RF Signal Level Meter, 100KHz to 1GHz Broadband Field Strength Meter with Antenna, Auto Shock Absorption, for Radio Antenna

1. AUTO SHOCK ABSORPTION FUNCTION: This feature provides a cushioning effect, preventing damage caused by rapid oscillations, ensuring accurate readings and enhanced durability. 3. ADJUSTABLE POINTER AMPLITUDE: The pointer's amplitude can be adjusted to protect the meter's head, offering flexibility and accuracy in measurement. 4. STYLISH DESIGN: Featuring a simple yet efficient design, this broadband field strength meter operates in the 100KHz to 1GHz range while maintaining an attractive, professional appearance. 5. HIGH SENSITIVITY: It is equipped with an antennae supports 400 to 470Mz. For better results and sensitivity during measurements, using antennas that correspond to the specific frequencies being tested is recommended. Specification: Item Type: Broadband Field Strength Meter Material: ABS Operating Frequency: 100K-1000MHz Product Size: Approx. 98x66x47mm / 3.9x2.6x1.9in Test Sensitivity: 1. 0.1w transmitter, distance 0.1-1m / 0.3-3.3ft. 2. 2W 5W transmitter, 1-3 meter / 3.3-9.8ft away. 3. 10W transmitter from 2-5m / 6.6-16.4ft range. 4. 50W about 3-10m / 9.8-32.8ft range. PackageList: 1 x Field Strength Meter 1 x Antennae 1 x Cover

• AUTO SHOCK ABSORPTION FUNCTION: This feature provides a cushioning effect, preventing damage caused by rapid oscillations, ensuring accurate readings and enhanced durability.
• COMPACT AND PORTABLE: The field strength meter's small size makes it easy to carry, allowing you to perform field strength measurements wherever you go.
• ADJUSTABLE POINTER AMPLITUDE: The pointer's amplitude can be adjusted to protect the meter's head, offering flexibility and accuracy in measurement.
• STYLISH DESIGN: Featuring a simple yet efficient design, this broadband field strength meter operates in the 100KHz to 1GHz range while maintaining an attractive, professional appearance.
• HIGH SENSITIVITY: It is equipped with an antennae supports 400 to 470Mz. For better results and sensitivity during measurements, using antennas that correspond to the specific frequencies being tested is recommended.