Anritsu MS2721A HandHeld Spectrum Master Analyzer

Anritsu MS2713E Handheld Spectrum Analyzer

The Anritsu MS2713E Spectrum Master is a handheld spectrum analyzer used to measure and investigate radio-frequency signals. Covering 9 kHz to 6 GHz, it helps engineers and technicians monitor wireless systems, identify transmissions, and troubleshoot RF problems in the field.

The analyzer displays signal strength across frequency, showing where signals occur and how powerful they are. This helps users distinguish intended transmissions from noise or interference and investigate signals that may affect communication performance. Typical applications include cellular networks, land mobile radio, Wi-Fi, and broadcasting.

Its portable design supports testing at installation sites and other locations where carrying laboratory equipment is impractical. Depending on the installed options, it also supports specialized functions such as interference analysis, tracking-generator measurements, and cellular or digital broadcast signal analysis.

The MS2713E is used for installation checks, maintenance, spectrum monitoring, and fault diagnosis. Its measurements help technicians assess RF conditions and investigate communication problems. Anritsu has discontinued the model and lists the MS2080A as its replacement, while continuing to provide MS2713E documentation and support resources.

Features:

• 9 kHz–6 GHz frequency range
• Handheld, battery-powered design for field testing
• Channel power and occupied bandwidth measurements
• Adjacent channel power ratio (ACPR) measurement
• Carrier-to-interference (C/I) measurement
• Standard built-in preamplifier for detecting weak signals
• Max hold, min hold, and trace averaging
• Multiple markers for comparing signal frequencies and levels
• Limit lines and automatic trace saving when limits are crossed
• USB and Ethernet data transfer
• Remote control and automated testing
• Approximately three hours of battery operation
• Optional interference analysis, including spectrogram and RSSI measurements
• Optional GPS receiver and coverage mapping
• Optional tracking generator for testing component frequency response
• Optional RF power-meter functions
• Optional cellular and digital broadcast signal analysis, including LTE/LTE-A and NB-IoT