Used ROHDE & SCHWARZ SFL-V #9295072 for sale

ROHDE & SCHWARZ SFL-V is a high-performance analog and digital Signal and Audio Analyzer from the instrument manufacturer ROHDE & SCHWARZ. It was designed for the purpose of testing and evaluating analog signals of audio, digital and cellular communications platforms. The unit has a modular design with a wide range of configurations to choose from, allowing it to be tailored to the application. SFL-V can analyze analog audio signals including amplitude, frequency @ and phase, Harmonic Distortion, Polarity and Swift Time (ST) Delay. It is also capable of digital testing with Parametric Equalizers (PEQ), Group Delay, Crosstalk, Time Delay, Frequency Response, Phase Response, Bitstream Testing, Ethernet Channel Testing and Wi-Fi Testing. ROHDE & SCHWARZ SFL-V also offers a broad range of measurements including distortion, amplitude, linearity, standard measurements, audio tones and sweeps, voltage and temperature, display and status monitoring, time related measurements, and noise analysis. It also supports a range of effects and plugins such as softmux, powerspectrum, signal length, sampling rate conversion, latency, jitter, and histogram. The instrument has an especially intuitive graphical user interface which allows for easy operation and control, and it can be configured via MAC or PC computer. In addition, the unit is compatible with various other platforms including Windows, Linux, iOS, Android, Symbian, Blackberry, and more. Its advanced signal processing features include Fast Fourier Transform (FFT), Multitone testing, Correlation, Differential Group Delay, Quantization Error, Symbol Error Rate and Multitone Crosstalk. The device also features an external triggering for synchronizing it with a DUT or multiple SFL-V units for multi-channel measurements. ROHDE & SCHWARZ SFL-V is an ideal testing tool for all users, from system developers to production and quality control, as it can be used across many applications in audio, digital and cellular communication. It offers reliable performance and scalability, and can be used for efficient development and measurement of various signals.