Used ENI DOFBC2-083 #293640868 for sale

ID: 293640868
RF Generator ENI P/N: 000-1103-083 Rev. L LAM Research P/N: 660-002294-002 Rev. H 27 MHz.
ENI DOFBC2-083 is an electronic test equipment primarily designed for evaluating various feedback signals of order harmonic distortion (FBC2) in audio equipment. It is widely used by many audio professionals and engineers in the broadcast and audio recording industry. The unit is highly accurate, reliable and offers a highly consistent performance when used. It is equipped with a very sophisticated display showing all the relevant data, which is great for multiple applications. The display shows all pertinent information including the test signal frequency, amplitude, distortion, frequency response curve, as well as harmonic content. The AC input range for the unit is 0.3V to 8V and the operating temperature range is 0°C to +60°C. The frequency response range is 20Hz-400kHz and the distortion limit is 0.15%. The input voltage measurement range is 0.05V-16V, while the low-pass filter cutoff frequency is 0-600mHz. The unit is able to provide output signal power of up to 8 watts, a high-pass filter cutoff frequency of 20-500Hz and a signal-to-noise ratio of >93dBA. With this signal power and the high-pass filter, users can accurately measure and evaluate any signal. It also has a built-in signal generator, self-test and gain control range of 0-50dB. Some other features include an automatic signal selection, frequency-domain measurements with dB scales and an unbalanced to balanced signal converter. ENI DOFBC 2-083 is a very robust device, featuring an IP67 enclosures seal and an operating temperature range of -10°C to +90°C. This makes it suitable for many challenging and hostile environments. Overall, DOFBC2-083 provides professionals and engineers with a very reliable and accurate way to measure and analyse various harmonic distortion signals. It is highly precise, versatile and cost-effective. This means that it is great for a variety of applications and can help save a great amount of time when evaluating various signals.
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