Stable And Reliable Mini Whip Active Antenna For Consistent Performance

Stable And Reliable Mini Whip Active Antenna For Consistent Performance DESCRIPTION Features: *Wide Frequency Range: This mini whip portable active antenna covers a wide frequency range, from 10KHZ to 30MHZ, allowing you to receive signals in HF, LF, VLF, and VHF bands. *Clear Reception with Class A Circuit: The new version of this antenna utilizes modern BF998 and BCX54 semiconductors, resulting in a true Class A circuit. This design ensures clear reception without any intermodulation distortion (IMD). Experience high-quality audio transmission without any interference. *Easy Installation: This antenna features a single coaxial connection, making it easy to install and connect to your receiver. With an RC-coupled design and no need for a transformer, this antenna simplifies the setup process. *Compact and Portable: This mini whip portable antenna is compact and lightweight. It can easily be carried or transported without taking up much space. Take it with you wherever you go and enjoy high-quality reception on the move. *Sturdy and Construction: Made with PCB material, this antenna is built to last. It can withstand regular use and deliver consistent performance over time. The BNC connector ensures a secure and reliable connection. Plus, it comes with a reliable power supply and consumes low current, making it energy-efficient. Specifications: Part Name:Mini Whip Portable Active Antenna Material:PCB Size:155 x 27mm Color:As shown Frequency Range: 10 KHz - 30 MHz Second Order Output Intercept: Greater than + 70 dBm Third Order Output Intercept: Greater than + 30 dBm Maximum Output Power: Greater than - 15 dBm PCB Connector: BNC Power Supply: 9-15 V Current Consumption: 90 mA Output Resistance: 50 Ohm Weight: 26 g Package Content: 1*Active Antenna Note: 1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.