Gigatronics 80301a manual

The Gigatronics A Modulated Power Sensor lets you measure the average power of amplitude modulated, burst modulated and other complex modulated signals, such as TDMA, at bandwidths up 40 kHz. With a frequency range of 10 MHz to 18 GHz, the A measures signal levels from dBm to +20 www.doorway.rug: manual. Spanawave manufactures the former Giga-tronics microwave power amplifiers, power meters, power sensors, signal generators and scalar network analyzers. C combined with the A sensor is compared to a typical thermocouple sensor/meter combination at +20 dBm, 0 dBm, and –30 dBm (the dynamic limit of the thermocouple sensor). The uncertainty comparison at –30 dBm illustrates the accuracy advantage of a wide dynamic sensor, even when the full 90 dB dynamic range is not utilized.

Gigatronics A Series Standard Power Sensor. Keysight EA EPM Power Meter. Boonton Power Meter, RF Microwattmete. Keysight A Power Sensor. Gigatronics A Low Frequency Power Sensor. Gigatronics A Power Sensor 10 MHz to 18 GHz. Gigatronics A Standard Power Sensor. Contact Us. Vicom New Zealand Ltd. Ground Floor, 60 Grafton Road, AUCKLAND NZ. Email: info@www.doorway.ru Phone: +64 9 Fax: +64 9 Company Number WN/ The Gigatronics A Power Sensor lets you measure CW power from 10 MHz to 18 GHz at more than 17, readings per second over GPIB. With a frequency range of 10 MHz to 18 GHz, the A measures signal levels from dBm to +20 dBm. The sensor works with the B, C, A, B and VXI series power meters and the Scalar.

ABOUT US. For over 40 years, Giga-tronics has been helping solve Radar and Electronic Warefare Problems with state-of-the-art high speed signal generators, microwave components and full test solutions. The Giga-tronics A Modulated Power Sensor provides system bandwidth up to 10 MHz to measure peak and average power of wide band, third-generation CDMA signals over an 80 dB range. This sensor works with the A and B – option 12 required (1 GHz calibrator) series power meters which include A and A power meters. Specifications. C combined with the A sensor is compared to a typical thermocouple sensor/meter combination at +20 dBm, 0 dBm, and –30 dBm (the dynamic limit of the thermocouple sensor). The uncertainty comparison at –30 dBm illustrates the accuracy advantage of a wide dynamic sensor, even when the full 90 dB dynamic range is not utilized.