Antena biconica

> BICONICAL Antennas
PROFESSIONAL APPLICATION

> Main use:
• EMC and EMI testing • Radio link testing

> Delivered documents:
• Measured return loss • Typical performance data (TYMEDATM)

>Included equipment:
• Balun, connected to the RF N connector

> Optional equipment:
• Tripod

> Related services:
• Maintenance • Calibration • Customization available upon request

➊TECHNICAL PERFORMANCES
• Low return loss • Linear gain with frequency

➋ DESIGN • Easy handling and storage • Fully dismountable elements

Electrical characteristics
Part number Type of antennaFrequency range Average gain SBW 20 Biconic 0.02 – 3 GHz From -20 to 0 dBi between 20 and 70 MHz 0 dBi between 70 and 3000 MHz VSWR From 80:1 to 4:1 between 20 MHz to 70 MHz 4:1 between 70 and 3000 MHzPolarization Impedance Power Bandwidth Antenna factor Vertical or horizontal 50 Ohms 100 W omnidirectional in V pol. From 20 to 5 dB1/m between 20 and 70 MHz Increasing with frequency between 70 and 3000MHz SBW 30 Biconic 0.03 – 1 GHz From -15 to 0 dBi between 30 and 70 MHz 0 dBi between 70 and 1000 MHz From 30:1 to 4:1 between 30 to 70 MHz 4:1 between 70 and 1000 MHz Vertical or horizontal 50 Ohms 50W Omnidirectional in V pol. From 15 to 5 dB1/m between 30 and 70 MHz Increasing with frequency between 70 and 1000 MHz Vertical or horizontal 50 Ohms 50 W Omnidirectional in V pol. From 10 dB1/m at100 MHz, increasing with frequency up to 3000 MHz SBW 100 Biconic 0.1 – 3 GHz 1 dBi (Typical)

< 4:1

EMC 93

SBW 100 Typical radiation pattern at 100 MHz

SBW 100 Typical radiation pattern at1 GHz

SBW 100 Typical radiation pattern at 200 MHz

SBW 100 Typical radiation pattern at 2 GHz

SBW 100 Typical radiation pattern at 450 MHz

SBW 100 Typical radiation pattern at 3 GHz

94EMC

SBW 100 Measured return loss vs frequency

Mechanical characteristics
Part number Dimensions in mm (WIDTH x RADIUS) Weight (approx) Connector Material Wind rating Lightening protection...