Used RADYNE QAM 256 #9300910 for sale

RADYNE QAM 256
ID: 9300910
DTV Modulator.
RADYNE QAM 256 is a specialized electronic test equipment that has been designed to provide advanced testing and measurement of 256 QAM modulation. QAM stands for Quadrature Amplitude Modulation, in which information is encoded using both the amplitude and phase of a digital signal. This type of modulation is widely used in broadcasting, microwave communications and fiber-optic systems. QAM 256 features a wide range of test functions for testing and measuring modulated signals. It can measure the phase, power, frequency and amplitude of a modulated signal. It also includes automated carrier-to-noise (CTN), carrier-to-interference (CTI) and symbol to-noise (SNR) ratio measurements. RADYNE QAM 256 is capable of providing real-time monitoring, with multiple measurement modes and data logging capabilities. Its real-time Trace Stability Monitor (TSM) ensures that the modulated signals remain within the acceptable range. QAM 256 includes a variety of different user-defined parameters such as automatic gain control (AGC), tracking loop filter (TLF), and squelch. These features allow for precise measurement of characteristics of the modulated signal. RADYNE QAM 256 also has a suite of remote control capabilities, such as a remote receiver, remote on/off control and recording of measurement results on the internal memory. Additionally, it allows for export of results via USB and RS-232 which can be used for off-site analysis. QAM 256 also comes with a comprehensive suite of diagnostic and troubleshooting tools to aid in the analysis of modulation and demodulation characteristics. It can automate a variety of tests ranging from basic static analysis to in-depth investigations into impairments of signals. Overall, RADYNE QAM 256 is a comprehensive and flexible solution for testing and measuring 256 QAM modulation. Its advanced test functions and comprehensive remote control capabilities, combined with its diagnostics and troubleshooting tools, make it a valuable tool for evaluating digital transmission and broadcast transmission systems.
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