Used ANDO AQ2730 #9104045 for sale

ANDO AQ2730 is an electronic test equipment designed to verify the performance and operational characteristics of devices and systems operating in the Frequency Division Multiple Access (FDMA) format. This test and measurement instrument provides broadband analysis of the response characteristics of several frequency bands. AQ2730 has a wide frequency range of 10 GHz, allowing it to analyze the behavior of a variety of signals from the 1 MHz to the 10 GHz range. The instrument can be used to simultaneously monitor multiple channels. Up to 16 carrier channels can be monitored at the same time. It is able to detect and analyze signals of 2, 3, 5, 8, 16, and 32 kHz bandwidth. ANDO AQ2730 has a high-speed internal digital signal processor with a processing speed of 120 MIPS. This allows users to execute their tests quickly and accurately. In addition, the test set has an integrated parameter estimation capability, enabling users to estimate the parameters of their device or system under test. The unit is equipped with a 4 segment display for easy viewing of the parameters being measured. AQ2730 is equipped with four connectors for external devices, such as sweepers and antennas. It has two inputs and two outputs as a standard. The 2 output ports are for instrument control and monitoring. The two input ports can be used for connecting a digital modulation and IF source. ANDO AQ2730 also includes an industry-leading analyzer, which has a comprehensive set of analysis features. It can perform amplitude/phase balance measurements, demodulation, spurious rejection, AM/FM-corrected power measurements, and time domain analysis. These features provide powerful analysis capabilities for examining the behavior of the system under test. AQ2730 electronic test equipment is designed to meet the requirements of sophisticated verification and measurements, as needed by engineers and advanced users. Its wide frequency range, fast signal processing capabilities, and extensive analysis functions make it an ideal choice for verifying device performance and analyzing system behavior.