Used ANDO AQ7410 #187911 for sale

ANDO AQ7410 is a high resolution electronic test equipment used to measure waveform signals quickly and accurately over the frequency range of 15kHz to 6GHz. It is primarily used for applications such as EMC testing, power spectrum and harmonic analysis, and antenna measurement. It offers reliable, consistent, and precise results thanks to its high resolution D/A converter and wideband RF Frequency Converter. AQ7410 has a frequency range of 15 kHz to 6GHz and a sensitivity of 1 0.1μV. It features two channels and can simultaneously measure both the amplitude and phase of two signals. The unit also has a 6-bit D/A converter, which offers an accuracy of ± 0.04 dB over a wide range of frequencies. Additionally, the unit has a 3-line LCD display for accurate readings, and a built-in control interface for easy operation. ANDO AQ7410 comes with a built-in power detector and signal connector, with one connector for power measurement and a built-in RF connector for signal measurement. This allows for more accurate measurements and improved test coverage in a limited space. Additionally, the unit's built-in memory stores up to 4k points of data, enabling more efficient measurement processes. The unit is also equipped with a frequency tolerance of 0.1 Hz, making it ideal for very low-frequency measurements. AQ7410 is lightweight and portable, making it convenient to use and store. It features a graphical user interface (GUI) that makes it easy to view the waveforms on the LCD display and manipulate using the built-in keypad. Overall, ANDO AQ7410 is a highly accurate and reliable electronic test instrument that can measure signals in the frequency range of 15 kHz to 6GHz. Its wide range and high resolution make it suitable for a variety of applications, including EMC testing, power spectrum and harmonic analysis, and antenna measurements. The unit also has a built-in power detector, a built-in RF connector, and a 3-line LCD display. Its portability and easy operation coupled with its frequency tolerance make it an ideal choice for low-frequency measurements.