First, the main features.
1.High Frequency Output: With a frequency range of up to 24 GHz, the instrument is capable of meeting the testing needs of a wide range of high-frequency electronic devices.
2.Internal Signal Source: The instrument is equipped with a 4-phase coherent signal generator function, which means it can quickly switch between different frequencies, amplitudes, and phases to provide accurate test conditions.
3.IF Bandwidth: The instrument has an IF bandwidth of up to 30 MHz, which is able to cover the IF range of most electronic devices, ensuring accurate and reliable measurements.
4.Fast Measurements: Thanks to its high-performance amplifiers and mixers, the instrument can quickly measure a wide range of electronic devices, greatly improving test efficiency.
Second, the field of application.
1.Communication testing: In the field of communications, various high-frequency electronic devices and systems need to undergo rigorous testing to ensure their performance. The instrument's high and mid-frequency bandwidth range makes it ideal for communications testing.
2.Radar Testing: Radar systems typically operate at high frequencies, and the 24 GHz frequency range of this instrument is sufficient for most radar testing.
3.Electronic warfare systems: In the field of electronic warfare, there is a need to test a wide range of receivers and transmitters quickly and accurately. The instrument's fast measurement capabilities and 4 phase coherent signal generators make it ideal for testing electronic warfare systems.
4.Satellite communications: Satellite communication systems typically operate in high frequency bands, and the instrument's high and medium frequency bandwidth ranges make it ideal for satellite communications testing.
III. Conclusion. With the continuous development of electronic technology, the testing requirements for electronic equipment are also getting higher and higher. The measuring instrument with four internal sources, frequencies up to 24 GHz, and IF bandwidths of up to 30 MHz is designed to meet these high requirements. It not only has excellent performance indicators, but also performs well in practical applications, providing strong support for test work in the fields of communications, radar, electronic warfare systems and satellite communications.
In the future, with the continuous advancement of electronic technology and the continuous expansion of application fields, we believe that this instrument will play an increasingly important role. Its high and mid-frequency bandwidth ranges and the ability to measure quickly have earned it a place in the field of electronic measurement, providing a reliable solution for the testing of a wide range of electronic devices.
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