2300-2600LPDA7 WideBand Antenna on a PCB
High-Gain PCB Log Periodic 2300-2600LPDA7 WideBand Antenna for Mobile Communications.
Key Features:
- High Gain: Provides a free-space forward gain of 7.2 dBi on average.
- High Directivity: Features a Front-to-Back Ratio of about 20dB on average.
- Wideband characteristics: Works on all frequencies ranging from 2.3 GHz to 2.6 GHz.
- Maximum power up to 10W
- Excellent return loss (“RL”) over the whole range 2300 MHz – 2600 MHz
- Withstands high “G” acceleration
- Robust Construction: Built on a FR4 substrate with high rigidity.
- SMA Output connector
- Measures only 80 x 60 mm without connector
Common Applications:
- RF testing
- EMI (Electromagnetic Interference) testing and site surveys
- Wireless Research
- Direction finding
- For Wideband SDR receivers
2300-2600LPDA7 WideBand Antenna Appearance:

What does 2300-2600LPDA7 mean?
- 2300-2600 – 2300 – 2600 MHz frequency range
- LPDA – Logarithmic Periodic Dipole Array Antenna
- 7 – 7.2 dBi gain on average
Electrical Specifications of 2300-2600LPDA7 WideBand Antenna:
Frequency Range: 2300 – 2600 MHz
Free Space Forward Gain: 6.8 to 7.5 dBi
Front-to-Back Ratio: 16 – 32 dB
-3 dB Horizontal Beamwidth: 66° – 68.4°
-3 dB Vertical Beamwidth: 97°- 109°
Polarization: Any
Nominal Input Impedance: 50 Ohms
SWR Across Entire Band: < 1.2
Maximum Power Input: 10W
Connector: SMA gold-plated
2300-2600LPDA7 WideBand Antenna Measured Return Loss:

2300-2600LPDA7 WideBand Antenna radiation patterns:
2300-2600LPDA7 2300MHz Azimuth Radiation Pattern. Gain 6.8 dBi

2300-2600LPDA7 2360MHz Azimuth Radiation Pattern. Gain 7.2 dBi

2300-2600LPDA7 2400MHz Azimuth Radiation Pattern. Gain 7.4 dBi

2300-2600LPDA7 2460MHz Azimuth Radiation Pattern. Gain 7.5 dBi.

2300-2600LPDA7 Antenna 2500MHz Azimuth Radiation Pattern. Gain 7.45 dBi

2300-2600LPDA7 Antenna 2560MHz Azimuth Radiation Pattern. Gain 7.35 dBi

2300-2600LPDA7 WideBand Antenna 2620MHz Azimuth Radiation Pattern. Gain 7.3 dBi.

Antennas-Amplifiers Product Benefits. A Major advance in antenna design.
- F/B and G/T superiority.
All antennas have been calculated using state-of-the-art full 3D EM modeling software - No tuning antennas.
Before dispatch, we assemble and test each antenna’s characteristics — no need to tune any element to get a perfect SWR on the intended frequency range. Everything is pre-tuned.

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