The Anritsu MA249xA Series are wideband power sensors designed for precise peak and average power measurements across diverse frequency bands. These sensors deliver critical measurement data for wireless communication, radar, and electronic warfare development, validation, and production testing. The MA249xA accommodates CW, pulsed RF, and wideband modulated signals—including TDMA, LTE, 5G, and Wi-Fi—making it suitable for engineers requiring accurate power characterization across modulation types.
## Technical Specifications
**Measurement Capabilities**
• Peak and average power measurement
• Fine-resolution power data acquisition
• Model-dependent measurement ranges with accuracy dependent on frequency, power level, and operating temperature
• Rise time and fall time parameters specified per model for peak power transient response
• Frequency coverage extends from low GHz into the tens of GHz, with specific start and stop frequencies defined by individual model
**Signal Types**
• CW (Continuous Wave)
• Pulsed RF
• Wideband modulated signals (TDMA, LTE, 5G, Wi-Fi)
**Electrical & Physical Characteristics**
• Power delivery via connected Anritsu power meter or external supply (voltage and current model-specific)
• Overload protection against input power exceeding specified limits
• Common RF connectors: Type-N, 3.5mm, or SMA (model-dependent)
• Physical dimensions and weight vary by model and connector type
## Key Features
• Proprietary digital interface with Anritsu power meter series for remote control and data transfer
• Overload protection safeguards sensor integrity
• Multi-connector support across frequency bands
## Typical Applications
• Wireless communication system development and validation
• Radar system characterization
• Electronic warfare testing
• Production test environments
## Compatibility & Integration
The MA249xA Series integrates with Anritsu power meters through proprietary connectors and communication protocols. Compatibility is limited to specific Anritsu power meter series. Individual model selection determines connector type, frequency range, measurement resolution, and accuracy specifications.
