The Anritsu MA2424A is a thermocouple-based power sensor for average power measurement across 10 MHz to 40 GHz. It detects thermal gradients using Seebeck elements to deliver true power readings independent of waveform shape. An internal EEPROM stores calibration factors and linearity correction data, which Anritsu power meters read automatically for calibrated output.
Technical Specifications
• Frequency Range: 10 MHz to 40 GHz
• Dynamic Range: –30 dBm to +20 dBm
• Sensor Linearity: <1.3% to 18 GHz; 1.5% to 40 GHz
• Rise Time: <4.0 ms
• Temperature Accuracy (5°C to 50°C): <1.0%
• Maximum Input Power:
– Continuous: +24 dBm
– 1 µs peak: +30 dBm
– DC: 2.2 V
• Return Loss (SWR):
– 10–50 MHz: <1.90
– 50–150 MHz: <1.17
– 0.15–2 GHz: <1.10
– 2–12.4 GHz: <1.15
– 18–32 GHz: <1.25
– 32–40 GHz: <1.30
• RF Connector: K (male)
– Key Features
• Seebeck element technology for waveform-independent average power detection
• Stored calibration and linearity correction via internal EEPROM
• Low return loss across full frequency range
• Excellent linearity performance across microwave and millimeter-wave bands
• Fast thermal response for dynamic power monitoring
– Typical Applications
• RF power measurement in communication systems
• Microwave and millimeter-wave power monitoring
• Amplifier characterization and validation
• Transmitter power control and compliance testing
– Compatibility & Integration
Designed for direct integration with Anritsu ML2400, ML2430, ML2480, and ML2490 series power meters. Specific firmware revisions may be required for optimal compatibility across certain meter models.
