Description
Aaronia MDF930X - Magnetic Field Tracking Antenna, 9KHz to 30MHz
- Magnetic tracking antenna
- Frequency range: 9KHz to 30MHz (Active)
- Perfect for magnetic field direction finding in combination with Spectrum Analyzers
- Compact design and low weight
The Aaronia MDF930X is a broadband, active magnetic field tracking antenna, suitable for signal tracking and field strength measurements. It offers a frequency range from 9KHz to 30MHz (Active).
Aaronia presents the new, high quality magnetic field tracking antennas of the MDF series, suitable for signal tracking and field strength measurement. Available in 5 different versions (2 passive, 3 active), the MDF covers an extremely broad frequency range from 9kHz to 400MHz. Together with the MDF antennas, any regular Spectrum Analyzer transforms into a Magnetic Field Meter with tracking function in a few simple steps.
Compact, Inexpensive, Directional and Highly Sensitive
The special conversion factor of the MDF, in conjunction with a Power Meter showing dBm values, gives a direct dBA/m display with correct sign (power meter function).
Thanks to the high directionality of the antenna, the MDF is ideally suited for signal direction finding. This predestines the MDF to use as a radio direction finder or to locate illegal or unwanted interference. Designed and manufactured in Germany, each MDF Antenna stands for highest quality standards. To illustrate this point every MDF offers a full 10 years warranty period.
Frequency Response (Power Meter Function)
E-Field Suppression
Manufacturer Specs
| Aaronia MDF 930X Specifications | |
| Compatible with any Spectrum Analyzer brand | |
| Design | Active Loop |
| Frequency Range | 9kHz – 30MHz (1MHz – 25MHz with max. +/- 0,5dB deviation) |
| Impedance | 50 Ohm |
| RF connector | SMA (female) |
| Temperature range | – 40°C to +60°C |
| Dimensions | (L/W/D): 180 x 180 x 85 mm |
| Weight | 360gr Incl. Pistol grip with mini tripod function & watertight transport case |
| Warranty | 10 years |
Reviews
There are no reviews yet.