Used RACAL 6113E #9178093 for sale

RACAL 6113E is an electronic test equipment designed to provide signal frequency characterization, noise measurement, and system spectral analysis. Employing a variety of tools, 6113E is capable of performing precise signal analysis and sound signal diagnostic testing, offering a productive and cost-effective solution for both fixed-frequency and swept-frequency measurement applications. RACAL 6113E is primarily used to test audio and video signals for performance and reliability in various media applications. Its features include a Low-Noise amplifier with an input configuration of up to 50KHz for frequency response analysis and dynamic frequency range of up to 500 Hz. In addition, it also supports a range of gain settings from 20dB to -20dB, as well as a precision frequency readout of 1x10-6 unitsMHz to allow for accurate signal analysis. 6113E also contains an in-built post-processor that performs data processing functions including peak scale, C50 noise ratio and phase offset measurements. This is backed by a discrete time Fourier transform (DTFT) algorithm, which is capable of providing a practical, real-time implementation of digital signal processing applications. Furthermore, RACAL 6113E also features on-board displays for readouts of gain, frequency, and other parameters during measurements. To facilitate efficient testing of audio and video signals, 6113E is equipped with several ports for connections to external devices. This includes an input port for signal measurement and connection to external instruments, a high-level output port for monitoring of input signals, as well as an auxiliary port for integration of external devices. Lastly, RACAL 6113E is equipped with an ergonomic design and intuitive software that allow for quick and easy operation. This ensures users are able to get accurate and reliable results swiftly and with minimal fuss. Combined, these features make 6113E an invaluable tool for signal frequency characterization, noise measurement, and system spectral analysis.