GigaTronics 8651A Universal Power Meter
The GigaTronics 8651A Universal Power Meter is engineered to elevate your testing capabilities, ensuring precise measurement in the fast-evolving landscape of modern communications systems. With its advanced measurement functionalities, the 8651A allows for the swift and accurate evaluation of continuous wave (CW), peak, and average power across various modulation formats such as TDMA, GSM, and CDMA (including IS-95 and third-generation 10 MHz wide band) signals.
Key Features
- Wide Frequency Range: Capable of measuring frequencies from 100 kHz to 40 GHz, depending on the sensor utilized.
- Robust Power Range: Features an extensive power measurement range from -70 to +47 dBm, dependent on sensor type.
- Exceptional Linearity: Achieves outstanding measurement accuracy with a linearity of ±0.02 dB.
- High Bandwidth: Enjoy a maximum diode sensor video bandwidth of 20 MHz and instrument video bandwidth of 10 MHz for diverse testing needs.
- Dynamic Range: Features a maximum CW single sensor dynamic range of 90 dB, allowing for flexible testing scenarios.
- Fast Measurement Speed: Achieves impressive CW measurement speeds greater than 1,750 readings/second over GPIB, while modulated measurements exceed 300 readings/second.
- Quick Peak Power Measurements: Equipped with a maximum peak power sensor rise time of just 100 ns.
- Automatic Time Gate Setting: Simplifies setup with automatic time gate adjustment for quick configurations.
- Direct Crest Factor Measurement: Facilitates accurate crest factor readings, essential for power measurement in communications applications.
- Statistical Power Measurement Analysis: Designed to perform comprehensive statistical analysis for enhanced power measurement insights.
- Flexible Sample Rates: Offers a uniform sample rate of 20 MHz alongside a random sample rate ranging from 2.5 to 5 MHz, catering to various testing requirements.
Upgrade your testing processes and ensure reliable results with the GigaTronics 8651A Universal Power Meter, a powerful solution for demanding communication system evaluations.
