Used TEKTRONIX 370A #293761338 for sale

TEKTRONIX 370A is an electronic test equipment made by TEKTRONIX in the 1960s. It is a dual trace analog oscilloscope intended for the testing and analysis of analog electronics. TEKTRONIX 370 A features a vertical amplifiers that can be switched to analyze signals up to 84 dB with a full-scale deflection range of up to 40 V. In addition, it has an A-range of up to 20 V/div, allowing both high-amplitude and low-amplitude signals to be viewed. The horizontal sweep rate of the instrument can be varied from 2.5 µs/div to 0.5 s/div. 370A provides excellent signal fidelity with bandwidth from 10 Hz to 15.5 MHz, and is equipped with a built-in dual-trace time base, allowing two signals to be compared. In addition, the oscilloscope can work as a non-stabilized DC amplifier with gains up to 50dB, and it supports external and internal triggering. 370 A also has a wide-ranked sweeps that can measure signals even if they are out of the A-range. TEKTRONIX 370A is equipped with a feature that is known as Intensity Graticule Control. This makes it possible to adjust the brightness of the bright spot between the edge of the displayed signal and the center of the scope's graticule. This feature allows the user to position the signal at any point on the graticule for accurate measurement. TEKTRONIX 370 A also features a zero-level adjustable trigger to capture single cycles of a distorted signal. The trigger is designed to ensure that the oscilloscope can detect the presence of signals even in small noise. This oscilloscope also features display persistence control, which makes it possible to observe the signal at different time scales. 370A has an easy-to-use interface with a built-in calibration set that allows the oscilloscope to be set up quickly. Connectivity options include BNC connectors, an external connection for additional probe inputs, and a power supply connection for AC. 370 A was considered to be one of the most capable and versatile oscilloscopes of its time. It provided users with the ability to analyze and measure complex signal shapes in comprehensive detail, making it an invaluable tool for analog electronics testing and debugging.