Log periodic antenna - 900 MHz to 2600 MHz, 30 W: EMC LOG 900-2600 | EMC TEST
EMCTEST EMC LOG 900-2600 Full Band Log Antenna for telecom and EMC applications from 900 MHz to 2600 MHz, with 30 W input power, 50 ohm impedance and SMA female connector.
The EMC LOG 900-2600 is a Full Band Log Antenna from EMCTEST Technologies for applications in the frequency range from 900 MHz to 2600 MHz. It is designed for telecom applications as well as for EMC tests in radiation and immunity environments.
With its compact form factor, lightweight design and full frequency band coverage, the antenna is suitable for technical measurement tasks in laboratory, development and EMC test environments.
Advantages
- Broadband coverage from 900 MHz to 2600 MHz for telecom and EMC applications.
- Suitable for EMC tests in radiation and immunity applications.
- Good power handling capability up to 30 W over the whole frequency band.
- Constant flat gain and excellent VSWR compared with standard log periodic dipole antennas.
- Very lightweight design for flexible test and measurement setups.
- Designed and fully manufactured in Italy.
Key features
- Frequency range: 900 MHz to 2600 MHz
- Maximum input power: 30 W
- Nominal impedance: 50 ohm
- VSWR: < 1:2 typical
- Gain: 4 dBi typical
- RF connection: SMA female
- Dimensions: 18 cm length x 15 cm width x 1 cm height
- Frequency band coverage: full frequency band coverage
Typical applications
- Telecom applications covering GSM, UMTS, 3G, WiFi, Bluetooth and LTE.
- EMC radiation tests for electrical and electronic products.
- EMC immunity tests in laboratory and pre-compliance environments.
- RF measurement setups in the 900 MHz to 2600 MHz frequency range.
- Development, validation and technical characterization of RF and telecom systems.
Additional information
The provided antenna factor values are 26.3 dB at 900 MHz, 24.2 dB at 1000 MHz, 25.8 dB at 1200 MHz, 27.7 dB at 1500 MHz, 29.3 dB at 1800 MHz, 30.2 dB at 2000 MHz, 32.0 dB at 2400 MHz and 32.4 dB at 2600 MHz.
EMCO supports technical users in selecting suitable antenna solutions for RF, telecom, EMC and measurement applications. This includes technical assessment of the antenna within existing test setups, laboratory environments and application-specific measurement chains.
