Low Profile Antenne Low Profile Antenna. MCA 1890 S Erz-Nr. / Ord. code Datenblatt / Datasheet CELLULAR

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1 Low Profile Antenne Low Profile Antenna CELLULAR Passive Sende-/Empfangsantenne für die Frequenzbereiche GSM 850, GSM 900, GSM 1800, GSM 1900 und UMTS geringe Bauhöhe ca. 30 mm Abdeckung europäischer und US-amerikanischer Cellular-Telefon-Frequenzen Montage auf unterschiedlichsten Oberflächen (z.b. Kunststoff, Metall ) Passive transmitting and reception antenna for the frequencies GSM 850, GSM 900, GSM 1800, GSM 1900 and UMTS Low body height ca. 30 mm Coverage of European and American cellular phone frequencies Mounting on several surfaces (e.g. plastics, metal ) Technische Daten / Technical data Abmessungen / Dimensions app. 80 mm x 80 mm x 8 mm Gehäusematerial / Housing material ASA+PC Temperaturbereich / Temperature range C / F Schutzklasse / Protection class IP6k9k (acc. ISO 0653) CELLULAR Frequenzbereich / Frequency range GSM 850: MHz GSM 900: MHz GSM 1800: MHz GSM 1900: MHz UMTS: MHz Impedanz / Impedance 50 Ohm VSWR typ.,0 Gewinn / Gain typ. 0 dbi 1) Polarisation / Polarization linear, vertikal / linear, vertical Belastbarkeit / Load capacity min. 8 W gepulst, pulsed acc. GSM standard Kabeltyp / Cable type RG 174 low loss Kabellänge / Cable length mm ) Anschluss / Connector SMA male straight ) 1) dbi: gemessen gegenüber Isotropen-Strahler / referenced to an isotropic radiator ) andere Ausführungen auf Anfrage / other types on request 1-8

2 Technische eichnungen Technical drawings Tightening torque mm Herstelldatum / HCC-Art.nummer ww. als Etikett oder aufgedruckt date of manufacturing / HCC pt-no. opt. label or printed SMA male -8

3 Standard GSM/AMPS GSM GSM/DCS GSM/PCS UMTS/3G Band (MHz) Frequency (MHz) Return Loss (db) Cable length (m) 0, -4,7-8,7-1,6 -,6-15,9 Cable length (m) 1,0-5,4-9,3-13,6-3,6-17,0 Efficiency (%) Cable length (m) 0, 19,00% 47,60% 87,00% 79,00% 79,40% Cable length (m) 1,0 16,30% 40,80% 69,71% 63,0% 6,3% Gain (dbi) Cable length (m) 0, -3,4 0,7 3,3, -0,6 Cable length (m) 1,0-4,1 0,1,3 1, -1,6 Typisches VSWR /Typical VSWR Return loss 5,50 5,00 4,50 4,00 Return loss VSWR 3,50 3,00,50,00 1,50 1, _08_MMCell VSWR 1015_08_MMCell,VSWR+cable 1.0m,4, Returjn loss VSWR 1,8 1,6 1,4 1, _08_MMCell VSWR 1015_08_MMCell,VSWR+cable 1.0m 3-8

4 Integraler Pegel /Integral level Integralwert Elevation 0 10 vertikale Polarisation dbi Theta gain int/db Resulting gain w. 1.0 m cable Integralwert Elevation 0 10 vertikale Polarisation db Theta gain int/db Resulting gain w. 1.0 m cable 4-8

5 Wirkungsgrad /Efficiency 100,00% 90,00% 80,00% 70,00% 60,00% % 50,00% 40,00% 30,00% 0,00% 10,00% 0,00% Efficiency/% Resulting Efficiency w. 1.0m cable /% Wirkungsgrad 100,00% 90,00% 80,00% 70,00% 60,00% db 50,00% 40,00% 30,00% 0,00% 10,00% 0,00% Efficiency/% Resulting Efficiency w. 1.0m cable 5-8

6 Typisches Strahlungsdiagramm (H-Ebene) Typical radiation pattern (H-plane) max[db].0 db/div Phi = 0 Kurve: Frequenz: maximaler Pegel: Integralwert(p): 1. = MHz max = -4.0 db int(p) = -5.5 db. = MHz max = -0.1 db int(p) = -0.9 db 3. = MHz max = 1.6 db int(p) = 0.7 db 4. = MHz max =.0 db int(p) = 1.0 db max[db] 4.5 db/div Phi = 0 Kurve: Frequenz: maximaler Pegel: Integralwert(p): 1. = MHz max = 3.4 db int(p) =.3 db. = MHz max = 4.5 db int(p) =.9 db 3. = MHz max = 4.4 db int(p) =. db 4. = MHz max = 4.3 db int(p) =. db 5. = MHz max = 4.1 db int(p) = 1.6 db 6. = MHz max = 4.1 db int(p) = 1.4 db 7. = MHz max =.8 db int(p) = 0.7 db 8. = MHz max = 1.9 db int(p) = -1.4 db 6-8

7 Typisches Strahlungsdiagramm (V-Ebene) Typical radiation pattern (V-plane) FREUENCY: 84 MHz FREUENCY: MHz FREUENCY: MHz FREUENCY: 94.5 MHz 7-8

8 Typisches Strahlungsdiagramm (V-Ebene) Typical radiation pattern (V-plane) FREUENCY: MHz FREUENCY: 1960 MHz FREUENCY: MHz FREUENCY: 1980 MHz FREUENCY: 1880 MHz FREUENCY: 010 MHz FREUENCY: 190 MHz FREUENCY: 140 MHz 8-8