The MA2482D is a used 18 GHz 0.1 Watts RF Sensor from Anritsu. Electronic test equipment sensors measure the power of waveforms, such as multi-tone and modulated radiofrequency (RF) waveforms. Sensors gather highly accurate modulation measurements using diode detectors.
Additional Features:
10 MHz -18 GHz
50 ohm
-60 - +20 dBm
True-RMS detection enables accurate average power measurements of any signal type
80 dB dynamic ranges.
Calibration factors stored in EEPROM
The Anritsu MA2482D is a true RMS sensor with a dynamic range of 80 dB. These power sensors can be used for average power measurements on CW, multi-tone and modulated RF waveforms such as 3G, 4G, and OFDM. The sensor architecture consists of three pairs of diodes, each one configured to work in its square law region over the dynamic range of the sensor. Therefore, it measures true RMS power regardless of the type or bandwidth of the modulation of the input signal. Option 1 provides TDMA measurement capability, calibrating one of the diode pairs for linearity over a wide dynamic range, thus making it a truly universal sensor.
The MA2482D is a used 18 GHz 0.1 Watts RF Sensor from Anritsu. Electronic test equipment sensors measure the power of waveforms, such as multi-tone and modulated radiofrequency (RF) waveforms. Sensors gather highly accurate modulation measurements using diode detectors.
Additional Features:
- 10 MHz -18 GHz
- 50 ohm
- -60 - +20 dBm
- True-RMS detection enables accurate average power measurements of any signal type
- 80 dB dynamic ranges.
- Calibration factors stored in EEPROM
The Anritsu MA2482D is a true RMS sensor with a dynamic range of 80 dB. These power sensors can be used for average power measurements on CW, multi-tone and modulated RF waveforms such as 3G, 4G, and OFDM. The sensor architecture consists of three pairs of diodes, each one configured to work in its square law region over the dynamic range of the sensor. Therefore, it measures true RMS power regardless of the type or bandwidth of the modulation of the input signal. Option 1 provides TDMA measurement capability, calibrating one of the diode pairs for linearity over a wide dynamic range, thus making it a truly universal sensor.
