FM DAB Antenna

1. Product Name Interior Passive 3dBi High Gain Adhesive AM/FM/DAB Antenna 2. Description --2.1 Applications: FM Units--88-108 MHz DAB Units-- 163-240 MHz DAB+ Units-- 1452-1492 MHz (3m Cable) --2.2 Features: DAB / DAB+ Antenna for Indoor Use Compatible with most DAB / DAB+ Units in Car Cable Length--3m SMA / SMB / MCX (Optional) 3. Introduction This universal DAB aerial is a quick and easy windscreen patch aerial to enable reception of DAB radio signals (for use with in car

1. Product Name Private Mobile Radio Covert Vehicle Dipole FM/DAB Antenna 2. Antenna Specifications 3. VSWR 4. Antenna Drawing

1. Product Name: Car Active Portable Stereo Radio DAB / DAB+ Antenna 2. Description This active DAB+ antenna is designed to receive digital broadcasting digital radio. The integrated amplifier improves the reception signal. This DAB DAB+ active patch antenna is an ABS IP65 patch antenna with a self-adhesive fixing strip designed to achieve excellent placement strength on any non-metallic surface. A superbly engineered integrated dipole amplified PCB provides excellent DAB

1. Product Name Exterior 88-108MHz Car FM Stereo Radio Flat Patch Antenna 2. Description --2.1 Applications Car / Vehicle / Van / Mobile FM Radio Equipments Stereo Devices --2.2 Features FM 88-108MHz Adhesive Mount 2dBi High Gain Ground Plane Independent High Gain Dipole Antenna 115*22 mm 3. Introduction This is a high gain omni directional flat patch antenna which can offer 88-108MHz FM radio frequency . 4. Specs Electrical Properties 1.1 Frequency 88-108 MHz 1.2 Gain (peak)

1. Product Name Private Mobile Radio Covert Vehicle Dipole FM/DAB Antenna 2. Introduction FM: 88-108MHz DAB: 174-240MHz Dipole Antenna Tunable to Individual User Flexible Wire Elements This covert vehicle dipole antenna is specifically designed for installations where the presence of an antenna must be undertectable. This specialist antenna can be tuned across a range of frequencies from FM to DAB (L1) when fitted simply by cutting down the radiating elements. Tuning on the