The E9326A is a used 18 GHz 0.1 Watt RF Sensor from Agilent. 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:
1.5 MHz video bandwidth, ideal for Bluetooth® and cdmaOne applications
Fast measurement speed, up to 1000 corrected readings per second, via the GPIB
Wide dynamic range
Calibration factors, linearity, temperature and bandwidth correction stored in EEPROM
Precision type-N connector as standard
Operates with the EPM-P (Agilent E4416A/ 17A) series and P-Series (Agilent N1911A/ 12A) power meters
The Agilent E9326A, 50 MHz to 18 GHz Peak and Average Power Sensor has a 1.5 MHz bandwidth, and is used with the EPM-P series power meters and Agilent E9288A-C sensor cables. The Agilent E9326A features fast measurement speed (up to 1000 corrected readings per second via the GPIB), wide dynamic range, calibration factors, linearity, temperature and bandwidth correction stored in EEPROM, and a precision type-N connector as standard.
The E9326A is a used 18 GHz 0.1 Watt RF Sensor from Agilent. 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:
- 1.5 MHz video bandwidth, ideal for Bluetooth® and cdmaOne applications
- Fast measurement speed, up to 1000 corrected readings per second, via the GPIB
- Wide dynamic range
- Calibration factors, linearity, temperature and bandwidth correction stored in EEPROM
- Precision type-N connector as standard
- Operates with the EPM-P (Agilent E4416A/ 17A) series and P-Series (Agilent N1911A/ 12A) power meters
The Agilent E9326A, 50 MHz to 18 GHz Peak and Average Power Sensor has a 1.5 MHz bandwidth, and is used with the EPM-P series power meters and Agilent E9288A-C sensor cables. The Agilent E9326A features fast measurement speed (up to 1000 corrected readings per second via the GPIB), wide dynamic range, calibration factors, linearity, temperature and bandwidth correction stored in EEPROM, and a precision type-N connector as standard.
