• Frequency range: 0.1 to 2000 MHz
• Frequency entry: 1 kHz resolution
• Measurement for 25, 50, 75, 100, 150, 200, 300, 450 and 600-Ohm systems
• SWR measurement range: 1 to 100 in numerical modes, 1 to 10 in chart modes
• R and X range: 0…2000, -2000…2000

The AA-35 ZOOM is a portable, self-calibrating analyzer, designed for measuring SWR (standing wave ratio), return loss, cable loss, as well as other parameters of cable and antenna systems in the range of 60 kHz to 35 MHz, with incredible ZOOM capability.

The following tasks are easily accomplished by using this analyzer:

• Rapid check-out of an antenna
• Tuning an antenna to resonance
• Comparing characteristics of an antenna before and after specific event (rain, hurricane, etc.)
• Making coaxial stubs or measuring their parameters
• Cable testing and fault location, measuring cable loss and characteristic impedance
• Measuring capacitance or inductance of reactive loads

The analyzer is designed for measuring SWR (standing wave ratio), return loss, as well as other parameters of cable and antenna systems in the range of 100 kHz to 230 MHz.

It is the world’s first antenna analyzer capable of 16 hours of continuous measurements without battery recharging.

Small, handy and powerful vector network analyzer is designed for measuring most useful parameters of cable and antenna systems in the range of 100 kHz to 230 MHz. Compared with the other devices the Stick is the State-of-the-Art Antenna & Cable Analyzer. Because it has Key benefits: less size you obtain, less weight you carry, less time you measure.

• Frequency range: 0.1 to 1500 MHz
• Frequency entry: 1 kHz resolution
• Measurement for 25, 50, 75, 100, 150, 200, 300, 450 and 600-Ohms systems
• SWR measurement range: 1 to 100 in numerical mode, 1 to 10 in graph mode
• R and X range: 0…2000, -2000…2000

The analyzer is designed for measuring SWR (standing wave ratio), return loss, cable loss, as well as other parameters of cable and antenna systems in the range of 100 kHz to 230 MHz.
A built-in ZOOM capability makes graphical measurements especially effective.
An integrated Time Domain Reflectometer mode can be used to locate a fault within the feedline system.

The following tasks are easily accomplished by using this analyzer:

• Rapid check-out of an antenna
• Tuning an antenna to resonance
• Comparing characteristics of an antenna before and after specific event (rain, hurricane, etc.)
• Making coaxial stubs or measuring their parameters
• Cable testing and fault location, measuring cable loss and characteristic impedance
• Measuring capacitance or inductance of reactive loads