Used TEKTRONIX WCA380 #9275766 for sale

TEKTRONIX WCA380 is an electronic test and measurement equipment designed for monitoring in real-time audio signals and other electromagnetic signals. It provides high-sensitivity, wide bandwidth, and high resolution with a wide dynamic range. It features an 8×3-inch display and has a weight of 2.9 kg (6.3 lbs). The device can provide up to a 4 GHz of bandwidth at DC to the 3 GHz frequency range. Additionally, it is equipped with a 5.7 MHz real-time sampling rate for accurate analysis of audio signals and precision control of analog signals. It has a noise floor of -80 dBm for low-level audio monitoring and analysis, and a distortion of under 0.01% at 1 kHz and 100 dB signal amplitude, allowing for detailed examination of signal waveforms. WCA380 has a wide range of inputs, including XLR, AES-EBU, TRS, S/PDIF, and optical digital. It also has an analog input that supports -33 dBm to +21 dBm signals of various formats and output options. It is also equipped with Hi-Z or 50Ω impedance inputs with phase stability up to 0.2° for disruption-free signal analysis. Other features of the device include its fast sampling rate of up to 16 kword/s for advanced signal processing, including real-time FFT of over 11,500 lines. It is also equipped with an adjustable triggering function that allows for accurate signal synchronization. The device is powered by an AC adapter and has a working temperature range of 0-50°C, making it suitable for most field applications. Additionally, it is designed with a waterproof and dustproof enclosure for challenging field environments. Moreover, it has a LAN interface for remote control and monitoring. Overall, TEKTRONIX WCA380 is an accurate, reliable, and versatile electronic testing and measurement equipment designed to meet the demands of modern audio engineers, researchers, and developers. With its wide frequency range, robust performance, and numerous input and output options, WCA380 is an outstanding device for professionals seeking to monitor audio signals and other electromagnetic signals in real-time.