Car Audio AM FM Aerial Signal Booster

Soundlabs Group AM / FM Car Radio Aerial Signal Amplifier / Booster

Description
The Soundlabs Group AM / FM car radio aerial signal amplifier is designed to boost weak radio reception and extend reception distance in automotive audio installations. Connected inline between the existing vehicle aerial and head unit, this booster enhances sensitivity across both AM and FM broadcast bands. Featuring quality coaxial cable for anti-interference performance, dual noise-suppression ferrite magnetic rings, an inline safety fuse, and a visual LED power indicator, it provides an effective solution for vehicles operating in fringe reception areas or using short, non-amplified aerials.

Key Features:

• AM & FM Signal Boosting: Enhances weak signal sensitivity and extends broadcast reception distance across both AM and FM bands.
• Anti-Interference Construction: Built with high-purity copper signal wiring and dual ferrite magnetic rings to reduce noise transmission.
• Integrated LED Power Indicator: Onboard status light illuminates when +12V power is active, allowing quick visual confirmation.
• Inline Circuit Protection: Includes an integrated inline blade fuse to protect vehicle electrical wiring.
• Universal DIN Connections: Features standard Motorola / DIN male and female aerial connectors for straightforward plug-and-play fitting.
• Compact Form Factor: Total length of approx. 315 mm and weight of 70 g for easy concealed installation behind dashboard panels.

Technical Specifications:

• Frequency Range: 80 MHz to 108 MHz (FM) and AM broadcast band
• Peak Amplification: Approx. 25 to 30 dB
• Impedance: 75 Ohms
• Operating Voltage: DC 10.5V to 16V (12V DC nominal)
• Working Current: 10 mA to 30 mA (approx. 35 mA max)
• Voltage Standing Wave Ratio (VSWR): < 2.0
• Connector Type: Standard DIN / Motorola plug and socket
• Operating Temperature: -40 to 85 °C
• Overall Length: Approx. 315 mm (12.4 inches)
• Weight: 70 g
• Package Contents: 1x AM/FM aerial amplifier, 2x quick splice wire clips, 1x double-sided adhesive mounting pad
• Note: Appearance may vary due to manufacturing variations

Suggested Uses & Applications:

• Improving radio signal reception when travelling in regional, rural, or fringe broadcast areas.
• Compensating for reduced signal pickup when using short, stubby, or low-profile aftermarket aerials.
• Restoring weak radio performance after installing aftermarket car stereos or head units.

Installation & Wiring Tips:

• Inline Connection: Remove the radio head unit and plug the existing vehicle aerial cable into the booster socket, then plug the booster plug directly into the rear antenna port of the radio.
• 12V Power Wiring: Connect the red power wire to the electric antenna trigger wire (usually blue, remote output) from the radio harness. If unavailable, connect to an ignition-switched ACC +12V power source using the supplied quick splice clips.
• Secure Mounting: Clean the mounting surface before applying the included double-sided adhesive pad to attach the module securely behind the dash.
• Power Verification: Turn the ignition switch on to verify that the power LED illuminates, confirming active power delivery before refitting the head unit.
• Grounding Note: Chassis ground return (0V) is automatically established through the outer shield of the aerial coaxial connectors once plugged into the radio.
• Professional installation is recommended.

Important System Caveats & Disclaimers:

• Signal Quality Dependence: A booster amplifies whatever signal is captured by the vehicle aerial. If the aerial cable is damaged, ungrounded, or picking up severe electrical engine noise, those unwanted signals and interference will also be amplified.
• Existing Active Aerials: Not recommended for vehicles already fitted with factory-amplified aerials (such as amplified glass-print or roof-fin antennas), as double-amplification can overdrive the radio tuner and distort strong local signals.
• Urban Reception: Car radios equipped with Automatic Gain Control (AGC) reduce incoming signal strength automatically in urban areas with strong broadcast towers; a booster will show minimal difference in strong signal zones.