Used ROHDE & SCHWARZ AMIQ02 /K11 #106776 for sale

ROHDE & SCHWARZ AMIQ02 /K11 is a high-performance electronic test equipment designed for testing analog and digital communication systems. It features an oscilloscope-based 25 MHz dual-channel RF signal generator, allowing engineers to measure and analyze signals up to 2 GHz in frequency range. It also features a spectrum analyzer and also offers comprehensive modulation and vector signal analysis capabilities. AMIQ02 /K11 includes two Digital Radio Test (DRT) cards and one Radio Test (RT) card, with the ability to acquire full-duplex measurements, enabling faster testing of communication systems. The instrument offers a range of digital measurement capabilities, including compliance testing, emission mask testing, error rate measurements, and detailed modulation analysis. The instrument also has built-in decoding capabilities, including pattern triggering and pulse-character decoding, allowing engineers to quickly and accurately diagnose any anomalies in tests. ROHDE & SCHWARZ AMIQ02 /K11 also includes a variety of potential sources to help simulate a wide array of external influences and conditions, allowing engineers to quickly and accurately determine the effects of their designs on their communication systems. It offers the possibility to measure and analyze signals from both EMC and Mobile Radio networks. It also features an intuitive touchscreen interface, making it easy to configure the instrument for testing. The instrument also saves time by providing a quick setup and fast measurement execution. Its large internal memory stores up to 1250 waveforms, and its advanced measurement library provides data post-processing and analysis without the need for external measurement software. It also features a software-defined remote control that allows operation from a distance, allowing engineers to quickly and accurately configure the instrument for multiple tests. AMIQ02 /K11 also provides engineers with excellent stability, accurate measurements, and protection from electromagnetic interference. Its robust and highly reliable design ensures maximum uptime and reduces the risk of measuring artifacts. Its easy-to-use, flexible and intuitive workflow helps streamline the testing process and ensure more accurate and reliable results, leading to faster and more efficient testing of communication systems.