Used TEKTRONIX 370 #9154427 for sale

TEKTRONIX 370 is an electronic test equipment and oscilloscope system from pioneering American electronics manufacturer TEKTRONIX. It was introduced in 1969 with the latest version being released in 1985. 370 enabling the invention of advanced instrument designs for oscilloscope and timebase applications. It features an electrostatic display in a 20cm diameter cathode ray tube which has an unlimited field sweep range and is suitable for a wide range of electrical and electronic measurements. TEKTRONIX 370 offers almost unlimited flexibility with the ability to measure four different analog waveforms simultaneously - up to 10 signal parameters can be measured. One of the meaningful innovations of 370 is the ability to trigger burst signals by defining the trigger point in either voltage or time domains. Although the manual triggering control is simplistic, it provides sufficient control to examine regular control signals. TEKTRONIX 370 offers a variety of operation modes, including single-shot and held recording, and the ability to trigger on a number of different waveforms. 370 uses precision delay line circuitry that allows users to effectively analyze electrical and electronic pulses. The delay line consists of a transmission line and delay element, which creates a time delay of up to 1us for any signal measured. The delay line also comes with a 5MHz sampling rate with a vertical resolution of 8-bits. In terms of timebase accuracy, TEKTRONIX 370 has a base resolution of 40ns, and it accepts 1V/DIV, 5V/DIV or 10V/DIV input signals with a frequency of up to 1MHz. The instrument also features a digital interface to allow users to connect external equipment or a computer and store or transfer waveform data. 370 is designed to provide precise and reliable performance, and it is ideal for laboratory or product development use in either manual or automated production settings. With its intuitive operation, and a range of features, this test equipment is suitable for measuring and analyzing repetitive or random signals in both high and low voltage applications. Its superior accuracy, repeatability, and convenience make it well suited to analogue and digital circuit designs.