Baluelec Releases HRA4080 RF Comprehensive Tester Supporting Multi Touch Operation for Various Parameter Testing Needs

PublishTime： 2024-02-04 Article Source：Baluelec News

Baluelec HRA4080 RF Comprehensive Tester is a comprehensive tester that integrates spectrum analysis, vector network analysis, antenna and feeder line testing, vector voltmeter, field strength measurement, interference localization, USB power measurement, and other functions.

Adopting a 10.1-inch LED backlight high brightness display screen, supporting multi touch operation, the product has comprehensive testing functions and is very suitable for various parameter testing needs. It can be battery powered, small in size, light in weight, and easy to carry. It is a powerful tool for on-site testing parameters, engineering installation and debugging, and daily maintenance and repair of various electronic devices. It can be widely used in various fields such as communication, broadcasting and television, radio management, electronic detection and countermeasures, precision guidance, and so on.

Product Features

Frequency range: 5kHz~8GHz

Noise level: better than< -162dBm@1GHz

Maximum real-time bandwidth: 40MHz

Single sideband phase noise:<-98dBc/Hz @ 10kHz

Up to 80dB medium mirror frequency suppression

Equipped with various measurement functions such as spectrum analysis, vector network analysis, antenna feeder measurement, vector voltmeter, field strength, etc

Optional measurement functions such as real-time spectrum, GPS/BD navigation, USB power probe, interference localization, etc

10.1-inch high brightness display screen and support for touch operation

Removable lithium-ion batteries

Vector Network Analysis

Frequency range: 100kHz~8GHz

Effective directionality: 38dB

Measurement parameters: S11, S21

Widely used in antenna, RF and microwave components, antenna and feeder system indicator testing, engineering installation and debugging, etc.

Antenna Feeder Measurement
Frequency range: 1MHz~8GHz
Measurement points: 128~2048
Port output power: 0dBm

Widely used in antenna feeder measurement, engineering installation and debugging, and on-site testing of base stations.

Sweep Frequency Spectrum Measurement
Frequency range: 5kHz~8GHz
Noise level:<-162dBm
Resolution bandwidth: 1Hz~5MHz
Phase noise:<-98dBc/ Hz@10kHz
80dB medium mirror frequency suppression
Can quickly search and measure all frequency band signals
Accurate measurement of signals as low as 1kHz
Display modes such as spectrum and waterfall plots
AM/FM broadcast signal sound demodulation

Equipped with measurement functions such as channel power, occupied bandwidth, adjacent channel power, carrier-to-noise ratio, third-order intermodulation, harmonic distortion, and NdB.

Real Time Spectrum Measurement (optional)
Frequency range: 5kHz~8GHz
Real time bandwidth: 40MHz
100% POI duration: ≤ 7us
Trigger: external trigger, intermediate frequency power, FMT, pps second pulse, gated scan
Can capture microsecond-level transient signals and locate them

It can monitor and display high-power and low-power signals of the same frequency, making it easy to find interference from small signals of the same frequency. By utilizing the gated scanning function, the spectrum of each subframe in wireless communication can be fully analyzed.

Interference Localization (optional)
Built in GPS/BD positioning system
Automatic acquisition of directional antenna compass direction
Automatically determine the direction of interference sources
A complete set of directional antennas for easy identification of interference sources at different frequencies
Interference localization realizes interference search and location analysis functions
Using map positioning can directly display the location information of interference sources

Power Measurement (optional)
Frequency range: 10MHz~6GHz
Dynamic range: -60dBm~+20dBm
Measurement accuracy: ± 0.5dB
Maximum safe input level:+33dBm
Connection method: USB interface

The USB power meter is connected through a USB interface, which is portable and easy to use, and can accurately measure the amplitude of the signal.

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