7125.16.33.06

A-800-60-16i-0-D A-800-60-16i-0-N A-800-60-16i-6-D

24 24 24

16 dBd

7125.18.33.00 7125.18.05.00

A-800-60-18i-0-D A-800-60-18i-0-N

25 25

Gain Part Number

E

Description

Page

7130.14.33.00 7130.14.05.00

A-800-95-11i-0-D A-800-95-11i-0-N

27 27

12 dBd

7130.16.33.00 7130.16.05.00 7130.16.33.06

A-800-95-14i-0-D A-800-95-14i-0-N A-800-95-14i-6-D

28 28 28

14 dBd

7130.18.33.00 7130.18.05.00

A-800-95-16i-0-D A-800-95-16i-0-N

28 28

Gain Part Number

Description

Description

Page

7 dBd

7129.12.33.00

A-800-85-9i-0-D

25

9 dBd

7129.14.33.00 7129.14.05.00

A-800-85-11i-0-D A-800-85-11i-0-N

26 26

10 dBd

7129.32.33.00 7129.32.05.00

A-800-85-12i-10-D A-800-85-12i-10-N

26 26

11 dBd

7129.20.33.00 7129.20.05.00

A-800-85-13i-0-D A-800-85-13i-0-N

26 26

13 dBd

7129.16.33.00 7129.16.05.00

A-800-85-15i-0-D A-800-85-15i-0-N

27 27

7120.20.05.00

A-800-110-11i-0-N

29

11 dBd

7120.16.33.00 7120.16.05.00

A-800-110-13i-0-D A-800-110-13i-0-N

29 29

800 MHz Allgon Log Periodic Antenna Description Detail:

A - 8 0 0 - 9 5 - 1 4 i - 0 - D 7/16 DIN Connector

Frequency Band

Horizontal Beamwidth

Gain in dBi

Electrical Downtilt Angle

Antennas may be ordered using part number or description.

Base Station Antennas Page 22

Page

9 dBd

85 Degree 800 MHz ALP

Allgon Log Periodic Family

D

110 Degree 800 MHz ALP

Description

11 dBd

Gain Part Number

I

95 Degree 800 MHz ALP

7131.30.33.00 7131.30.05.00

Gain Part Number

C

8 0 0

M H z

A l l g o n

L o g

(A-800-40-16i)

A n t e n n a

7131.16

(A-800-40-18i)

Gain 14 dBd (16 dBi) 16 dBd (18 dBi) Polarization linear, vertical linear, vertical VSWR, 50Ω 17 dB Maximum CW input power 500W 500W Two tone intermodulation 3rd order