Used FARNELL SSA1000A #9100061 for sale

FARNELL SSA1000A is a high-performance electronic test equipment designed for production line testing and R&D. It is highly versatile and performant, making it ideal for a range of analysis and testing applications. SSA1000A allows users to develop and test different electronic components including digital, analog, mixed-signal, RF and microwave circuits and systems. It features automatic frequency measurements, dynamic range up to 40dB, and wide Dynamic Frequency Response (DFR) up to 20MHz. It offers maximum flexibility in test configurations - including fixturing, cable designs, and custom probes. It also features 25.6 x 25.6 x 7.06-inch capacity, a small form factor, and DC to 18GHz operating frequency range, allowing users to check a wide range of electronic devices. Its large full color display allows users to view multiple functions simultaneously, with automatic region adjustment to optimize the measurement results at any frequency. FARNELL SSA1000A has a wide range of features which makes it suitable for a variety of needs. These features include multi-measurement capabilities, scan time and time-domain analysis, automatic gain control, and digital filtering. Furthermore, it supports FFT (Fast Fourier Transform) analyzer, pulse width modulation (PWM) data processing, as well as RF signal analysis. For testing purposes, SSA1000A can accommodate up to 8 probes, as well as a range of calibration standards. It has a frequency range of 2GHz to 18GHz and supports waveform measurements with a bandwidth accuracy of 0.01%. It also features electrical/frequency, amplitude and time measurements, which make it ideal for research and development. Overall, FARNELL SSA1000A is a powerful and versatile test equipment for electronic production line testing and R&D. Its high performance and wide range of features make it suitable for a range of testing and analysis applications. It can be used for various types of electronic components, from digital to RF signals, with accurate measurements and waveform analyses.