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Measuring instruments in modern communication systems are essential for the evaluation of signal quality and system performance. With the development of technology, the requirements for measuring equipment are also increasing. In this article, we will introduce a high-performance measuring instrument with 4 internal signal sources at frequencies up to 24 GHz for fast measurements of amplifiers and mixers.
Key features of this measuring instrument include:
1.4 Internal Sources: The instrument has 4 independent internal sources that can simultaneously generate signals of different frequencies, making it easy to compare and measure multiple signals. This feature allows the instrument to be highly flexible in terms of the number of signal sources, allowing it to meet a wide range of measurement needs.
2.High frequency range: The instrument has a frequency range of up to 24 GHz, covering a wide range of communication bands. This feature enables the instrument to adapt to the rapid development of communication technology and meet the high-frequency measurement needs of modern communication systems.
3.Fast Measurements: The instrument uses advanced signal processing technology to quickly measure amplifiers and mixers. This greatly improves the efficiency and accuracy of the measurement and reduces the cost of testing.
4.Phase Coherent Signal Generator Function: The instrument has 4 phase coherent signal generator capabilities at frequencies up to 24 GHz. The phase coherent signal generator is the key to achieving high-quality measurements, and its features make the instrument highly guaranteed in terms of signal quality.
5.Wide IF bandwidth: The instrument has an IF bandwidth of up to 30 MHz, enabling pulse measurement of amplifiers and mixers. This feature makes the instrument highly accurate and real-time when measuring high-speed pulse signals.
In summary, this high-performance measuring instrument features 4 internal signal sources, frequencies up to 24 GHz, fast measurements, phase coherent signal generator functionality, and wide IF bandwidth. These features make the instrument ideal for high-quality measurements in modern communication systems. For both scientists and engineers, this instrument will bring great convenience and accuracy to their measurement work.